MC

9d80_9979

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Chimera 
 Phoenix 
 Jackalope 
 Rynoth 
 Vyrax 
 Unicorn 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Rynoth 
 Vyrax 
 Jackalope 
 Unicorn 
 Chimera 
 Phoenix 
Incorrect
 Chimera 
 Phoenix 
 Rynoth 
 Unicorn 
 Jackalope 
 Vyrax 
Incorrect
 Unicorn 
 Rynoth 
 Jackalope 
 Vyrax 
 Chimera 
 Phoenix 
Incorrect
 Chimera 
 Phoenix 
 Rynoth 
 Unicorn 
 Vyrax 
 Jackalope 
Incorrect
 Jackalope 
 Vyrax 
 Rynoth 
 Unicorn 
 Chimera 
 Phoenix 
Incorrect
 Chimera 
 Phoenix 
 Vyrax 
 Jackalope 
 Rynoth 
 Unicorn 
Correct MC

0464_31d2

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Chimera 
 Phoenix 
 Ashen 
 Vyrax 
 Yawclor 
 Jackalope 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Jackalope 
 Ashen 
 Vyrax 
 Chimera 
 Yawclor 
 Phoenix 
Incorrect
 Ashen 
 Yawclor 
 Chimera 
 Phoenix 
 Vyrax 
 Jackalope 
Incorrect
 Chimera 
 Phoenix 
 Ashen 
 Yawclor 
 Vyrax 
 Jackalope 
Incorrect
 Chimera 
 Phoenix 
 Vyrax 
 Yawclor 
 Ashen 
 Jackalope 
Correct
 Chimera 
 Phoenix 
 Vyrax 
 Yawclor 
 Ashen 
 Jackalope 
Incorrect
 Chimera 
 Phoenix 
 Ashen 
 Vyrax 
 Yawclor 
 Jackalope 
Incorrect MC

9ca5_6662

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Manticore 
 Wyvern 
 Narloc 
 Dibblet 
 Vyrax 
 Zypher 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Zypher 
 Narloc 
 Wyvern 
 Dibblet 
 Vyrax 
 Manticore 
Incorrect
 Dibblet 
 Vyrax 
 Wyvern 
 Manticore 
 Narloc 
 Zypher 
Incorrect
 Dibblet 
 Vyrax 
 Manticore 
 Narloc 
 Wyvern 
 Zypher 
Incorrect
 Dibblet 
 Vyrax 
 Narloc 
 Manticore 
 Wyvern 
 Zypher 
Correct
 Dibblet 
 Manticore 
 Vyrax 
 Narloc 
 Wyvern 
 Zypher 
Incorrect
 Zypher 
 Dibblet 
 Vyrax 
 Narloc 
 Wyvern 
 Manticore 
Incorrect MC

c50c_f9fb

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Faylen 
 Ashen 
 Thorret 
 Manticore 
 Narloc 
 Kraken 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Ashen 
 Thorret 
 Narloc 
 Kraken 
 Manticore 
Incorrect
 Kraken 
 Manticore 
 Narloc 
 Faylen 
 Ashen 
 Thorret 
Correct
 Faylen 
 Ashen 
 Thorret 
 Kraken 
 Manticore 
 Narloc 
Incorrect
 Ashen 
 Thorret 
 Faylen 
 Kraken 
 Narloc 
 Manticore 
Incorrect
 Thorret 
 Ashen 
 Faylen 
 Manticore 
 Kraken 
 Narloc 
Incorrect
 Faylen 
 Thorret 
 Ashen 
 Manticore 
 Narloc 
 Kraken 
Incorrect MC

842c_67d4

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Elwet 
 Manticore 
 Dibblet 
 Kraken 
 Narloc 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Narloc 
 Phoenix 
 Dibblet 
 Kraken 
 Elwet 
 Manticore 
Incorrect
 Dibblet 
 Narloc 
 Phoenix 
 Kraken 
 Elwet 
 Manticore 
Incorrect
 Elwet 
 Manticore 
 Dibblet 
 Kraken 
 Narloc 
 Phoenix 
Incorrect
 Narloc 
 Phoenix 
 Dibblet 
 Kraken 
 Elwet 
 Manticore 
Correct
 Elwet 
 Manticore 
 Dibblet 
 Narloc 
 Phoenix 
 Kraken 
Incorrect MC

8a00_3baa

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Dibblet 
 Vyrax 
 Chimera 
 Inktoad 
 Faylen 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Vyrax 
 Inktoad 
 Lystra 
 Chimera 
 Faylen 
Incorrect
 Dibblet 
 Vyrax 
 Inktoad 
 Lystra 
 Faylen 
 Chimera 
Incorrect
 Chimera 
 Inktoad 
 Faylen 
 Lystra 
 Dibblet 
 Vyrax 
Incorrect
 Chimera 
 Inktoad 
 Lystra 
 Faylen 
 Dibblet 
 Vyrax 
Incorrect
 Inktoad 
 Faylen 
 Lystra 
 Chimera 
 Dibblet 
 Vyrax 
Correct
 Faylen 
 Inktoad 
 Chimera 
 Lystra 
 Dibblet 
 Vyrax 
Incorrect MC

3bec_fcea

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Dibblet 
 Vyrax 
 Chimera 
 Faylen 
 Bellen 
 Kraken 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Vyrax 
 Faylen 
 Kraken 
 Bellen 
 Chimera 
Incorrect
 Dibblet 
 Vyrax 
 Faylen 
 Bellen 
 Kraken 
 Chimera 
Correct
 Dibblet 
 Vyrax 
 Bellen 
 Kraken 
 Chimera 
 Faylen 
Incorrect
 Chimera 
 Faylen 
 Bellen 
 Kraken 
 Dibblet 
 Vyrax 
Incorrect
 Bellen 
 Faylen 
 Chimera 
 Kraken 
 Dibblet 
 Vyrax 
Incorrect
 Dibblet 
 Vyrax 
 Chimera 
 Bellen 
 Faylen 
 Kraken 
Incorrect MC

3990_527b

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Elwet 
 Rynoth 
 Gorret 
 Sphinx 
 Narloc 
 Chimera 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Narloc 
 Gorret 
 Sphinx 
 Elwet 
 Rynoth 
Incorrect
 Elwet 
 Gorret 
 Sphinx 
 Narloc 
 Rynoth 
 Chimera 
Incorrect
 Elwet 
 Gorret 
 Rynoth 
 Sphinx 
 Narloc 
 Chimera 
Incorrect
 Chimera 
 Gorret 
 Sphinx 
 Rynoth 
 Elwet 
 Narloc 
Incorrect
 Chimera 
 Gorret 
 Sphinx 
 Elwet 
 Rynoth 
 Narloc 
Incorrect
 Chimera 
 Elwet 
 Rynoth 
 Gorret 
 Sphinx 
 Narloc 
Correct MC

ffb0_570c

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Bellen 
 Dibblet 
 Chimera 
 Faylen 
 Manticore 
 Sphinx 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Dibblet 
 Manticore 
 Faylen 
 Sphinx 
 Chimera 
Incorrect
 Bellen 
 Dibblet 
 Manticore 
 Sphinx 
 Chimera 
 Faylen 
Incorrect
 Chimera 
 Faylen 
 Manticore 
 Sphinx 
 Bellen 
 Dibblet 
Incorrect
 Chimera 
 Sphinx 
 Faylen 
 Manticore 
 Bellen 
 Dibblet 
Incorrect
 Manticore 
 Sphinx 
 Chimera 
 Faylen 
 Bellen 
 Dibblet 
Correct
 Bellen 
 Dibblet 
 Chimera 
 Faylen 
 Manticore 
 Sphinx 
Incorrect MC

b7dc_b905

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Narloc 
 Dibblet 
 Kraken 
 Manticore 
 Phoenix 
 Ashen 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Kraken 
 Ashen 
 Dibblet 
 Manticore 
 Phoenix 
 Narloc 
Incorrect
 Dibblet 
 Narloc 
 Manticore 
 Phoenix 
 Ashen 
 Kraken 
Incorrect
 Manticore 
 Ashen 
 Phoenix 
 Dibblet 
 Kraken 
 Narloc 
Incorrect
 Manticore 
 Phoenix 
 Dibblet 
 Kraken 
 Ashen 
 Narloc 
Incorrect
 Narloc 
 Ashen 
 Manticore 
 Phoenix 
 Dibblet 
 Kraken 
Correct
 Narloc 
 Ashen 
 Phoenix 
 Dibblet 
 Kraken 
 Manticore 
Incorrect MC

c2d5_22ab

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Dibblet 
 Kraken 
 Manticore 
 Vyrax 
 Gorret 
 Ashen 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Ashen 
 Vyrax 
 Dibblet 
 Kraken 
 Gorret 
 Manticore 
Incorrect
 Ashen 
 Kraken 
 Dibblet 
 Manticore 
 Vyrax 
 Gorret 
Incorrect
 Vyrax 
 Dibblet 
 Kraken 
 Gorret 
 Manticore 
 Ashen 
Incorrect
 Manticore 
 Vyrax 
 Gorret 
 Dibblet 
 Kraken 
 Ashen 
Correct
 Gorret 
 Manticore 
 Dibblet 
 Vyrax 
 Kraken 
 Ashen 
Incorrect
 Gorret 
 Manticore 
 Dibblet 
 Kraken 
 Vyrax 
 Ashen 
Incorrect MC

940f_00b9

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Jackalope 
 Narloc 
 Xeraph 
 Thorret 
 Dibblet 
 Gorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Jackalope 
 Narloc 
 Dibblet 
 Gorret 
 Thorret 
 Xeraph 
Incorrect
 Dibblet 
 Thorret 
 Gorret 
 Xeraph 
 Jackalope 
 Narloc 
Incorrect
 Xeraph 
 Thorret 
 Dibblet 
 Gorret 
 Jackalope 
 Narloc 
Incorrect
 Jackalope 
 Narloc 
 Dibblet 
 Xeraph 
 Gorret 
 Thorret 
Incorrect
 Jackalope 
 Narloc 
 Thorret 
 Dibblet 
 Gorret 
 Xeraph 
Correct
 Dibblet 
 Gorret 
 Thorret 
 Xeraph 
 Jackalope 
 Narloc 
Incorrect MC

ba94_750f

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced3".

tree code common name: 6balanced3
 Wyvern 
 Bellen 
 Sphinx 
 Oclora 
 Xeraph 
 Zypher 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Zypher 
 Oclora 
 Xeraph 
 Bellen 
 Sphinx 
 Wyvern 
Correct
 Xeraph 
 Zypher 
 Oclora 
 Sphinx 
 Wyvern 
 Bellen 
Incorrect
 Bellen 
 Sphinx 
 Wyvern 
 Oclora 
 Xeraph 
 Zypher 
Incorrect
 Sphinx 
 Bellen 
 Wyvern 
 Zypher 
 Oclora 
 Xeraph 
Incorrect
 Oclora 
 Xeraph 
 Zypher 
 Sphinx 
 Bellen 
 Wyvern 
Incorrect
 Zypher 
 Oclora 
 Xeraph 
 Bellen 
 Sphinx 
 Wyvern 
Incorrect MC

9e7f_ae84

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Oclora 
 Unicorn 
 Ashen 
 Sphinx 
 Manticore 
 Quokka 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Manticore 
 Quokka 
 Oclora 
 Sphinx 
 Unicorn 
 Ashen 
Incorrect
 Ashen 
 Sphinx 
 Oclora 
 Unicorn 
 Manticore 
 Quokka 
Incorrect
 Manticore 
 Quokka 
 Oclora 
 Unicorn 
 Sphinx 
 Ashen 
Incorrect
 Ashen 
 Sphinx 
 Oclora 
 Unicorn 
 Manticore 
 Quokka 
Correct
 Oclora 
 Unicorn 
 Ashen 
 Sphinx 
 Manticore 
 Quokka 
Incorrect
 Manticore 
 Quokka 
 Unicorn 
 Oclora 
 Sphinx 
 Ashen 
Incorrect MC

4d9d_d40b

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Chimera 
 Gorret 
 Thorret 
 Jackalope 
 Bellen 
 Rynoth 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Rynoth 
 Thorret 
 Chimera 
 Gorret 
 Jackalope 
Incorrect
 Bellen 
 Rynoth 
 Gorret 
 Thorret 
 Chimera 
 Jackalope 
Incorrect
 Bellen 
 Rynoth 
 Gorret 
 Thorret 
 Chimera 
 Jackalope 
Incorrect
 Bellen 
 Rynoth 
 Chimera 
 Gorret 
 Thorret 
 Jackalope 
Incorrect
 Chimera 
 Gorret 
 Jackalope 
 Thorret 
 Bellen 
 Rynoth 
Incorrect
 Bellen 
 Rynoth 
 Jackalope 
 Thorret 
 Chimera 
 Gorret 
Correct MC

6f0f_9525

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Wyvern 
 Yawclor 
 Jackalope 
 Unicorn 
 Gorret 
 Rynoth 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Wyvern 
 Yawclor 
 Jackalope 
 Gorret 
 Rynoth 
 Unicorn 
Incorrect
 Unicorn 
 Gorret 
 Rynoth 
 Jackalope 
 Wyvern 
 Yawclor 
Incorrect
 Jackalope 
 Gorret 
 Rynoth 
 Unicorn 
 Wyvern 
 Yawclor 
Incorrect
 Wyvern 
 Yawclor 
 Unicorn 
 Gorret 
 Rynoth 
 Jackalope 
Incorrect
 Wyvern 
 Yawclor 
 Rynoth 
 Gorret 
 Jackalope 
 Unicorn 
Incorrect
 Gorret 
 Rynoth 
 Jackalope 
 Unicorn 
 Wyvern 
 Yawclor 
Correct MC

abea_d1a1

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Yawclor 
 Phoenix 
 Sphinx 
 Vyrax 
 Chimera 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Phoenix 
 Sphinx 
 Chimera 
 Thorret 
 Vyrax 
 Yawclor 
Correct
 Phoenix 
 Vyrax 
 Chimera 
 Thorret 
 Sphinx 
 Yawclor 
Incorrect
 Chimera 
 Phoenix 
 Sphinx 
 Thorret 
 Vyrax 
 Yawclor 
Incorrect
 Sphinx 
 Yawclor 
 Chimera 
 Thorret 
 Vyrax 
 Phoenix 
Incorrect
 Yawclor 
 Phoenix 
 Sphinx 
 Chimera 
 Thorret 
 Vyrax 
Incorrect
 Thorret 
 Vyrax 
 Phoenix 
 Chimera 
 Sphinx 
 Yawclor 
Incorrect MC

547d_44f2

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Inktoad 
 Sphinx 
 Kraken 
 Bellen 
 Unicorn 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Unicorn 
 Kraken 
 Lystra 
 Inktoad 
 Sphinx 
Correct
 Kraken 
 Lystra 
 Bellen 
 Unicorn 
 Inktoad 
 Sphinx 
Incorrect
 Lystra 
 Bellen 
 Unicorn 
 Kraken 
 Inktoad 
 Sphinx 
Incorrect
 Inktoad 
 Sphinx 
 Bellen 
 Unicorn 
 Kraken 
 Lystra 
Incorrect
 Inktoad 
 Sphinx 
 Bellen 
 Lystra 
 Kraken 
 Unicorn 
Incorrect
 Lystra 
 Bellen 
 Unicorn 
 Kraken 
 Inktoad 
 Sphinx 
Incorrect MC

8f9a_d5c5

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Phoenix 
 Faylen 
 Elwet 
 Kraken 
 Gorret 
 Hydra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Phoenix 
 Gorret 
 Hydra 
 Elwet 
 Faylen 
 Kraken 
Incorrect
 Gorret 
 Hydra 
 Elwet 
 Faylen 
 Kraken 
 Phoenix 
Incorrect
 Elwet 
 Faylen 
 Kraken 
 Gorret 
 Hydra 
 Phoenix 
Incorrect
 Faylen 
 Kraken 
 Elwet 
 Gorret 
 Hydra 
 Phoenix 
Incorrect
 Faylen 
 Elwet 
 Kraken 
 Gorret 
 Hydra 
 Phoenix 
Correct
 Gorret 
 Hydra 
 Kraken 
 Elwet 
 Faylen 
 Phoenix 
Incorrect MC

9adc_447a

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead3".

tree code common name: 6twohead3
 Jackalope 
 Xeraph 
 Bellen 
 Dibblet 
 Oclora 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Dibblet 
 Oclora 
 Yawclor 
 Jackalope 
 Xeraph 
Incorrect
 Oclora 
 Yawclor 
 Bellen 
 Dibblet 
 Jackalope 
 Xeraph 
Incorrect
 Oclora 
 Yawclor 
 Bellen 
 Dibblet 
 Jackalope 
 Xeraph 
Incorrect
 Jackalope 
 Xeraph 
 Oclora 
 Yawclor 
 Bellen 
 Dibblet 
Correct
 Jackalope 
 Xeraph 
 Oclora 
 Yawclor 
 Bellen 
 Dibblet 
Incorrect
 Bellen 
 Dibblet 
 Oclora 
 Yawclor 
 Jackalope 
 Xeraph 
Incorrect MC

0f88_74e0

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Unicorn 
 Yawclor 
 Jackalope 
 Xeraph 
 Hydra 
 Vyrax 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Hydra 
 Jackalope 
 Xeraph 
 Vyrax 
 Unicorn 
 Yawclor 
Correct
 Jackalope 
 Xeraph 
 Hydra 
 Vyrax 
 Unicorn 
 Yawclor 
Incorrect
 Unicorn 
 Yawclor 
 Xeraph 
 Hydra 
 Jackalope 
 Vyrax 
Incorrect
 Jackalope 
 Xeraph 
 Hydra 
 Vyrax 
 Unicorn 
 Yawclor 
Incorrect
 Unicorn 
 Yawclor 
 Hydra 
 Jackalope 
 Vyrax 
 Xeraph 
Incorrect
 Unicorn 
 Yawclor 
 Jackalope 
 Xeraph 
 Hydra 
 Vyrax 
Incorrect MC

a435_8074

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair3".

tree code common name: 4comb+pair3
 Vyrax 
 Quokka 
 Oclora 
 Wyvern 
 Dibblet 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Phoenix 
 Oclora 
 Quokka 
 Wyvern 
 Vyrax 
Incorrect
 Dibblet 
 Phoenix 
 Quokka 
 Oclora 
 Wyvern 
 Vyrax 
Correct
 Dibblet 
 Phoenix 
 Oclora 
 Quokka 
 Wyvern 
 Vyrax 
Incorrect
 Quokka 
 Wyvern 
 Oclora 
 Vyrax 
 Dibblet 
 Phoenix 
Incorrect
 Vyrax 
 Oclora 
 Wyvern 
 Quokka 
 Dibblet 
 Phoenix 
Incorrect
 Dibblet 
 Phoenix 
 Oclora 
 Vyrax 
 Quokka 
 Wyvern 
Incorrect MC

d135_663d

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced2".

tree code common name: 6balanced2
 Kraken 
 Chimera 
 Jackalope 
 Oclora 
 Bellen 
 Manticore 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Manticore 
 Oclora 
 Bellen 
 Chimera 
 Jackalope 
 Kraken 
Incorrect
 Jackalope 
 Chimera 
 Kraken 
 Manticore 
 Bellen 
 Oclora 
Incorrect
 Jackalope 
 Chimera 
 Kraken 
 Manticore 
 Oclora 
 Bellen 
Incorrect
 Bellen 
 Manticore 
 Oclora 
 Kraken 
 Chimera 
 Jackalope 
Correct
 Bellen 
 Manticore 
 Oclora 
 Jackalope 
 Chimera 
 Kraken 
Incorrect
 Bellen 
 Manticore 
 Oclora 
 Jackalope 
 Kraken 
 Chimera 
Incorrect MC

83d2_50d9

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Ashen 
 Lystra 
 Zypher 
 Jackalope 
 Phoenix 
 Vyrax 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Lystra 
 Jackalope 
 Zypher 
 Phoenix 
 Vyrax 
 Ashen 
Incorrect
 Phoenix 
 Vyrax 
 Jackalope 
 Zypher 
 Lystra 
 Ashen 
Incorrect
 Phoenix 
 Vyrax 
 Lystra 
 Zypher 
 Jackalope 
 Ashen 
Incorrect
 Ashen 
 Phoenix 
 Vyrax 
 Lystra 
 Zypher 
 Jackalope 
Incorrect
 Ashen 
 Phoenix 
 Vyrax 
 Zypher 
 Jackalope 
 Lystra 
Incorrect
 Ashen 
 Jackalope 
 Lystra 
 Zypher 
 Phoenix 
 Vyrax 
Correct MC

cd61_5266

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Lystra 
 Phoenix 
 Narloc 
 Elwet 
 Rynoth 
 Jackalope 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Elwet 
 Rynoth 
 Jackalope 
 Narloc 
 Lystra 
 Phoenix 
Correct
 Lystra 
 Phoenix 
 Jackalope 
 Narloc 
 Elwet 
 Rynoth 
Incorrect
 Lystra 
 Phoenix 
 Elwet 
 Jackalope 
 Narloc 
 Rynoth 
Incorrect
 Jackalope 
 Rynoth 
 Elwet 
 Narloc 
 Lystra 
 Phoenix 
Incorrect
 Elwet 
 Rynoth 
 Narloc 
 Jackalope 
 Lystra 
 Phoenix 
Incorrect
 Lystra 
 Phoenix 
 Narloc 
 Elwet 
 Jackalope 
 Rynoth 
Incorrect MC

4b6a_ad48

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Narloc 
 Rynoth 
 Jackalope 
 Bellen 
 Lystra 
 Inktoad 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Inktoad 
 Lystra 
 Bellen 
 Jackalope 
 Narloc 
 Rynoth 
Incorrect
 Inktoad 
 Bellen 
 Jackalope 
 Lystra 
 Narloc 
 Rynoth 
Incorrect
 Narloc 
 Rynoth 
 Inktoad 
 Jackalope 
 Bellen 
 Lystra 
Correct
 Bellen 
 Jackalope 
 Inktoad 
 Lystra 
 Narloc 
 Rynoth 
Incorrect
 Bellen 
 Lystra 
 Jackalope 
 Inktoad 
 Narloc 
 Rynoth 
Incorrect
 Inktoad 
 Jackalope 
 Lystra 
 Bellen 
 Narloc 
 Rynoth 
Incorrect MC

c29e_305d

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Phoenix 
 Chimera 
 Thorret 
 Hydra 
 Ashen 
 Quokka 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Hydra 
 Phoenix 
 Thorret 
 Ashen 
 Quokka 
Incorrect
 Chimera 
 Hydra 
 Thorret 
 Phoenix 
 Ashen 
 Quokka 
Incorrect
 Chimera 
 Hydra 
 Phoenix 
 Thorret 
 Ashen 
 Quokka 
Incorrect
 Ashen 
 Quokka 
 Hydra 
 Phoenix 
 Chimera 
 Thorret 
Incorrect
 Ashen 
 Quokka 
 Phoenix 
 Hydra 
 Chimera 
 Thorret 
Correct
 Hydra 
 Thorret 
 Chimera 
 Phoenix 
 Ashen 
 Quokka 
Incorrect MC

19fd_6cd5

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Bellen 
 Elwet 
 Kraken 
 Manticore 
 Ashen 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Elwet 
 Kraken 
 Manticore 
 Ashen 
 Yawclor 
Incorrect
 Bellen 
 Elwet 
 Yawclor 
 Kraken 
 Manticore 
 Ashen 
Incorrect
 Kraken 
 Manticore 
 Ashen 
 Yawclor 
 Bellen 
 Elwet 
Correct
 Ashen 
 Manticore 
 Kraken 
 Yawclor 
 Bellen 
 Elwet 
Incorrect
 Kraken 
 Manticore 
 Ashen 
 Yawclor 
 Bellen 
 Elwet 
Incorrect
 Bellen 
 Elwet 
 Kraken 
 Ashen 
 Manticore 
 Yawclor 
Incorrect MC

2729_3f9d

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Ashen 
 Zypher 
 Bellen 
 Inktoad 
 Wyvern 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Wyvern 
 Inktoad 
 Thorret 
 Ashen 
 Zypher 
Incorrect
 Ashen 
 Zypher 
 Bellen 
 Thorret 
 Inktoad 
 Wyvern 
Incorrect
 Ashen 
 Zypher 
 Bellen 
 Wyvern 
 Inktoad 
 Thorret 
Incorrect
 Ashen 
 Zypher 
 Bellen 
 Thorret 
 Wyvern 
 Inktoad 
Incorrect
 Ashen 
 Zypher 
 Inktoad 
 Wyvern 
 Bellen 
 Thorret 
Correct
 Thorret 
 Wyvern 
 Bellen 
 Inktoad 
 Ashen 
 Zypher 
Incorrect MC

904a_f136

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Gorret 
 Inktoad 
 Sphinx 
 Dibblet 
 Quokka 
 Narloc 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Narloc 
 Sphinx 
 Dibblet 
 Quokka 
 Gorret 
 Inktoad 
Incorrect
 Narloc 
 Gorret 
 Inktoad 
 Sphinx 
 Dibblet 
 Quokka 
Correct
 Gorret 
 Sphinx 
 Dibblet 
 Quokka 
 Inktoad 
 Narloc 
Incorrect
 Narloc 
 Gorret 
 Inktoad 
 Quokka 
 Sphinx 
 Dibblet 
Incorrect
 Inktoad 
 Narloc 
 Gorret 
 Dibblet 
 Quokka 
 Sphinx 
Incorrect
 Narloc 
 Gorret 
 Inktoad 
 Quokka 
 Sphinx 
 Dibblet 
Incorrect MC

e069_4a11

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Hydra 
 Vyrax 
 Chimera 
 Unicorn 
 Ashen 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Ashen 
 Thorret 
 Chimera 
 Hydra 
 Unicorn 
 Vyrax 
Incorrect
 Chimera 
 Unicorn 
 Hydra 
 Vyrax 
 Ashen 
 Thorret 
Incorrect
 Chimera 
 Unicorn 
 Hydra 
 Vyrax 
 Ashen 
 Thorret 
Incorrect
 Unicorn 
 Vyrax 
 Chimera 
 Hydra 
 Ashen 
 Thorret 
Incorrect
 Ashen 
 Thorret 
 Chimera 
 Unicorn 
 Hydra 
 Vyrax 
Correct
 Ashen 
 Thorret 
 Unicorn 
 Vyrax 
 Chimera 
 Hydra 
Incorrect MC

6811_0cae

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Elwet 
 Gorret 
 Ashen 
 Yawclor 
 Bellen 
 Dibblet 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Elwet 
 Yawclor 
 Ashen 
 Gorret 
 Bellen 
 Dibblet 
Incorrect
 Ashen 
 Elwet 
 Gorret 
 Yawclor 
 Bellen 
 Dibblet 
Incorrect
 Bellen 
 Dibblet 
 Ashen 
 Yawclor 
 Elwet 
 Gorret 
Correct
 Ashen 
 Yawclor 
 Elwet 
 Gorret 
 Bellen 
 Dibblet 
Incorrect
 Ashen 
 Elwet 
 Gorret 
 Yawclor 
 Bellen 
 Dibblet 
Incorrect MC

76e7_afe3

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair3".

tree code common name: 4comb+pair3
 Manticore 
 Dibblet 
 Unicorn 
 Hydra 
 Chimera 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Yawclor 
 Dibblet 
 Hydra 
 Manticore 
 Unicorn 
Incorrect
 Manticore 
 Unicorn 
 Dibblet 
 Hydra 
 Chimera 
 Yawclor 
Incorrect
 Chimera 
 Yawclor 
 Dibblet 
 Unicorn 
 Hydra 
 Manticore 
Incorrect
 Hydra 
 Unicorn 
 Dibblet 
 Manticore 
 Chimera 
 Yawclor 
Incorrect
 Dibblet 
 Manticore 
 Unicorn 
 Hydra 
 Chimera 
 Yawclor 
Incorrect
 Chimera 
 Yawclor 
 Hydra 
 Manticore 
 Dibblet 
 Unicorn 
Correct MC

81d0_4e5d

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Hydra 
 Lystra 
 Gorret 
 Manticore 
 Oclora 
 Unicorn 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Manticore 
 Unicorn 
 Gorret 
 Oclora 
 Hydra 
 Lystra 
Incorrect
 Hydra 
 Lystra 
 Gorret 
 Oclora 
 Unicorn 
 Manticore 
Incorrect
 Hydra 
 Lystra 
 Manticore 
 Oclora 
 Gorret 
 Unicorn 
Incorrect
 Hydra 
 Lystra 
 Oclora 
 Unicorn 
 Manticore 
 Gorret 
Correct
 Hydra 
 Lystra 
 Gorret 
 Manticore 
 Oclora 
 Unicorn 
Incorrect MC

655c_eb20

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Ashen 
 Quokka 
 Rynoth 
 Thorret 
 Lystra 
 Unicorn 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Ashen 
 Lystra 
 Quokka 
 Rynoth 
 Thorret 
 Unicorn 
Incorrect
 Lystra 
 Unicorn 
 Quokka 
 Rynoth 
 Thorret 
 Ashen 
Incorrect
 Ashen 
 Quokka 
 Unicorn 
 Rynoth 
 Thorret 
 Lystra 
Incorrect
 Ashen 
 Lystra 
 Unicorn 
 Rynoth 
 Thorret 
 Quokka 
Correct
 Thorret 
 Lystra 
 Unicorn 
 Quokka 
 Rynoth 
 Ashen 
Incorrect
 Ashen 
 Rynoth 
 Quokka 
 Thorret 
 Lystra 
 Unicorn 
Incorrect MC

7f2c_505d

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Lystra 
 Narloc 
 Ashen 
 Jackalope 
 Yawclor 
 Elwet 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Elwet 
 Narloc 
 Lystra 
 Ashen 
 Jackalope 
 Yawclor 
Incorrect
 Lystra 
 Ashen 
 Jackalope 
 Yawclor 
 Narloc 
 Elwet 
Incorrect
 Lystra 
 Narloc 
 Jackalope 
 Ashen 
 Yawclor 
 Elwet 
Incorrect
 Lystra 
 Narloc 
 Ashen 
 Jackalope 
 Yawclor 
 Elwet 
Incorrect
 Jackalope 
 Yawclor 
 Ashen 
 Lystra 
 Narloc 
 Elwet 
Correct
 Elwet 
 Lystra 
 Narloc 
 Yawclor 
 Ashen 
 Jackalope 
Incorrect MC

1890_3a5e

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Quokka 
 Kraken 
 Inktoad 
 Jackalope 
 Dibblet 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Quokka 
 Inktoad 
 Jackalope 
 Kraken 
 Dibblet 
 Lystra 
Incorrect
 Inktoad 
 Jackalope 
 Kraken 
 Quokka 
 Dibblet 
 Lystra 
Incorrect
 Dibblet 
 Lystra 
 Jackalope 
 Quokka 
 Inktoad 
 Kraken 
Incorrect
 Kraken 
 Inktoad 
 Jackalope 
 Quokka 
 Dibblet 
 Lystra 
Correct
 Jackalope 
 Inktoad 
 Kraken 
 Quokka 
 Dibblet 
 Lystra 
Incorrect
 Dibblet 
 Lystra 
 Inktoad 
 Kraken 
 Jackalope 
 Quokka 
Incorrect MC

9cda_5586

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Vyrax 
 Yawclor 
 Dibblet 
 Sphinx 
 Lystra 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Phoenix 
 Vyrax 
 Sphinx 
 Yawclor 
 Dibblet 
 Lystra 
Incorrect
 Phoenix 
 Vyrax 
 Yawclor 
 Sphinx 
 Dibblet 
 Lystra 
Incorrect
 Sphinx 
 Vyrax 
 Yawclor 
 Dibblet 
 Lystra 
 Phoenix 
Incorrect
 Lystra 
 Sphinx 
 Dibblet 
 Vyrax 
 Yawclor 
 Phoenix 
Incorrect
 Phoenix 
 Vyrax 
 Dibblet 
 Yawclor 
 Sphinx 
 Lystra 
Incorrect
 Phoenix 
 Dibblet 
 Sphinx 
 Vyrax 
 Yawclor 
 Lystra 
Correct MC

1208_85ff

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Faylen 
 Thorret 
 Bellen 
 Zypher 
 Unicorn 
 Wyvern 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Thorret 
 Wyvern 
 Unicorn 
 Bellen 
 Zypher 
Incorrect
 Bellen 
 Zypher 
 Unicorn 
 Wyvern 
 Faylen 
 Thorret 
Incorrect
 Faylen 
 Thorret 
 Unicorn 
 Bellen 
 Wyvern 
 Zypher 
Incorrect
 Unicorn 
 Wyvern 
 Bellen 
 Zypher 
 Faylen 
 Thorret 
Correct
 Bellen 
 Unicorn 
 Wyvern 
 Zypher 
 Faylen 
 Thorret 
Incorrect
 Thorret 
 Faylen 
 Bellen 
 Zypher 
 Unicorn 
 Wyvern 
Incorrect MC

f6b6_6be1

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead2".

tree code common name: 6twohead2
 Jackalope 
 Zypher 
 Chimera 
 Sphinx 
 Hydra 
 Unicorn 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Hydra 
 Unicorn 
 Jackalope 
 Zypher 
 Chimera 
 Sphinx 
Incorrect
 Hydra 
 Unicorn 
 Jackalope 
 Zypher 
 Chimera 
 Sphinx 
Incorrect
 Chimera 
 Sphinx 
 Jackalope 
 Zypher 
 Hydra 
 Unicorn 
Incorrect
 Chimera 
 Sphinx 
 Jackalope 
 Zypher 
 Hydra 
 Unicorn 
Correct
 Hydra 
 Unicorn 
 Jackalope 
 Zypher 
 Chimera 
 Sphinx 
Incorrect MC

6d9c_ad47

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Zypher 
 Hydra 
 Rynoth 
 Unicorn 
 Bellen 
 Dibblet 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Zypher 
 Hydra 
 Rynoth 
 Dibblet 
 Bellen 
 Unicorn 
Incorrect
 Hydra 
 Unicorn 
 Dibblet 
 Bellen 
 Rynoth 
 Zypher 
Incorrect
 Hydra 
 Unicorn 
 Bellen 
 Dibblet 
 Rynoth 
 Zypher 
Incorrect
 Zypher 
 Rynoth 
 Unicorn 
 Bellen 
 Hydra 
 Dibblet 
Incorrect
 Zypher 
 Bellen 
 Dibblet 
 Hydra 
 Rynoth 
 Unicorn 
Correct
 Zypher 
 Hydra 
 Rynoth 
 Unicorn 
 Bellen 
 Dibblet 
Incorrect MC

6c02_c32c

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Bellen 
 Faylen 
 Hydra 
 Chimera 
 Thorret 
 Ashen 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Ashen 
 Thorret 
 Chimera 
 Hydra 
 Bellen 
 Faylen 
Incorrect
 Bellen 
 Faylen 
 Hydra 
 Thorret 
 Ashen 
 Chimera 
Incorrect
 Bellen 
 Faylen 
 Chimera 
 Thorret 
 Hydra 
 Ashen 
Correct
 Ashen 
 Hydra 
 Chimera 
 Thorret 
 Bellen 
 Faylen 
Incorrect
 Bellen 
 Faylen 
 Chimera 
 Thorret 
 Ashen 
 Hydra 
Incorrect
 Ashen 
 Chimera 
 Thorret 
 Hydra 
 Bellen 
 Faylen 
Incorrect MC

ff34_1dd0

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair3".

tree code common name: 4comb+pair3
 Sphinx 
 Thorret 
 Yawclor 
 Ashen 
 Jackalope 
 Quokka 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Yawclor 
 Ashen 
 Jackalope 
 Quokka 
 Sphinx 
 Thorret 
Incorrect
 Sphinx 
 Thorret 
 Quokka 
 Ashen 
 Jackalope 
 Yawclor 
Correct
 Sphinx 
 Thorret 
 Quokka 
 Yawclor 
 Ashen 
 Jackalope 
Incorrect
 Sphinx 
 Thorret 
 Ashen 
 Jackalope 
 Yawclor 
 Quokka 
Incorrect
 Sphinx 
 Thorret 
 Ashen 
 Quokka 
 Jackalope 
 Yawclor 
Incorrect
 Sphinx 
 Thorret 
 Ashen 
 Jackalope 
 Quokka 
 Yawclor 
Incorrect MC

d5a9_355d

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Faylen 
 Inktoad 
 Chimera 
 Jackalope 
 Zypher 
 Ashen 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Jackalope 
 Zypher 
 Faylen 
 Chimera 
 Inktoad 
 Ashen 
Incorrect
 Ashen 
 Chimera 
 Faylen 
 Inktoad 
 Jackalope 
 Zypher 
Correct
 Chimera 
 Jackalope 
 Faylen 
 Inktoad 
 Zypher 
 Ashen 
Incorrect
 Ashen 
 Jackalope 
 Zypher 
 Chimera 
 Faylen 
 Inktoad 
Incorrect
 Ashen 
 Chimera 
 Inktoad 
 Jackalope 
 Faylen 
 Zypher 
Incorrect
 Jackalope 
 Zypher 
 Faylen 
 Inktoad 
 Chimera 
 Ashen 
Incorrect MC

70c4_1179

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead3".

tree code common name: 6twohead3
 Hydra 
 Sphinx 
 Lystra 
 Quokka 
 Bellen 
 Xeraph 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Xeraph 
 Hydra 
 Sphinx 
 Lystra 
 Quokka 
Incorrect
 Hydra 
 Sphinx 
 Lystra 
 Quokka 
 Bellen 
 Xeraph 
Incorrect
 Bellen 
 Xeraph 
 Lystra 
 Quokka 
 Hydra 
 Sphinx 
Incorrect
 Quokka 
 Sphinx 
 Hydra 
 Lystra 
 Bellen 
 Xeraph 
Incorrect
 Hydra 
 Quokka 
 Sphinx 
 Lystra 
 Bellen 
 Xeraph 
Incorrect
 Bellen 
 Xeraph 
 Hydra 
 Sphinx 
 Lystra 
 Quokka 
Correct MC

d1c0_6af8

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Chimera 
 Narloc 
 Kraken 
 Sphinx 
 Rynoth 
 Vyrax 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Rynoth 
 Vyrax 
 Narloc 
 Kraken 
 Sphinx 
 Chimera 
Incorrect
 Rynoth 
 Vyrax 
 Chimera 
 Kraken 
 Narloc 
 Sphinx 
Incorrect
 Rynoth 
 Vyrax 
 Chimera 
 Sphinx 
 Kraken 
 Narloc 
Incorrect
 Kraken 
 Sphinx 
 Chimera 
 Narloc 
 Rynoth 
 Vyrax 
Correct
 Chimera 
 Kraken 
 Narloc 
 Sphinx 
 Rynoth 
 Vyrax 
Incorrect
 Sphinx 
 Chimera 
 Kraken 
 Narloc 
 Rynoth 
 Vyrax 
Incorrect MC

5bb9_5a54

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Unicorn 
 Elwet 
 Wyvern 
 Faylen 
 Xeraph 
 Narloc 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Narloc 
 Xeraph 
 Elwet 
 Faylen 
 Wyvern 
 Unicorn 
Incorrect
 Narloc 
 Faylen 
 Wyvern 
 Elwet 
 Xeraph 
 Unicorn 
Incorrect
 Unicorn 
 Narloc 
 Xeraph 
 Wyvern 
 Elwet 
 Faylen 
Incorrect
 Unicorn 
 Faylen 
 Wyvern 
 Elwet 
 Xeraph 
 Narloc 
Incorrect
 Unicorn 
 Elwet 
 Wyvern 
 Xeraph 
 Faylen 
 Narloc 
Incorrect
 Narloc 
 Elwet 
 Wyvern 
 Faylen 
 Xeraph 
 Unicorn 
Correct MC

2feb_6f25

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Thorret 
 Vyrax 
 Dibblet 
 Wyvern 
 Faylen 
 Narloc 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Thorret 
 Vyrax 
 Faylen 
 Narloc 
 Dibblet 
 Wyvern 
Incorrect
 Dibblet 
 Wyvern 
 Faylen 
 Narloc 
 Thorret 
 Vyrax 
Correct
 Faylen 
 Narloc 
 Dibblet 
 Wyvern 
 Thorret 
 Vyrax 
Incorrect
 Dibblet 
 Wyvern 
 Faylen 
 Narloc 
 Thorret 
 Vyrax 
Incorrect
 Thorret 
 Vyrax 
 Dibblet 
 Wyvern 
 Faylen 
 Narloc 
Incorrect MC

d8c3_b851

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Phoenix 
 Inktoad 
 Quokka 
 Narloc 
 Oclora 
 Wyvern 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Oclora 
 Wyvern 
 Inktoad 
 Quokka 
 Phoenix 
 Narloc 
Correct
 Oclora 
 Wyvern 
 Inktoad 
 Quokka 
 Narloc 
 Phoenix 
Incorrect
 Phoenix 
 Quokka 
 Inktoad 
 Narloc 
 Oclora 
 Wyvern 
Incorrect
 Oclora 
 Wyvern 
 Inktoad 
 Quokka 
 Phoenix 
 Narloc 
Incorrect
 Oclora 
 Wyvern 
 Inktoad 
 Phoenix 
 Narloc 
 Quokka 
Incorrect
 Narloc 
 Phoenix 
 Inktoad 
 Quokka 
 Oclora 
 Wyvern 
Incorrect MC

1642_e0f0

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Dibblet 
 Rynoth 
 Hydra 
 Inktoad 
 Faylen 
 Wyvern 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Inktoad 
 Wyvern 
 Dibblet 
 Hydra 
 Rynoth 
Incorrect
 Wyvern 
 Faylen 
 Inktoad 
 Dibblet 
 Rynoth 
 Hydra 
Incorrect
 Hydra 
 Dibblet 
 Rynoth 
 Wyvern 
 Faylen 
 Inktoad 
Incorrect
 Dibblet 
 Hydra 
 Rynoth 
 Faylen 
 Wyvern 
 Inktoad 
Incorrect
 Dibblet 
 Rynoth 
 Hydra 
 Faylen 
 Wyvern 
 Inktoad 
Correct
 Inktoad 
 Wyvern 
 Faylen 
 Dibblet 
 Hydra 
 Rynoth 
Incorrect MC

ee14_3ef0

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Elwet 
 Dibblet 
 Lystra 
 Manticore 
 Bellen 
 Inktoad 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Inktoad 
 Dibblet 
 Elwet 
 Lystra 
 Manticore 
Incorrect
 Dibblet 
 Elwet 
 Lystra 
 Manticore 
 Bellen 
 Inktoad 
Incorrect
 Bellen 
 Inktoad 
 Lystra 
 Manticore 
 Dibblet 
 Elwet 
Incorrect
 Bellen 
 Inktoad 
 Dibblet 
 Elwet 
 Lystra 
 Manticore 
Incorrect
 Bellen 
 Inktoad 
 Dibblet 
 Lystra 
 Elwet 
 Manticore 
Incorrect
 Manticore 
 Dibblet 
 Lystra 
 Elwet 
 Bellen 
 Inktoad 
Correct MC

c786_b5e8

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Manticore 
 Oclora 
 Thorret 
 Bellen 
 Kraken 
 Wyvern 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Kraken 
 Wyvern 
 Bellen 
 Thorret 
 Manticore 
 Oclora 
Incorrect
 Kraken 
 Wyvern 
 Bellen 
 Manticore 
 Oclora 
 Thorret 
Correct
 Kraken 
 Wyvern 
 Manticore 
 Oclora 
 Bellen 
 Thorret 
Incorrect
 Manticore 
 Oclora 
 Bellen 
 Thorret 
 Kraken 
 Wyvern 
Incorrect
 Bellen 
 Thorret 
 Manticore 
 Oclora 
 Kraken 
 Wyvern 
Incorrect
 Kraken 
 Wyvern 
 Manticore 
 Bellen 
 Thorret 
 Oclora 
Incorrect MC

61ca_e588

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6comb".

tree code common name: 6comb
 Manticore 
 Unicorn 
 Faylen 
 Phoenix 
 Bellen 
 Zypher 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Manticore 
 Unicorn 
 Phoenix 
 Bellen 
 Zypher 
Correct
 Zypher 
 Bellen 
 Phoenix 
 Unicorn 
 Faylen 
 Manticore 
Incorrect
 Zypher 
 Manticore 
 Unicorn 
 Faylen 
 Bellen 
 Phoenix 
Incorrect
 Faylen 
 Phoenix 
 Manticore 
 Unicorn 
 Bellen 
 Zypher 
Incorrect
 Manticore 
 Unicorn 
 Faylen 
 Phoenix 
 Bellen 
 Zypher 
Incorrect
 Bellen 
 Faylen 
 Manticore 
 Phoenix 
 Unicorn 
 Zypher 
Incorrect MC

b2f4_4e73

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Jackalope 
 Wyvern 
 Vyrax 
 Dibblet 
 Thorret 
 Elwet 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Vyrax 
 Elwet 
 Thorret 
 Jackalope 
 Wyvern 
Incorrect
 Jackalope 
 Wyvern 
 Dibblet 
 Thorret 
 Elwet 
 Vyrax 
Incorrect
 Vyrax 
 Dibblet 
 Thorret 
 Elwet 
 Jackalope 
 Wyvern 
Correct
 Dibblet 
 Thorret 
 Elwet 
 Vyrax 
 Jackalope 
 Wyvern 
Incorrect
 Jackalope 
 Wyvern 
 Elwet 
 Vyrax 
 Dibblet 
 Thorret 
Incorrect
 Dibblet 
 Vyrax 
 Elwet 
 Thorret 
 Jackalope 
 Wyvern 
Incorrect MC

68d8_d132

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair3".

tree code common name: 4comb+pair3
 Zypher 
 Oclora 
 Wyvern 
 Gorret 
 Chimera 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Oclora 
 Wyvern 
 Zypher 
 Gorret 
 Chimera 
 Phoenix 
Incorrect
 Chimera 
 Phoenix 
 Oclora 
 Zypher 
 Gorret 
 Wyvern 
Incorrect
 Chimera 
 Phoenix 
 Zypher 
 Gorret 
 Oclora 
 Wyvern 
Correct
 Chimera 
 Phoenix 
 Gorret 
 Zypher 
 Oclora 
 Wyvern 
Incorrect
 Chimera 
 Phoenix 
 Gorret 
 Wyvern 
 Oclora 
 Zypher 
Incorrect
 Chimera 
 Phoenix 
 Zypher 
 Gorret 
 Oclora 
 Wyvern 
Incorrect MC

8317_6eeb

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced2".

tree code common name: 6balanced2
 Phoenix 
 Gorret 
 Jackalope 
 Lystra 
 Rynoth 
 Quokka 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Lystra 
 Rynoth 
 Quokka 
 Gorret 
 Jackalope 
 Phoenix 
Correct
 Gorret 
 Jackalope 
 Phoenix 
 Lystra 
 Rynoth 
 Quokka 
Incorrect
 Lystra 
 Rynoth 
 Quokka 
 Jackalope 
 Phoenix 
 Gorret 
Incorrect
 Rynoth 
 Lystra 
 Quokka 
 Phoenix 
 Gorret 
 Jackalope 
Incorrect
 Quokka 
 Lystra 
 Rynoth 
 Jackalope 
 Phoenix 
 Gorret 
Incorrect
 Phoenix 
 Gorret 
 Jackalope 
 Lystra 
 Quokka 
 Rynoth 
Incorrect MC

3186_f83f

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead3".

tree code common name: 6twohead3
 Faylen 
 Inktoad 
 Dibblet 
 Unicorn 
 Rynoth 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Rynoth 
 Thorret 
 Faylen 
 Inktoad 
 Dibblet 
 Unicorn 
Incorrect
 Dibblet 
 Faylen 
 Unicorn 
 Inktoad 
 Rynoth 
 Thorret 
Incorrect
 Dibblet 
 Unicorn 
 Faylen 
 Inktoad 
 Rynoth 
 Thorret 
Incorrect
 Dibblet 
 Unicorn 
 Faylen 
 Inktoad 
 Rynoth 
 Thorret 
Correct
 Faylen 
 Inktoad 
 Dibblet 
 Unicorn 
 Rynoth 
 Thorret 
Incorrect
 Dibblet 
 Unicorn 
 Faylen 
 Inktoad 
 Rynoth 
 Thorret 
Incorrect MC

6e06_21dc

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead3".

tree code common name: 6twohead3
 Oclora 
 Unicorn 
 Hydra 
 Zypher 
 Dibblet 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Thorret 
 Oclora 
 Unicorn 
 Hydra 
 Zypher 
Incorrect
 Zypher 
 Oclora 
 Unicorn 
 Hydra 
 Dibblet 
 Thorret 
Incorrect
 Hydra 
 Zypher 
 Oclora 
 Unicorn 
 Dibblet 
 Thorret 
Incorrect
 Dibblet 
 Thorret 
 Hydra 
 Zypher 
 Oclora 
 Unicorn 
Incorrect
 Dibblet 
 Thorret 
 Hydra 
 Zypher 
 Oclora 
 Unicorn 
Correct
 Oclora 
 Hydra 
 Unicorn 
 Zypher 
 Dibblet 
 Thorret 
Incorrect MC

d49e_dbef

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Thorret 
 Gorret 
 Zypher 
 Kraken 
 Bellen 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Phoenix 
 Kraken 
 Zypher 
 Gorret 
 Thorret 
Incorrect
 Bellen 
 Phoenix 
 Zypher 
 Kraken 
 Thorret 
 Gorret 
Incorrect
 Thorret 
 Zypher 
 Gorret 
 Kraken 
 Bellen 
 Phoenix 
Incorrect
 Bellen 
 Phoenix 
 Gorret 
 Kraken 
 Zypher 
 Thorret 
Incorrect
 Gorret 
 Zypher 
 Thorret 
 Kraken 
 Bellen 
 Phoenix 
Correct
 Gorret 
 Zypher 
 Kraken 
 Thorret 
 Bellen 
 Phoenix 
Incorrect MC

ffa1_5e05

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead2".

tree code common name: 6twohead2
 Rynoth 
 Xeraph 
 Thorret 
 Unicorn 
 Gorret 
 Kraken 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Rynoth 
 Xeraph 
 Gorret 
 Kraken 
 Thorret 
 Unicorn 
Incorrect
 Rynoth 
 Xeraph 
 Thorret 
 Unicorn 
 Gorret 
 Kraken 
Incorrect
 Rynoth 
 Xeraph 
 Thorret 
 Unicorn 
 Gorret 
 Kraken 
Incorrect
 Rynoth 
 Xeraph 
 Gorret 
 Kraken 
 Thorret 
 Unicorn 
Correct MC

c787_ea39

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead3".

tree code common name: 6twohead3
 Phoenix 
 Thorret 
 Dibblet 
 Vyrax 
 Bellen 
 Hydra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Vyrax 
 Bellen 
 Hydra 
 Phoenix 
 Thorret 
Incorrect
 Hydra 
 Dibblet 
 Vyrax 
 Bellen 
 Phoenix 
 Thorret 
Incorrect
 Bellen 
 Hydra 
 Dibblet 
 Vyrax 
 Phoenix 
 Thorret 
Incorrect
 Dibblet 
 Vyrax 
 Bellen 
 Hydra 
 Phoenix 
 Thorret 
Correct
 Dibblet 
 Vyrax 
 Bellen 
 Hydra 
 Phoenix 
 Thorret 
Incorrect
 Phoenix 
 Thorret 
 Bellen 
 Hydra 
 Dibblet 
 Vyrax 
Incorrect MC

a69e_d518

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Elwet 
 Gorret 
 Jackalope 
 Bellen 
 Unicorn 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Elwet 
 Bellen 
 Unicorn 
 Gorret 
 Jackalope 
 Lystra 
Correct
 Elwet 
 Bellen 
 Unicorn 
 Jackalope 
 Gorret 
 Lystra 
Incorrect
 Unicorn 
 Gorret 
 Jackalope 
 Bellen 
 Lystra 
 Elwet 
Incorrect
 Gorret 
 Lystra 
 Jackalope 
 Bellen 
 Unicorn 
 Elwet 
Incorrect
 Elwet 
 Lystra 
 Bellen 
 Unicorn 
 Gorret 
 Jackalope 
Incorrect
 Elwet 
 Lystra 
 Bellen 
 Gorret 
 Jackalope 
 Unicorn 
Incorrect MC

d707_4cdd

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Rynoth 
 Thorret 
 Elwet 
 Lystra 
 Phoenix 
 Zypher 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Phoenix 
 Zypher 
 Lystra 
 Thorret 
 Elwet 
 Rynoth 
Incorrect
 Lystra 
 Elwet 
 Thorret 
 Rynoth 
 Phoenix 
 Zypher 
Incorrect
 Phoenix 
 Zypher 
 Lystra 
 Elwet 
 Thorret 
 Rynoth 
Incorrect
 Elwet 
 Lystra 
 Thorret 
 Rynoth 
 Phoenix 
 Zypher 
Incorrect
 Phoenix 
 Zypher 
 Rynoth 
 Thorret 
 Elwet 
 Lystra 
Correct
 Rynoth 
 Thorret 
 Elwet 
 Lystra 
 Phoenix 
 Zypher 
Incorrect MC

1416_e97b

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Hydra 
 Unicorn 
 Lystra 
 Wyvern 
 Vyrax 
 Dibblet 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Vyrax 
 Wyvern 
 Hydra 
 Lystra 
 Unicorn 
 Dibblet 
Incorrect
 Dibblet 
 Hydra 
 Vyrax 
 Unicorn 
 Lystra 
 Wyvern 
Incorrect
 Dibblet 
 Lystra 
 Vyrax 
 Wyvern 
 Hydra 
 Unicorn 
Incorrect
 Lystra 
 Wyvern 
 Vyrax 
 Hydra 
 Unicorn 
 Dibblet 
Correct
 Hydra 
 Unicorn 
 Lystra 
 Vyrax 
 Wyvern 
 Dibblet 
Incorrect
 Dibblet 
 Lystra 
 Vyrax 
 Wyvern 
 Hydra 
 Unicorn 
Incorrect MC

8c09_a435

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Bellen 
 Chimera 
 Gorret 
 Hydra 
 Zypher 
 Jackalope 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Gorret 
 Bellen 
 Chimera 
 Hydra 
 Zypher 
 Jackalope 
Incorrect
 Chimera 
 Gorret 
 Bellen 
 Hydra 
 Zypher 
 Jackalope 
Incorrect
 Gorret 
 Hydra 
 Bellen 
 Chimera 
 Zypher 
 Jackalope 
Correct
 Chimera 
 Gorret 
 Bellen 
 Hydra 
 Zypher 
 Jackalope 
Incorrect
 Zypher 
 Chimera 
 Gorret 
 Bellen 
 Hydra 
 Jackalope 
Incorrect
 Jackalope 
 Bellen 
 Chimera 
 Hydra 
 Gorret 
 Zypher 
Incorrect MC

1a43_acd9

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Manticore 
 Yawclor 
 Elwet 
 Xeraph 
 Vyrax 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Phoenix 
 Vyrax 
 Elwet 
 Xeraph 
 Manticore 
 Yawclor 
Incorrect
 Phoenix 
 Elwet 
 Xeraph 
 Manticore 
 Yawclor 
 Vyrax 
Correct
 Phoenix 
 Vyrax 
 Manticore 
 Yawclor 
 Elwet 
 Xeraph 
Incorrect
 Elwet 
 Xeraph 
 Manticore 
 Yawclor 
 Phoenix 
 Vyrax 
Incorrect
 Manticore 
 Elwet 
 Xeraph 
 Vyrax 
 Yawclor 
 Phoenix 
Incorrect
 Manticore 
 Yawclor 
 Elwet 
 Xeraph 
 Phoenix 
 Vyrax 
Incorrect MC

41fd_b173

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced3".

tree code common name: 6balanced3
 Hydra 
 Unicorn 
 Narloc 
 Dibblet 
 Inktoad 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Unicorn 
 Hydra 
 Narloc 
 Dibblet 
 Inktoad 
 Yawclor 
Incorrect
 Dibblet 
 Inktoad 
 Yawclor 
 Unicorn 
 Hydra 
 Narloc 
Incorrect
 Unicorn 
 Hydra 
 Narloc 
 Yawclor 
 Dibblet 
 Inktoad 
Incorrect
 Dibblet 
 Inktoad 
 Yawclor 
 Narloc 
 Hydra 
 Unicorn 
Correct
 Inktoad 
 Yawclor 
 Dibblet 
 Hydra 
 Narloc 
 Unicorn 
Incorrect
 Hydra 
 Narloc 
 Unicorn 
 Inktoad 
 Yawclor 
 Dibblet 
Incorrect MC

25f9_47cd

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Chimera 
 Quokka 
 Sphinx 
 Wyvern 
 Dibblet 
 Hydra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Quokka 
 Sphinx 
 Dibblet 
 Wyvern 
 Hydra 
Incorrect
 Hydra 
 Dibblet 
 Wyvern 
 Sphinx 
 Chimera 
 Quokka 
Incorrect
 Sphinx 
 Hydra 
 Wyvern 
 Dibblet 
 Chimera 
 Quokka 
Incorrect
 Dibblet 
 Wyvern 
 Hydra 
 Sphinx 
 Chimera 
 Quokka 
Incorrect
 Chimera 
 Quokka 
 Dibblet 
 Sphinx 
 Hydra 
 Wyvern 
Incorrect
 Dibblet 
 Hydra 
 Wyvern 
 Sphinx 
 Chimera 
 Quokka 
Correct MC

d800_e0e4

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6comb".

tree code common name: 6comb
 Gorret 
 Thorret 
 Faylen 
 Wyvern 
 Sphinx 
 Bellen 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Sphinx 
 Gorret 
 Thorret 
 Faylen 
 Wyvern 
Incorrect
 Bellen 
 Sphinx 
 Gorret 
 Thorret 
 Faylen 
 Wyvern 
Correct
 Bellen 
 Thorret 
 Wyvern 
 Faylen 
 Gorret 
 Sphinx 
Incorrect
 Wyvern 
 Gorret 
 Thorret 
 Faylen 
 Sphinx 
 Bellen 
Incorrect
 Bellen 
 Sphinx 
 Gorret 
 Wyvern 
 Faylen 
 Thorret 
Incorrect
 Sphinx 
 Wyvern 
 Faylen 
 Thorret 
 Gorret 
 Bellen 
Incorrect MC

4dc2_0579

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead3".

tree code common name: 6twohead3
 Chimera 
 Elwet 
 Jackalope 
 Sphinx 
 Narloc 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Narloc 
 Thorret 
 Chimera 
 Elwet 
 Jackalope 
 Sphinx 
Correct
 Chimera 
 Elwet 
 Sphinx 
 Jackalope 
 Narloc 
 Thorret 
Incorrect
 Jackalope 
 Sphinx 
 Chimera 
 Elwet 
 Narloc 
 Thorret 
Incorrect
 Narloc 
 Thorret 
 Jackalope 
 Chimera 
 Elwet 
 Sphinx 
Incorrect
 Chimera 
 Elwet 
 Jackalope 
 Sphinx 
 Narloc 
 Thorret 
Incorrect
 Jackalope 
 Sphinx 
 Chimera 
 Elwet 
 Narloc 
 Thorret 
Incorrect MC

cc8e_c332

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Faylen 
 Wyvern 
 Ashen 
 Narloc 
 Bellen 
 Elwet 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Wyvern 
 Bellen 
 Ashen 
 Narloc 
 Elwet 
Correct
 Narloc 
 Wyvern 
 Ashen 
 Bellen 
 Faylen 
 Elwet 
Incorrect
 Bellen 
 Narloc 
 Faylen 
 Wyvern 
 Ashen 
 Elwet 
Incorrect
 Faylen 
 Wyvern 
 Ashen 
 Bellen 
 Narloc 
 Elwet 
Incorrect
 Bellen 
 Ashen 
 Narloc 
 Faylen 
 Wyvern 
 Elwet 
Incorrect
 Elwet 
 Wyvern 
 Bellen 
 Ashen 
 Faylen 
 Narloc 
Incorrect MC

c787_2d0e

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Bellen 
 Gorret 
 Wyvern 
 Faylen 
 Narloc 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Narloc 
 Yawclor 
 Faylen 
 Bellen 
 Gorret 
 Wyvern 
Correct
 Bellen 
 Faylen 
 Gorret 
 Wyvern 
 Narloc 
 Yawclor 
Incorrect
 Narloc 
 Yawclor 
 Bellen 
 Wyvern 
 Gorret 
 Faylen 
Incorrect
 Gorret 
 Wyvern 
 Bellen 
 Faylen 
 Narloc 
 Yawclor 
Incorrect
 Narloc 
 Yawclor 
 Bellen 
 Faylen 
 Gorret 
 Wyvern 
Incorrect
 Gorret 
 Bellen 
 Wyvern 
 Faylen 
 Narloc 
 Yawclor 
Incorrect MC

818c_93ab

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Ashen 
 Lystra 
 Wyvern 
 Gorret 
 Manticore 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Phoenix 
 Gorret 
 Ashen 
 Manticore 
 Lystra 
 Wyvern 
Incorrect
 Gorret 
 Manticore 
 Ashen 
 Lystra 
 Wyvern 
 Phoenix 
Incorrect
 Phoenix 
 Manticore 
 Gorret 
 Lystra 
 Ashen 
 Wyvern 
Incorrect
 Phoenix 
 Ashen 
 Lystra 
 Wyvern 
 Gorret 
 Manticore 
Incorrect
 Phoenix 
 Ashen 
 Lystra 
 Wyvern 
 Gorret 
 Manticore 
Correct
 Lystra 
 Ashen 
 Wyvern 
 Gorret 
 Manticore 
 Phoenix 
Incorrect MC

f48d_8936

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Dibblet 
 Inktoad 
 Vyrax 
 Xeraph 
 Narloc 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Inktoad 
 Xeraph 
 Vyrax 
 Narloc 
 Yawclor 
 Dibblet 
Incorrect
 Xeraph 
 Inktoad 
 Vyrax 
 Yawclor 
 Narloc 
 Dibblet 
Incorrect
 Vyrax 
 Xeraph 
 Inktoad 
 Narloc 
 Yawclor 
 Dibblet 
Incorrect
 Narloc 
 Yawclor 
 Xeraph 
 Inktoad 
 Vyrax 
 Dibblet 
Correct
 Vyrax 
 Inktoad 
 Xeraph 
 Narloc 
 Yawclor 
 Dibblet 
Incorrect
 Inktoad 
 Vyrax 
 Xeraph 
 Narloc 
 Yawclor 
 Dibblet 
Incorrect MC

7426_acad

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Faylen 
 Gorret 
 Inktoad 
 Lystra 
 Chimera 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Phoenix 
 Inktoad 
 Lystra 
 Faylen 
 Gorret 
Correct
 Faylen 
 Gorret 
 Inktoad 
 Lystra 
 Chimera 
 Phoenix 
Incorrect
 Faylen 
 Gorret 
 Inktoad 
 Lystra 
 Chimera 
 Phoenix 
Incorrect
 Faylen 
 Gorret 
 Chimera 
 Phoenix 
 Inktoad 
 Lystra 
Incorrect
 Faylen 
 Gorret 
 Chimera 
 Phoenix 
 Inktoad 
 Lystra 
Incorrect
 Inktoad 
 Lystra 
 Chimera 
 Phoenix 
 Faylen 
 Gorret 
Incorrect MC

aa9e_d93c

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Elwet 
 Wyvern 
 Manticore 
 Gorret 
 Xeraph 
 Hydra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Elwet 
 Wyvern 
 Gorret 
 Manticore 
 Xeraph 
 Hydra 
Incorrect
 Hydra 
 Gorret 
 Wyvern 
 Elwet 
 Manticore 
 Xeraph 
Incorrect
 Elwet 
 Wyvern 
 Manticore 
 Gorret 
 Xeraph 
 Hydra 
Incorrect
 Gorret 
 Xeraph 
 Manticore 
 Elwet 
 Wyvern 
 Hydra 
Correct
 Wyvern 
 Xeraph 
 Elwet 
 Gorret 
 Manticore 
 Hydra 
Incorrect MC

27d5_4d40

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Ashen 
 Gorret 
 Phoenix 
 Thorret 
 Unicorn 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Thorret 
 Unicorn 
 Gorret 
 Ashen 
 Phoenix 
 Lystra 
Incorrect
 Thorret 
 Unicorn 
 Phoenix 
 Ashen 
 Gorret 
 Lystra 
Correct
 Unicorn 
 Phoenix 
 Ashen 
 Gorret 
 Thorret 
 Lystra 
Incorrect
 Ashen 
 Gorret 
 Phoenix 
 Thorret 
 Unicorn 
 Lystra 
Incorrect
 Lystra 
 Thorret 
 Unicorn 
 Ashen 
 Phoenix 
 Gorret 
Incorrect
 Thorret 
 Unicorn 
 Ashen 
 Gorret 
 Phoenix 
 Lystra 
Incorrect MC

748a_39c8

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Hydra 
 Quokka 
 Inktoad 
 Rynoth 
 Gorret 
 Wyvern 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Inktoad 
 Hydra 
 Quokka 
 Gorret 
 Rynoth 
 Wyvern 
Incorrect
 Rynoth 
 Gorret 
 Wyvern 
 Inktoad 
 Hydra 
 Quokka 
Incorrect
 Gorret 
 Wyvern 
 Rynoth 
 Hydra 
 Inktoad 
 Quokka 
Incorrect
 Hydra 
 Inktoad 
 Quokka 
 Rynoth 
 Gorret 
 Wyvern 
Incorrect
 Hydra 
 Quokka 
 Inktoad 
 Gorret 
 Wyvern 
 Rynoth 
Correct MC

7517_8868

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Faylen 
 Manticore 
 Hydra 
 Lystra 
 Elwet 
 Sphinx 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Sphinx 
 Faylen 
 Manticore 
 Hydra 
 Elwet 
 Lystra 
Incorrect
 Faylen 
 Manticore 
 Hydra 
 Elwet 
 Lystra 
 Sphinx 
Incorrect
 Sphinx 
 Hydra 
 Lystra 
 Elwet 
 Faylen 
 Manticore 
Correct
 Sphinx 
 Faylen 
 Lystra 
 Manticore 
 Elwet 
 Hydra 
Incorrect
 Elwet 
 Hydra 
 Lystra 
 Manticore 
 Faylen 
 Sphinx 
Incorrect
 Sphinx 
 Lystra 
 Elwet 
 Hydra 
 Faylen 
 Manticore 
Incorrect MC

f6db_cb3a

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Chimera 
 Inktoad 
 Hydra 
 Yawclor 
 Quokka 
 Unicorn 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Hydra 
 Yawclor 
 Chimera 
 Inktoad 
 Quokka 
 Unicorn 
Correct
 Hydra 
 Chimera 
 Inktoad 
 Yawclor 
 Quokka 
 Unicorn 
Incorrect
 Inktoad 
 Yawclor 
 Chimera 
 Hydra 
 Quokka 
 Unicorn 
Incorrect
 Quokka 
 Unicorn 
 Chimera 
 Inktoad 
 Hydra 
 Yawclor 
Incorrect
 Hydra 
 Yawclor 
 Chimera 
 Inktoad 
 Quokka 
 Unicorn 
Incorrect
 Quokka 
 Unicorn 
 Chimera 
 Inktoad 
 Hydra 
 Yawclor 
Incorrect MC

a44d_20bb

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Yawclor 
 Faylen 
 Chimera 
 Wyvern 
 Ashen 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Chimera 
 Wyvern 
 Ashen 
 Lystra 
 Yawclor 
Incorrect
 Ashen 
 Lystra 
 Chimera 
 Faylen 
 Wyvern 
 Yawclor 
Incorrect
 Chimera 
 Wyvern 
 Faylen 
 Lystra 
 Ashen 
 Yawclor 
Incorrect
 Chimera 
 Wyvern 
 Faylen 
 Ashen 
 Lystra 
 Yawclor 
Correct
 Yawclor 
 Chimera 
 Wyvern 
 Faylen 
 Ashen 
 Lystra 
Incorrect
 Lystra 
 Ashen 
 Faylen 
 Chimera 
 Wyvern 
 Yawclor 
Incorrect MC

fb73_655e

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Zypher 
 Chimera 
 Wyvern 
 Inktoad 
 Unicorn 
 Faylen 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Unicorn 
 Inktoad 
 Wyvern 
 Chimera 
 Zypher 
Incorrect
 Faylen 
 Inktoad 
 Unicorn 
 Chimera 
 Wyvern 
 Zypher 
Correct
 Inktoad 
 Unicorn 
 Wyvern 
 Zypher 
 Chimera 
 Faylen 
Incorrect
 Inktoad 
 Unicorn 
 Zypher 
 Chimera 
 Wyvern 
 Faylen 
Incorrect
 Faylen 
 Chimera 
 Inktoad 
 Unicorn 
 Wyvern 
 Zypher 
Incorrect
 Unicorn 
 Inktoad 
 Wyvern 
 Chimera 
 Zypher 
 Faylen 
Incorrect MC

b74d_bb67

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Elwet 
 Gorret 
 Rynoth 
 Manticore 
 Hydra 
 Inktoad 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Elwet 
 Gorret 
 Rynoth 
 Hydra 
 Inktoad 
 Manticore 
Correct
 Inktoad 
 Hydra 
 Manticore 
 Elwet 
 Gorret 
 Rynoth 
Incorrect
 Inktoad 
 Hydra 
 Manticore 
 Gorret 
 Rynoth 
 Elwet 
Incorrect
 Inktoad 
 Hydra 
 Manticore 
 Elwet 
 Gorret 
 Rynoth 
Incorrect
 Hydra 
 Manticore 
 Inktoad 
 Elwet 
 Gorret 
 Rynoth 
Incorrect
 Inktoad 
 Manticore 
 Hydra 
 Elwet 
 Gorret 
 Rynoth 
Incorrect MC

e16f_3061

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Faylen 
 Kraken 
 Elwet 
 Hydra 
 Inktoad 
 Unicorn 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Hydra 
 Kraken 
 Elwet 
 Inktoad 
 Unicorn 
Incorrect
 Kraken 
 Faylen 
 Elwet 
 Hydra 
 Inktoad 
 Unicorn 
Incorrect
 Inktoad 
 Unicorn 
 Elwet 
 Hydra 
 Faylen 
 Kraken 
Correct
 Inktoad 
 Unicorn 
 Elwet 
 Faylen 
 Hydra 
 Kraken 
Incorrect
 Faylen 
 Elwet 
 Hydra 
 Kraken 
 Inktoad 
 Unicorn 
Incorrect
 Hydra 
 Kraken 
 Elwet 
 Faylen 
 Inktoad 
 Unicorn 
Incorrect MC

2182_f33e

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Dibblet 
 Narloc 
 Phoenix 
 Thorret 
 Inktoad 
 Sphinx 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Inktoad 
 Sphinx 
 Phoenix 
 Narloc 
 Thorret 
 Dibblet 
Incorrect
 Thorret 
 Inktoad 
 Sphinx 
 Narloc 
 Phoenix 
 Dibblet 
Incorrect
 Narloc 
 Phoenix 
 Thorret 
 Inktoad 
 Sphinx 
 Dibblet 
Incorrect
 Phoenix 
 Thorret 
 Narloc 
 Inktoad 
 Sphinx 
 Dibblet 
Incorrect
 Inktoad 
 Narloc 
 Phoenix 
 Thorret 
 Sphinx 
 Dibblet 
Incorrect
 Inktoad 
 Sphinx 
 Narloc 
 Phoenix 
 Thorret 
 Dibblet 
Correct MC

e3a3_ffc8

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced2".

tree code common name: 6balanced2
 Yawclor 
 Chimera 
 Quokka 
 Dibblet 
 Phoenix 
 Hydra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Yawclor 
 Chimera 
 Quokka 
 Hydra 
 Dibblet 
 Phoenix 
Correct
 Quokka 
 Yawclor 
 Chimera 
 Hydra 
 Dibblet 
 Phoenix 
Incorrect
 Hydra 
 Dibblet 
 Phoenix 
 Chimera 
 Yawclor 
 Quokka 
Incorrect
 Dibblet 
 Phoenix 
 Hydra 
 Chimera 
 Yawclor 
 Quokka 
Incorrect
 Dibblet 
 Phoenix 
 Hydra 
 Chimera 
 Quokka 
 Yawclor 
Incorrect
 Dibblet 
 Phoenix 
 Hydra 
 Yawclor 
 Chimera 
 Quokka 
Incorrect MC

8c45_34bd

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Inktoad 
 Jackalope 
 Bellen 
 Thorret 
 Kraken 
 Sphinx 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Sphinx 
 Bellen 
 Thorret 
 Inktoad 
 Jackalope 
 Kraken 
Incorrect
 Sphinx 
 Inktoad 
 Jackalope 
 Kraken 
 Thorret 
 Bellen 
Incorrect
 Sphinx 
 Inktoad 
 Jackalope 
 Bellen 
 Kraken 
 Thorret 
Incorrect
 Kraken 
 Thorret 
 Bellen 
 Inktoad 
 Jackalope 
 Sphinx 
Incorrect
 Sphinx 
 Bellen 
 Thorret 
 Kraken 
 Inktoad 
 Jackalope 
Correct
 Sphinx 
 Bellen 
 Kraken 
 Thorret 
 Inktoad 
 Jackalope 
Incorrect MC

f33f_1d01

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced3".

tree code common name: 6balanced3
 Inktoad 
 Kraken 
 Thorret 
 Chimera 
 Wyvern 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Phoenix 
 Chimera 
 Wyvern 
 Inktoad 
 Kraken 
 Thorret 
Incorrect
 Phoenix 
 Chimera 
 Wyvern 
 Kraken 
 Thorret 
 Inktoad 
Correct
 Inktoad 
 Kraken 
 Thorret 
 Chimera 
 Phoenix 
 Wyvern 
Incorrect
 Chimera 
 Phoenix 
 Wyvern 
 Inktoad 
 Thorret 
 Kraken 
Incorrect
 Inktoad 
 Kraken 
 Thorret 
 Chimera 
 Phoenix 
 Wyvern 
Incorrect
 Phoenix 
 Chimera 
 Wyvern 
 Kraken 
 Inktoad 
 Thorret 
Incorrect MC

8b92_a0d5

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Bellen 
 Phoenix 
 Rynoth 
 Faylen 
 Jackalope 
 Xeraph 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Phoenix 
 Faylen 
 Xeraph 
 Jackalope 
 Rynoth 
Incorrect
 Xeraph 
 Faylen 
 Jackalope 
 Rynoth 
 Bellen 
 Phoenix 
Incorrect
 Bellen 
 Phoenix 
 Faylen 
 Jackalope 
 Rynoth 
 Xeraph 
Incorrect
 Jackalope 
 Rynoth 
 Faylen 
 Xeraph 
 Bellen 
 Phoenix 
Incorrect
 Bellen 
 Phoenix 
 Faylen 
 Jackalope 
 Rynoth 
 Xeraph 
Correct
 Jackalope 
 Rynoth 
 Faylen 
 Xeraph 
 Bellen 
 Phoenix 
Incorrect MC

4802_6c29

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Chimera 
 Inktoad 
 Lystra 
 Phoenix 
 Dibblet 
 Manticore 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Lystra 
 Phoenix 
 Dibblet 
 Chimera 
 Inktoad 
 Manticore 
Incorrect
 Dibblet 
 Chimera 
 Inktoad 
 Lystra 
 Phoenix 
 Manticore 
Incorrect
 Chimera 
 Inktoad 
 Dibblet 
 Phoenix 
 Lystra 
 Manticore 
Incorrect
 Manticore 
 Chimera 
 Dibblet 
 Lystra 
 Phoenix 
 Inktoad 
Incorrect
 Manticore 
 Chimera 
 Inktoad 
 Dibblet 
 Lystra 
 Phoenix 
Correct
 Dibblet 
 Phoenix 
 Lystra 
 Chimera 
 Inktoad 
 Manticore 
Incorrect MC

3260_790c

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Chimera 
 Narloc 
 Hydra 
 Elwet 
 Thorret 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Thorret 
 Yawclor 
 Hydra 
 Narloc 
 Chimera 
 Elwet 
Incorrect
 Thorret 
 Yawclor 
 Chimera 
 Elwet 
 Hydra 
 Narloc 
Incorrect
 Thorret 
 Yawclor 
 Chimera 
 Elwet 
 Narloc 
 Hydra 
Incorrect
 Thorret 
 Yawclor 
 Hydra 
 Narloc 
 Chimera 
 Elwet 
Incorrect
 Chimera 
 Narloc 
 Elwet 
 Hydra 
 Thorret 
 Yawclor 
Incorrect
 Hydra 
 Chimera 
 Narloc 
 Elwet 
 Thorret 
 Yawclor 
Correct MC

2416_cee1

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Bellen 
 Dibblet 
 Phoenix 
 Chimera 
 Manticore 
 Elwet 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Elwet 
 Chimera 
 Manticore 
 Dibblet 
 Phoenix 
 Bellen 
Correct
 Chimera 
 Manticore 
 Elwet 
 Dibblet 
 Phoenix 
 Bellen 
Incorrect
 Bellen 
 Chimera 
 Elwet 
 Manticore 
 Dibblet 
 Phoenix 
Incorrect
 Dibblet 
 Phoenix 
 Manticore 
 Chimera 
 Elwet 
 Bellen 
Incorrect
 Bellen 
 Chimera 
 Elwet 
 Manticore 
 Dibblet 
 Phoenix 
Incorrect
 Chimera 
 Elwet 
 Dibblet 
 Phoenix 
 Manticore 
 Bellen 
Incorrect MC

9518_b2fd

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Jackalope 
 Kraken 
 Unicorn 
 Dibblet 
 Phoenix 
 Manticore 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Jackalope 
 Kraken 
 Phoenix 
 Unicorn 
 Dibblet 
 Manticore 
Incorrect
 Unicorn 
 Dibblet 
 Phoenix 
 Manticore 
 Jackalope 
 Kraken 
Correct
 Dibblet 
 Phoenix 
 Manticore 
 Unicorn 
 Jackalope 
 Kraken 
Incorrect
 Manticore 
 Unicorn 
 Dibblet 
 Phoenix 
 Jackalope 
 Kraken 
Incorrect
 Manticore 
 Unicorn 
 Dibblet 
 Phoenix 
 Jackalope 
 Kraken 
Incorrect
 Jackalope 
 Kraken 
 Dibblet 
 Manticore 
 Phoenix 
 Unicorn 
Incorrect MC

cd1c_27dc

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Bellen 
 Yawclor 
 Chimera 
 Dibblet 
 Hydra 
 Quokka 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Quokka 
 Hydra 
 Bellen 
 Chimera 
 Dibblet 
 Yawclor 
Incorrect
 Quokka 
 Hydra 
 Dibblet 
 Yawclor 
 Chimera 
 Bellen 
Incorrect
 Hydra 
 Bellen 
 Yawclor 
 Chimera 
 Dibblet 
 Quokka 
Correct
 Quokka 
 Bellen 
 Chimera 
 Dibblet 
 Yawclor 
 Hydra 
Incorrect
 Quokka 
 Hydra 
 Yawclor 
 Chimera 
 Bellen 
 Dibblet 
Incorrect
 Quokka 
 Hydra 
 Bellen 
 Chimera 
 Dibblet 
 Yawclor 
Incorrect MC

0fc1_dbf7

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Narloc 
 Vyrax 
 Manticore 
 Lystra 
 Xeraph 
 Jackalope 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Narloc 
 Vyrax 
 Lystra 
 Xeraph 
 Jackalope 
 Manticore 
Incorrect
 Lystra 
 Manticore 
 Jackalope 
 Xeraph 
 Narloc 
 Vyrax 
Incorrect
 Jackalope 
 Manticore 
 Lystra 
 Xeraph 
 Narloc 
 Vyrax 
Incorrect
 Narloc 
 Vyrax 
 Lystra 
 Manticore 
 Jackalope 
 Xeraph 
Incorrect
 Narloc 
 Vyrax 
 Lystra 
 Xeraph 
 Jackalope 
 Manticore 
Incorrect
 Narloc 
 Vyrax 
 Lystra 
 Xeraph 
 Manticore 
 Jackalope 
Correct MC

d643_024d

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Jackalope 
 Yawclor 
 Ashen 
 Unicorn 
 Gorret 
 Vyrax 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Jackalope 
 Yawclor 
 Ashen 
 Vyrax 
 Gorret 
 Unicorn 
Incorrect
 Gorret 
 Unicorn 
 Vyrax 
 Ashen 
 Jackalope 
 Yawclor 
Incorrect
 Gorret 
 Vyrax 
 Unicorn 
 Ashen 
 Yawclor 
 Jackalope 
Incorrect
 Gorret 
 Vyrax 
 Unicorn 
 Ashen 
 Jackalope 
 Yawclor 
Correct
 Ashen 
 Yawclor 
 Jackalope 
 Gorret 
 Vyrax 
 Unicorn 
Incorrect
 Gorret 
 Vyrax 
 Unicorn 
 Jackalope 
 Yawclor 
 Ashen 
Incorrect MC

11e7_c089

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Rynoth 
 Ashen 
 Lystra 
 Vyrax 
 Inktoad 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Ashen 
 Rynoth 
 Lystra 
 Inktoad 
 Yawclor 
 Vyrax 
Incorrect
 Lystra 
 Rynoth 
 Ashen 
 Inktoad 
 Vyrax 
 Yawclor 
Incorrect
 Ashen 
 Lystra 
 Rynoth 
 Inktoad 
 Yawclor 
 Vyrax 
Correct
 Inktoad 
 Yawclor 
 Vyrax 
 Rynoth 
 Ashen 
 Lystra 
Incorrect
 Inktoad 
 Vyrax 
 Yawclor 
 Rynoth 
 Ashen 
 Lystra 
Incorrect
 Lystra 
 Ashen 
 Rynoth 
 Vyrax 
 Inktoad 
 Yawclor 
Incorrect MC

2bde_7c8b

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Manticore 
 Thorret 
 Jackalope 
 Quokka 
 Dibblet 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Yawclor 
 Manticore 
 Quokka 
 Jackalope 
 Thorret 
Incorrect
 Dibblet 
 Yawclor 
 Jackalope 
 Thorret 
 Manticore 
 Quokka 
Incorrect
 Quokka 
 Manticore 
 Thorret 
 Jackalope 
 Dibblet 
 Yawclor 
Correct
 Dibblet 
 Yawclor 
 Jackalope 
 Quokka 
 Manticore 
 Thorret 
Incorrect
 Jackalope 
 Quokka 
 Manticore 
 Thorret 
 Dibblet 
 Yawclor 
Incorrect
 Dibblet 
 Yawclor 
 Jackalope 
 Manticore 
 Quokka 
 Thorret 
Incorrect MC

fd36_516f

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Manticore 
 Rynoth 
 Gorret 
 Dibblet 
 Yawclor 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Gorret 
 Thorret 
 Yawclor 
 Manticore 
 Rynoth 
Incorrect
 Manticore 
 Rynoth 
 Thorret 
 Yawclor 
 Dibblet 
 Gorret 
Incorrect
 Gorret 
 Yawclor 
 Dibblet 
 Thorret 
 Manticore 
 Rynoth 
Incorrect
 Dibblet 
 Gorret 
 Yawclor 
 Thorret 
 Manticore 
 Rynoth 
Incorrect
 Manticore 
 Rynoth 
 Yawclor 
 Dibblet 
 Thorret 
 Gorret 
Incorrect
 Manticore 
 Rynoth 
 Thorret 
 Gorret 
 Dibblet 
 Yawclor 
Correct MC

ef14_5f6b

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Bellen 
 Jackalope 
 Elwet 
 Faylen 
 Unicorn 
 Xeraph 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Xeraph 
 Bellen 
 Jackalope 
 Elwet 
 Faylen 
 Unicorn 
Incorrect
 Xeraph 
 Unicorn 
 Elwet 
 Faylen 
 Bellen 
 Jackalope 
Incorrect
 Bellen 
 Faylen 
 Jackalope 
 Elwet 
 Unicorn 
 Xeraph 
Incorrect
 Bellen 
 Xeraph 
 Jackalope 
 Faylen 
 Unicorn 
 Elwet 
Incorrect
 Xeraph 
 Faylen 
 Unicorn 
 Elwet 
 Bellen 
 Jackalope 
Correct
 Faylen 
 Unicorn 
 Elwet 
 Bellen 
 Jackalope 
 Xeraph 
Incorrect MC

7b82_6463

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Inktoad 
 Xeraph 
 Chimera 
 Vyrax 
 Faylen 
 Narloc 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Inktoad 
 Xeraph 
 Vyrax 
 Faylen 
 Narloc 
Incorrect
 Inktoad 
 Xeraph 
 Vyrax 
 Chimera 
 Faylen 
 Narloc 
Incorrect
 Faylen 
 Narloc 
 Chimera 
 Vyrax 
 Xeraph 
 Inktoad 
Incorrect
 Chimera 
 Vyrax 
 Xeraph 
 Inktoad 
 Faylen 
 Narloc 
Incorrect
 Faylen 
 Narloc 
 Inktoad 
 Vyrax 
 Xeraph 
 Chimera 
Incorrect
 Faylen 
 Narloc 
 Chimera 
 Vyrax 
 Inktoad 
 Xeraph 
Correct MC

2006_87a1

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced3".

tree code common name: 6balanced3
 Kraken 
 Yawclor 
 Inktoad 
 Unicorn 
 Chimera 
 Sphinx 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Sphinx 
 Chimera 
 Unicorn 
 Kraken 
 Yawclor 
 Inktoad 
Incorrect
 Inktoad 
 Yawclor 
 Kraken 
 Chimera 
 Sphinx 
 Unicorn 
Incorrect
 Sphinx 
 Chimera 
 Unicorn 
 Kraken 
 Yawclor 
 Inktoad 
Incorrect
 Unicorn 
 Chimera 
 Sphinx 
 Inktoad 
 Kraken 
 Yawclor 
Incorrect
 Kraken 
 Yawclor 
 Inktoad 
 Chimera 
 Sphinx 
 Unicorn 
Correct
 Inktoad 
 Yawclor 
 Kraken 
 Chimera 
 Unicorn 
 Sphinx 
Incorrect MC

91e3_dd7f

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Elwet 
 Lystra 
 Bellen 
 Vyrax 
 Faylen 
 Rynoth 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Lystra 
 Elwet 
 Vyrax 
 Faylen 
 Rynoth 
Incorrect
 Faylen 
 Rynoth 
 Bellen 
 Vyrax 
 Lystra 
 Elwet 
Incorrect
 Faylen 
 Rynoth 
 Bellen 
 Vyrax 
 Elwet 
 Lystra 
Correct
 Faylen 
 Rynoth 
 Elwet 
 Bellen 
 Vyrax 
 Lystra 
Incorrect
 Elwet 
 Lystra 
 Bellen 
 Vyrax 
 Faylen 
 Rynoth 
Incorrect
 Lystra 
 Elwet 
 Vyrax 
 Bellen 
 Faylen 
 Rynoth 
Incorrect MC

745d_70cf

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Oclora 
 Yawclor 
 Gorret 
 Quokka 
 Narloc 
 Sphinx 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Quokka 
 Yawclor 
 Gorret 
 Oclora 
 Narloc 
 Sphinx 
Incorrect
 Narloc 
 Sphinx 
 Oclora 
 Yawclor 
 Gorret 
 Quokka 
Correct
 Narloc 
 Sphinx 
 Gorret 
 Oclora 
 Quokka 
 Yawclor 
Incorrect
 Oclora 
 Yawclor 
 Gorret 
 Quokka 
 Narloc 
 Sphinx 
Incorrect
 Narloc 
 Sphinx 
 Gorret 
 Oclora 
 Quokka 
 Yawclor 
Incorrect MC

7c80_ddbf

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead3".

tree code common name: 6twohead3
 Dibblet 
 Kraken 
 Elwet 
 Sphinx 
 Jackalope 
 Xeraph 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Kraken 
 Jackalope 
 Sphinx 
 Xeraph 
 Elwet 
Incorrect
 Jackalope 
 Xeraph 
 Elwet 
 Sphinx 
 Dibblet 
 Kraken 
Incorrect
 Dibblet 
 Kraken 
 Jackalope 
 Xeraph 
 Elwet 
 Sphinx 
Correct
 Dibblet 
 Kraken 
 Elwet 
 Sphinx 
 Jackalope 
 Xeraph 
Incorrect
 Dibblet 
 Kraken 
 Elwet 
 Sphinx 
 Jackalope 
 Xeraph 
Incorrect
 Elwet 
 Sphinx 
 Jackalope 
 Xeraph 
 Dibblet 
 Kraken 
Incorrect MC

5b5c_6295

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Hydra 
 Jackalope 
 Xeraph 
 Quokka 
 Rynoth 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Rynoth 
 Thorret 
 Quokka 
 Xeraph 
 Hydra 
 Jackalope 
Incorrect
 Rynoth 
 Thorret 
 Quokka 
 Jackalope 
 Xeraph 
 Hydra 
Incorrect
 Quokka 
 Jackalope 
 Xeraph 
 Hydra 
 Thorret 
 Rynoth 
Incorrect
 Rynoth 
 Thorret 
 Hydra 
 Jackalope 
 Xeraph 
 Quokka 
Correct
 Hydra 
 Quokka 
 Jackalope 
 Xeraph 
 Rynoth 
 Thorret 
Incorrect
 Rynoth 
 Thorret 
 Hydra 
 Quokka 
 Xeraph 
 Jackalope 
Incorrect MC

dffc_45ca

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Ashen 
 Narloc 
 Quokka 
 Chimera 
 Jackalope 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Quokka 
 Narloc 
 Ashen 
 Jackalope 
 Lystra 
Incorrect
 Ashen 
 Quokka 
 Chimera 
 Narloc 
 Jackalope 
 Lystra 
Incorrect
 Quokka 
 Chimera 
 Narloc 
 Ashen 
 Jackalope 
 Lystra 
Incorrect
 Jackalope 
 Lystra 
 Chimera 
 Quokka 
 Ashen 
 Narloc 
Incorrect
 Ashen 
 Chimera 
 Narloc 
 Quokka 
 Jackalope 
 Lystra 
Incorrect
 Jackalope 
 Lystra 
 Chimera 
 Narloc 
 Quokka 
 Ashen 
Correct MC

ba4b_3d84

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Ashen 
 Jackalope 
 Kraken 
 Phoenix 
 Sphinx 
 Inktoad 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Ashen 
 Kraken 
 Jackalope 
 Phoenix 
 Sphinx 
 Inktoad 
Incorrect
 Inktoad 
 Ashen 
 Jackalope 
 Kraken 
 Phoenix 
 Sphinx 
Incorrect
 Inktoad 
 Jackalope 
 Phoenix 
 Sphinx 
 Ashen 
 Kraken 
Incorrect
 Jackalope 
 Kraken 
 Ashen 
 Phoenix 
 Sphinx 
 Inktoad 
Incorrect
 Inktoad 
 Ashen 
 Jackalope 
 Kraken 
 Phoenix 
 Sphinx 
Correct
 Phoenix 
 Sphinx 
 Ashen 
 Kraken 
 Jackalope 
 Inktoad 
Incorrect MC

c940_5c3d

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Kraken 
 Unicorn 
 Faylen 
 Rynoth 
 Gorret 
 Hydra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Kraken 
 Unicorn 
 Faylen 
 Rynoth 
 Gorret 
 Hydra 
Incorrect
 Kraken 
 Unicorn 
 Faylen 
 Rynoth 
 Gorret 
 Hydra 
Incorrect
 Gorret 
 Faylen 
 Rynoth 
 Hydra 
 Kraken 
 Unicorn 
Correct
 Faylen 
 Gorret 
 Rynoth 
 Hydra 
 Kraken 
 Unicorn 
Incorrect
 Hydra 
 Gorret 
 Faylen 
 Rynoth 
 Kraken 
 Unicorn 
Incorrect
 Faylen 
 Gorret 
 Rynoth 
 Hydra 
 Kraken 
 Unicorn 
Incorrect MC

c765_1ab8

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Chimera 
 Ashen 
 Vyrax 
 Gorret 
 Rynoth 
 Dibblet 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Ashen 
 Gorret 
 Rynoth 
 Vyrax 
 Chimera 
Incorrect
 Chimera 
 Rynoth 
 Gorret 
 Vyrax 
 Ashen 
 Dibblet 
Incorrect
 Dibblet 
 Ashen 
 Rynoth 
 Gorret 
 Vyrax 
 Chimera 
Incorrect
 Dibblet 
 Gorret 
 Rynoth 
 Ashen 
 Vyrax 
 Chimera 
Incorrect
 Dibblet 
 Gorret 
 Rynoth 
 Ashen 
 Vyrax 
 Chimera 
Correct
 Chimera 
 Vyrax 
 Gorret 
 Rynoth 
 Ashen 
 Dibblet 
Incorrect MC

058d_84e9

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6comb".

tree code common name: 6comb
 Faylen 
 Inktoad 
 Wyvern 
 Ashen 
 Kraken 
 Sphinx 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Kraken 
 Ashen 
 Inktoad 
 Wyvern 
 Sphinx 
Incorrect
 Ashen 
 Wyvern 
 Inktoad 
 Kraken 
 Faylen 
 Sphinx 
Incorrect
 Sphinx 
 Faylen 
 Ashen 
 Kraken 
 Inktoad 
 Wyvern 
Incorrect
 Wyvern 
 Inktoad 
 Ashen 
 Kraken 
 Faylen 
 Sphinx 
Incorrect
 Kraken 
 Wyvern 
 Ashen 
 Inktoad 
 Faylen 
 Sphinx 
Incorrect
 Ashen 
 Kraken 
 Wyvern 
 Inktoad 
 Faylen 
 Sphinx 
Correct MC

a651_965d

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Phoenix 
 Wyvern 
 Bellen 
 Thorret 
 Chimera 
 Zypher 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Zypher 
 Chimera 
 Thorret 
 Bellen 
 Phoenix 
 Wyvern 
Incorrect
 Bellen 
 Wyvern 
 Phoenix 
 Thorret 
 Zypher 
 Chimera 
Incorrect
 Bellen 
 Phoenix 
 Wyvern 
 Thorret 
 Chimera 
 Zypher 
Correct
 Chimera 
 Zypher 
 Thorret 
 Bellen 
 Phoenix 
 Wyvern 
Incorrect
 Phoenix 
 Bellen 
 Wyvern 
 Chimera 
 Zypher 
 Thorret 
Incorrect
 Bellen 
 Phoenix 
 Wyvern 
 Chimera 
 Zypher 
 Thorret 
Incorrect MC

7103_db1b

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Zypher 
 Narloc 
 Yawclor 
 Phoenix 
 Hydra 
 Inktoad 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Narloc 
 Yawclor 
 Zypher 
 Phoenix 
 Hydra 
 Inktoad 
Correct
 Hydra 
 Inktoad 
 Phoenix 
 Zypher 
 Narloc 
 Yawclor 
Incorrect
 Phoenix 
 Yawclor 
 Narloc 
 Zypher 
 Hydra 
 Inktoad 
Incorrect
 Hydra 
 Inktoad 
 Narloc 
 Zypher 
 Phoenix 
 Yawclor 
Incorrect
 Yawclor 
 Narloc 
 Zypher 
 Phoenix 
 Hydra 
 Inktoad 
Incorrect MC

5184_df55

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Wyvern 
 Xeraph 
 Ashen 
 Yawclor 
 Bellen 
 Gorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Gorret 
 Wyvern 
 Xeraph 
 Ashen 
 Yawclor 
Incorrect
 Bellen 
 Gorret 
 Wyvern 
 Xeraph 
 Ashen 
 Yawclor 
Incorrect
 Bellen 
 Gorret 
 Wyvern 
 Xeraph 
 Ashen 
 Yawclor 
Incorrect
 Bellen 
 Gorret 
 Wyvern 
 Xeraph 
 Ashen 
 Yawclor 
Correct
 Bellen 
 Gorret 
 Ashen 
 Yawclor 
 Wyvern 
 Xeraph 
Incorrect
 Ashen 
 Yawclor 
 Wyvern 
 Xeraph 
 Bellen 
 Gorret 
Incorrect MC

7d1d_bcc9

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Sphinx 
 Xeraph 
 Faylen 
 Elwet 
 Inktoad 
 Kraken 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Elwet 
 Faylen 
 Inktoad 
 Kraken 
 Sphinx 
 Xeraph 
Incorrect
 Sphinx 
 Xeraph 
 Kraken 
 Elwet 
 Inktoad 
 Faylen 
Correct
 Elwet 
 Kraken 
 Faylen 
 Inktoad 
 Sphinx 
 Xeraph 
Incorrect
 Elwet 
 Kraken 
 Inktoad 
 Faylen 
 Sphinx 
 Xeraph 
Incorrect MC

673f_6488

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Kraken 
 Phoenix 
 Xeraph 
 Zypher 
 Gorret 
 Unicorn 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Phoenix 
 Kraken 
 Xeraph 
 Zypher 
 Gorret 
 Unicorn 
Incorrect
 Phoenix 
 Xeraph 
 Kraken 
 Zypher 
 Gorret 
 Unicorn 
Incorrect
 Kraken 
 Zypher 
 Phoenix 
 Xeraph 
 Gorret 
 Unicorn 
Incorrect
 Gorret 
 Unicorn 
 Kraken 
 Phoenix 
 Xeraph 
 Zypher 
Incorrect
 Gorret 
 Unicorn 
 Kraken 
 Phoenix 
 Xeraph 
 Zypher 
Correct
 Gorret 
 Unicorn 
 Phoenix 
 Xeraph 
 Kraken 
 Zypher 
Incorrect MC

9e25_8276

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6comb".

tree code common name: 6comb
 Chimera 
 Narloc 
 Oclora 
 Wyvern 
 Xeraph 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Narloc 
 Oclora 
 Wyvern 
 Xeraph 
 Phoenix 
Incorrect
 Oclora 
 Wyvern 
 Chimera 
 Narloc 
 Xeraph 
 Phoenix 
Incorrect
 Phoenix 
 Xeraph 
 Oclora 
 Chimera 
 Wyvern 
 Narloc 
Incorrect
 Narloc 
 Chimera 
 Oclora 
 Wyvern 
 Xeraph 
 Phoenix 
Incorrect
 Phoenix 
 Oclora 
 Wyvern 
 Chimera 
 Narloc 
 Xeraph 
Incorrect
 Phoenix 
 Xeraph 
 Oclora 
 Wyvern 
 Narloc 
 Chimera 
Correct MC

ee15_70f3

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead2".

tree code common name: 6twohead2
 Chimera 
 Oclora 
 Ashen 
 Wyvern 
 Inktoad 
 Jackalope 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Inktoad 
 Jackalope 
 Chimera 
 Oclora 
 Ashen 
 Wyvern 
Incorrect
 Ashen 
 Wyvern 
 Chimera 
 Oclora 
 Inktoad 
 Jackalope 
Incorrect
 Chimera 
 Oclora 
 Ashen 
 Wyvern 
 Inktoad 
 Jackalope 
Incorrect
 Inktoad 
 Jackalope 
 Chimera 
 Oclora 
 Ashen 
 Wyvern 
Incorrect
 Inktoad 
 Jackalope 
 Ashen 
 Wyvern 
 Chimera 
 Oclora 
Correct
 Inktoad 
 Jackalope 
 Ashen 
 Wyvern 
 Chimera 
 Oclora 
Incorrect MC

df0c_f1de

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead2".

tree code common name: 6twohead2
 Thorret 
 Yawclor 
 Gorret 
 Rynoth 
 Narloc 
 Wyvern 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Thorret 
 Yawclor 
 Gorret 
 Rynoth 
 Narloc 
 Wyvern 
Incorrect
 Thorret 
 Yawclor 
 Narloc 
 Wyvern 
 Gorret 
 Rynoth 
Incorrect
 Thorret 
 Yawclor 
 Narloc 
 Wyvern 
 Gorret 
 Rynoth 
Incorrect
 Gorret 
 Rynoth 
 Narloc 
 Wyvern 
 Thorret 
 Yawclor 
Correct
 Narloc 
 Wyvern 
 Gorret 
 Rynoth 
 Thorret 
 Yawclor 
Incorrect MC

b920_7b13

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead3".

tree code common name: 6twohead3
 Faylen 
 Thorret 
 Rynoth 
 Unicorn 
 Dibblet 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Lystra 
 Rynoth 
 Unicorn 
 Faylen 
 Thorret 
Incorrect
 Faylen 
 Thorret 
 Rynoth 
 Dibblet 
 Lystra 
 Unicorn 
Incorrect
 Unicorn 
 Rynoth 
 Dibblet 
 Lystra 
 Faylen 
 Thorret 
Incorrect
 Dibblet 
 Lystra 
 Rynoth 
 Unicorn 
 Faylen 
 Thorret 
Incorrect
 Faylen 
 Thorret 
 Dibblet 
 Lystra 
 Rynoth 
 Unicorn 
Correct
 Rynoth 
 Unicorn 
 Dibblet 
 Lystra 
 Faylen 
 Thorret 
Incorrect MC

2210_d234

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Dibblet 
 Kraken 
 Yawclor 
 Xeraph 
 Inktoad 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Inktoad 
 Phoenix 
 Xeraph 
 Yawclor 
 Dibblet 
 Kraken 
Incorrect
 Inktoad 
 Phoenix 
 Xeraph 
 Yawclor 
 Dibblet 
 Kraken 
Incorrect
 Dibblet 
 Yawclor 
 Kraken 
 Inktoad 
 Phoenix 
 Xeraph 
Incorrect
 Xeraph 
 Inktoad 
 Phoenix 
 Kraken 
 Yawclor 
 Dibblet 
Correct
 Kraken 
 Yawclor 
 Dibblet 
 Inktoad 
 Phoenix 
 Xeraph 
Incorrect
 Yawclor 
 Dibblet 
 Kraken 
 Inktoad 
 Phoenix 
 Xeraph 
Incorrect MC

cfe1_393e

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair3".

tree code common name: 4comb+pair3
 Lystra 
 Yawclor 
 Chimera 
 Dibblet 
 Ashen 
 Quokka 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Ashen 
 Quokka 
 Yawclor 
 Chimera 
 Dibblet 
 Lystra 
Correct
 Lystra 
 Yawclor 
 Chimera 
 Dibblet 
 Ashen 
 Quokka 
Incorrect
 Chimera 
 Dibblet 
 Lystra 
 Yawclor 
 Ashen 
 Quokka 
Incorrect
 Lystra 
 Chimera 
 Dibblet 
 Yawclor 
 Ashen 
 Quokka 
Incorrect
 Dibblet 
 Yawclor 
 Chimera 
 Lystra 
 Ashen 
 Quokka 
Incorrect
 Ashen 
 Quokka 
 Dibblet 
 Lystra 
 Chimera 
 Yawclor 
Incorrect MC

518a_2efd

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Wyvern 
 Chimera 
 Elwet 
 Bellen 
 Quokka 
 Unicorn 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Quokka 
 Unicorn 
 Bellen 
 Elwet 
 Chimera 
 Wyvern 
Incorrect
 Chimera 
 Wyvern 
 Elwet 
 Bellen 
 Quokka 
 Unicorn 
Incorrect
 Chimera 
 Elwet 
 Bellen 
 Wyvern 
 Quokka 
 Unicorn 
Incorrect
 Chimera 
 Elwet 
 Wyvern 
 Bellen 
 Quokka 
 Unicorn 
Correct
 Quokka 
 Unicorn 
 Bellen 
 Wyvern 
 Chimera 
 Elwet 
Incorrect
 Bellen 
 Chimera 
 Wyvern 
 Elwet 
 Quokka 
 Unicorn 
Incorrect MC

71f2_ca5e

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Inktoad 
 Jackalope 
 Yawclor 
 Rynoth 
 Bellen 
 Manticore 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Manticore 
 Rynoth 
 Inktoad 
 Jackalope 
 Yawclor 
Incorrect
 Jackalope 
 Yawclor 
 Inktoad 
 Rynoth 
 Bellen 
 Manticore 
Correct
 Jackalope 
 Yawclor 
 Inktoad 
 Rynoth 
 Bellen 
 Manticore 
Incorrect
 Rynoth 
 Jackalope 
 Inktoad 
 Yawclor 
 Bellen 
 Manticore 
Incorrect
 Bellen 
 Manticore 
 Inktoad 
 Rynoth 
 Jackalope 
 Yawclor 
Incorrect
 Bellen 
 Manticore 
 Inktoad 
 Jackalope 
 Yawclor 
 Rynoth 
Incorrect MC

bc7d_5651

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead2".

tree code common name: 6twohead2
 Inktoad 
 Yawclor 
 Rynoth 
 Sphinx 
 Faylen 
 Quokka 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Inktoad 
 Yawclor 
 Rynoth 
 Sphinx 
 Quokka 
 Faylen 
Incorrect
 Inktoad 
 Yawclor 
 Rynoth 
 Sphinx 
 Faylen 
 Quokka 
Incorrect
 Rynoth 
 Sphinx 
 Faylen 
 Quokka 
 Inktoad 
 Yawclor 
Incorrect
 Rynoth 
 Sphinx 
 Faylen 
 Quokka 
 Inktoad 
 Yawclor 
Correct
 Faylen 
 Quokka 
 Rynoth 
 Sphinx 
 Inktoad 
 Yawclor 
Incorrect MC

38eb_ec9c

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Phoenix 
 Rynoth 
 Chimera 
 Unicorn 
 Xeraph 
 Bellen 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Unicorn 
 Xeraph 
 Chimera 
 Phoenix 
 Rynoth 
Correct
 Bellen 
 Phoenix 
 Rynoth 
 Chimera 
 Unicorn 
 Xeraph 
Incorrect
 Rynoth 
 Chimera 
 Phoenix 
 Unicorn 
 Xeraph 
 Bellen 
Incorrect
 Bellen 
 Chimera 
 Phoenix 
 Rynoth 
 Unicorn 
 Xeraph 
Incorrect
 Unicorn 
 Xeraph 
 Chimera 
 Phoenix 
 Rynoth 
 Bellen 
Incorrect
 Rynoth 
 Phoenix 
 Unicorn 
 Chimera 
 Xeraph 
 Bellen 
Incorrect MC

d98b_1599

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Kraken 
 Thorret 
 Dibblet 
 Vyrax 
 Ashen 
 Unicorn 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Ashen 
 Unicorn 
 Dibblet 
 Vyrax 
 Thorret 
 Kraken 
Correct
 Kraken 
 Vyrax 
 Dibblet 
 Thorret 
 Ashen 
 Unicorn 
Incorrect
 Dibblet 
 Thorret 
 Vyrax 
 Ashen 
 Unicorn 
 Kraken 
Incorrect
 Kraken 
 Dibblet 
 Thorret 
 Vyrax 
 Ashen 
 Unicorn 
Incorrect
 Kraken 
 Ashen 
 Unicorn 
 Dibblet 
 Vyrax 
 Thorret 
Incorrect MC

84d7_f02a

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead2".

tree code common name: 6twohead2
 Oclora 
 Xeraph 
 Elwet 
 Jackalope 
 Hydra 
 Narloc 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Hydra 
 Narloc 
 Oclora 
 Xeraph 
 Elwet 
 Jackalope 
Incorrect
 Hydra 
 Narloc 
 Elwet 
 Jackalope 
 Oclora 
 Xeraph 
Correct
 Elwet 
 Jackalope 
 Xeraph 
 Oclora 
 Hydra 
 Narloc 
Incorrect
 Hydra 
 Narloc 
 Oclora 
 Xeraph 
 Elwet 
 Jackalope 
Incorrect
 Oclora 
 Xeraph 
 Elwet 
 Jackalope 
 Hydra 
 Narloc 
Incorrect
 Elwet 
 Jackalope 
 Oclora 
 Xeraph 
 Hydra 
 Narloc 
Incorrect MC

fdff_9f6e

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Dibblet 
 Faylen 
 Hydra 
 Xeraph 
 Bellen 
 Narloc 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Narloc 
 Dibblet 
 Hydra 
 Faylen 
 Xeraph 
Incorrect
 Bellen 
 Narloc 
 Dibblet 
 Hydra 
 Faylen 
 Xeraph 
Incorrect
 Bellen 
 Narloc 
 Xeraph 
 Hydra 
 Dibblet 
 Faylen 
Correct
 Bellen 
 Narloc 
 Faylen 
 Hydra 
 Dibblet 
 Xeraph 
Incorrect
 Hydra 
 Xeraph 
 Dibblet 
 Faylen 
 Bellen 
 Narloc 
Incorrect
 Bellen 
 Narloc 
 Xeraph 
 Hydra 
 Dibblet 
 Faylen 
Incorrect MC

b4ac_d132

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced3".

tree code common name: 6balanced3
 Faylen 
 Chimera 
 Dibblet 
 Gorret 
 Inktoad 
 Zypher 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Dibblet 
 Faylen 
 Gorret 
 Inktoad 
 Zypher 
Incorrect
 Gorret 
 Zypher 
 Inktoad 
 Chimera 
 Dibblet 
 Faylen 
Incorrect
 Gorret 
 Zypher 
 Inktoad 
 Chimera 
 Dibblet 
 Faylen 
Incorrect
 Inktoad 
 Zypher 
 Gorret 
 Chimera 
 Dibblet 
 Faylen 
Incorrect
 Gorret 
 Inktoad 
 Zypher 
 Chimera 
 Dibblet 
 Faylen 
Correct
 Zypher 
 Gorret 
 Inktoad 
 Chimera 
 Dibblet 
 Faylen 
Incorrect MC

95d5_99d3

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6comb".

tree code common name: 6comb
 Chimera 
 Xeraph 
 Zypher 
 Hydra 
 Gorret 
 Rynoth 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Rynoth 
 Gorret 
 Hydra 
 Zypher 
 Chimera 
 Xeraph 
Incorrect
 Xeraph 
 Chimera 
 Hydra 
 Zypher 
 Gorret 
 Rynoth 
Incorrect
 Gorret 
 Rynoth 
 Hydra 
 Xeraph 
 Zypher 
 Chimera 
Incorrect
 Rynoth 
 Chimera 
 Gorret 
 Xeraph 
 Zypher 
 Hydra 
Incorrect
 Gorret 
 Chimera 
 Xeraph 
 Hydra 
 Zypher 
 Rynoth 
Incorrect
 Rynoth 
 Gorret 
 Xeraph 
 Zypher 
 Chimera 
 Hydra 
Correct MC

0477_3896

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Inktoad 
 Ashen 
 Chimera 
 Manticore 
 Lystra 
 Sphinx 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Ashen 
 Inktoad 
 Chimera 
 Manticore 
 Lystra 
 Sphinx 
Incorrect
 Lystra 
 Sphinx 
 Ashen 
 Chimera 
 Inktoad 
 Manticore 
Correct
 Lystra 
 Sphinx 
 Ashen 
 Chimera 
 Inktoad 
 Manticore 
Incorrect
 Manticore 
 Inktoad 
 Ashen 
 Chimera 
 Lystra 
 Sphinx 
Incorrect
 Ashen 
 Inktoad 
 Chimera 
 Manticore 
 Lystra 
 Sphinx 
Incorrect
 Inktoad 
 Manticore 
 Ashen 
 Chimera 
 Lystra 
 Sphinx 
Incorrect MC

aa9d_c9ea

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Inktoad 
 Bellen 
 Sphinx 
 Vyrax 
 Zypher 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Inktoad 
 Vyrax 
 Phoenix 
 Zypher 
 Bellen 
 Sphinx 
Incorrect
 Inktoad 
 Phoenix 
 Bellen 
 Sphinx 
 Vyrax 
 Zypher 
Incorrect
 Bellen 
 Sphinx 
 Vyrax 
 Zypher 
 Phoenix 
 Inktoad 
Correct
 Inktoad 
 Bellen 
 Sphinx 
 Vyrax 
 Phoenix 
 Zypher 
Incorrect
 Vyrax 
 Zypher 
 Bellen 
 Phoenix 
 Sphinx 
 Inktoad 
Incorrect
 Phoenix 
 Zypher 
 Bellen 
 Sphinx 
 Vyrax 
 Inktoad 
Incorrect MC

add8_8f05

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Narloc 
 Zypher 
 Phoenix 
 Inktoad 
 Dibblet 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Yawclor 
 Inktoad 
 Narloc 
 Phoenix 
 Zypher 
Incorrect
 Dibblet 
 Yawclor 
 Phoenix 
 Zypher 
 Inktoad 
 Narloc 
Incorrect
 Inktoad 
 Phoenix 
 Narloc 
 Zypher 
 Dibblet 
 Yawclor 
Incorrect
 Dibblet 
 Yawclor 
 Phoenix 
 Narloc 
 Zypher 
 Inktoad 
Correct
 Dibblet 
 Yawclor 
 Inktoad 
 Narloc 
 Phoenix 
 Zypher 
Incorrect
 Narloc 
 Phoenix 
 Inktoad 
 Zypher 
 Dibblet 
 Yawclor 
Incorrect MC

4026_4f42

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair2+1".

tree code common name: 3comb+pair2+1
 Oclora 
 Rynoth 
 Gorret 
 Ashen 
 Phoenix 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Yawclor 
 Ashen 
 Gorret 
 Phoenix 
 Oclora 
 Rynoth 
Incorrect
 Oclora 
 Rynoth 
 Ashen 
 Gorret 
 Phoenix 
 Yawclor 
Incorrect
 Yawclor 
 Oclora 
 Rynoth 
 Ashen 
 Gorret 
 Phoenix 
Incorrect
 Gorret 
 Phoenix 
 Rynoth 
 Ashen 
 Oclora 
 Yawclor 
Incorrect
 Oclora 
 Rynoth 
 Ashen 
 Phoenix 
 Gorret 
 Yawclor 
Correct
 Ashen 
 Gorret 
 Phoenix 
 Oclora 
 Rynoth 
 Yawclor 
Incorrect MC

17f2_8984

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Manticore 
 Gorret 
 Quokka 
 Hydra 
 Zypher 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Quokka 
 Gorret 
 Manticore 
 Hydra 
 Yawclor 
 Zypher 
Incorrect
 Hydra 
 Zypher 
 Yawclor 
 Manticore 
 Gorret 
 Quokka 
Incorrect
 Gorret 
 Manticore 
 Quokka 
 Hydra 
 Yawclor 
 Zypher 
Incorrect
 Manticore 
 Gorret 
 Quokka 
 Yawclor 
 Hydra 
 Zypher 
Correct
 Hydra 
 Zypher 
 Yawclor 
 Gorret 
 Manticore 
 Quokka 
Incorrect
 Manticore 
 Gorret 
 Quokka 
 Zypher 
 Hydra 
 Yawclor 
Incorrect MC

3938_b900

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead3".

tree code common name: 6twohead3
 Faylen 
 Manticore 
 Hydra 
 Oclora 
 Bellen 
 Chimera 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Chimera 
 Hydra 
 Oclora 
 Faylen 
 Manticore 
Incorrect
 Bellen 
 Chimera 
 Hydra 
 Oclora 
 Faylen 
 Manticore 
Correct
 Faylen 
 Manticore 
 Hydra 
 Oclora 
 Bellen 
 Chimera 
Incorrect
 Faylen 
 Hydra 
 Oclora 
 Manticore 
 Bellen 
 Chimera 
Incorrect
 Faylen 
 Manticore 
 Hydra 
 Oclora 
 Bellen 
 Chimera 
Incorrect
 Hydra 
 Oclora 
 Faylen 
 Manticore 
 Bellen 
 Chimera 
Incorrect MC

0226_83b7

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Ashen 
 Inktoad 
 Oclora 
 Gorret 
 Lystra 
 Quokka 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Quokka 
 Gorret 
 Lystra 
 Ashen 
 Inktoad 
 Oclora 
Incorrect
 Quokka 
 Ashen 
 Oclora 
 Inktoad 
 Gorret 
 Lystra 
Incorrect
 Gorret 
 Lystra 
 Ashen 
 Inktoad 
 Oclora 
 Quokka 
Incorrect
 Quokka 
 Gorret 
 Lystra 
 Ashen 
 Inktoad 
 Oclora 
Incorrect
 Quokka 
 Gorret 
 Lystra 
 Oclora 
 Ashen 
 Inktoad 
Incorrect
 Quokka 
 Ashen 
 Inktoad 
 Oclora 
 Gorret 
 Lystra 
Correct MC

b0c6_70a9

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair3".

tree code common name: 4comb+pair3
 Dibblet 
 Vyrax 
 Xeraph 
 Faylen 
 Jackalope 
 Rynoth 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Jackalope 
 Rynoth 
 Dibblet 
 Faylen 
 Vyrax 
 Xeraph 
Correct
 Jackalope 
 Rynoth 
 Faylen 
 Xeraph 
 Dibblet 
 Vyrax 
Incorrect
 Jackalope 
 Rynoth 
 Faylen 
 Dibblet 
 Vyrax 
 Xeraph 
Incorrect
 Jackalope 
 Rynoth 
 Dibblet 
 Vyrax 
 Faylen 
 Xeraph 
Incorrect
 Jackalope 
 Rynoth 
 Vyrax 
 Xeraph 
 Dibblet 
 Faylen 
Incorrect MC

b6e6_7b5c

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Elwet 
 Vyrax 
 Xeraph 
 Quokka 
 Phoenix 
 Sphinx 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Quokka 
 Xeraph 
 Vyrax 
 Phoenix 
 Sphinx 
 Elwet 
Incorrect
 Elwet 
 Phoenix 
 Sphinx 
 Quokka 
 Vyrax 
 Xeraph 
Incorrect
 Elwet 
 Vyrax 
 Quokka 
 Xeraph 
 Phoenix 
 Sphinx 
Incorrect
 Elwet 
 Phoenix 
 Sphinx 
 Xeraph 
 Quokka 
 Vyrax 
Incorrect
 Phoenix 
 Sphinx 
 Quokka 
 Vyrax 
 Xeraph 
 Elwet 
Correct MC

1485_9463

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Chimera 
 Quokka 
 Yawclor 
 Bellen 
 Unicorn 
 Zypher 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Zypher 
 Bellen 
 Unicorn 
 Quokka 
 Yawclor 
 Chimera 
Correct
 Zypher 
 Bellen 
 Quokka 
 Unicorn 
 Yawclor 
 Chimera 
Incorrect
 Chimera 
 Zypher 
 Unicorn 
 Yawclor 
 Bellen 
 Quokka 
Incorrect
 Bellen 
 Unicorn 
 Yawclor 
 Quokka 
 Zypher 
 Chimera 
Incorrect
 Zypher 
 Quokka 
 Yawclor 
 Bellen 
 Unicorn 
 Chimera 
Incorrect
 Zypher 
 Unicorn 
 Yawclor 
 Bellen 
 Quokka 
 Chimera 
Incorrect MC

0aed_2f6f

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair3".

tree code common name: 4comb+pair3
 Dibblet 
 Wyvern 
 Sphinx 
 Elwet 
 Kraken 
 Narloc 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Wyvern 
 Elwet 
 Kraken 
 Narloc 
 Sphinx 
Incorrect
 Narloc 
 Elwet 
 Kraken 
 Sphinx 
 Dibblet 
 Wyvern 
Correct
 Dibblet 
 Wyvern 
 Narloc 
 Elwet 
 Kraken 
 Sphinx 
Incorrect
 Dibblet 
 Wyvern 
 Elwet 
 Narloc 
 Kraken 
 Sphinx 
Incorrect
 Elwet 
 Kraken 
 Narloc 
 Sphinx 
 Dibblet 
 Wyvern 
Incorrect
 Dibblet 
 Wyvern 
 Sphinx 
 Elwet 
 Kraken 
 Narloc 
Incorrect MC

4fdb_4c50

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced2".

tree code common name: 6balanced2
 Narloc 
 Unicorn 
 Zypher 
 Gorret 
 Quokka 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Quokka 
 Gorret 
 Thorret 
 Narloc 
 Unicorn 
 Zypher 
Incorrect
 Gorret 
 Quokka 
 Thorret 
 Narloc 
 Zypher 
 Unicorn 
Incorrect
 Narloc 
 Unicorn 
 Zypher 
 Gorret 
 Quokka 
 Thorret 
Incorrect
 Gorret 
 Thorret 
 Quokka 
 Narloc 
 Unicorn 
 Zypher 
Incorrect
 Zypher 
 Narloc 
 Unicorn 
 Thorret 
 Gorret 
 Quokka 
Correct
 Narloc 
 Unicorn 
 Zypher 
 Gorret 
 Thorret 
 Quokka 
Incorrect MC

0487_2c8e

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Phoenix 
 Inktoad 
 Manticore 
 Rynoth 
 Quokka 
 Unicorn 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Phoenix 
 Quokka 
 Unicorn 
 Rynoth 
 Inktoad 
 Manticore 
Correct
 Quokka 
 Unicorn 
 Inktoad 
 Rynoth 
 Manticore 
 Phoenix 
Incorrect
 Phoenix 
 Manticore 
 Rynoth 
 Inktoad 
 Unicorn 
 Quokka 
Incorrect
 Quokka 
 Manticore 
 Unicorn 
 Inktoad 
 Rynoth 
 Phoenix 
Incorrect
 Phoenix 
 Inktoad 
 Rynoth 
 Manticore 
 Unicorn 
 Quokka 
Incorrect
 Quokka 
 Unicorn 
 Manticore 
 Rynoth 
 Inktoad 
 Phoenix 
Incorrect MC

9066_1acc

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead2".

tree code common name: 6twohead2
 Sphinx 
 Unicorn 
 Chimera 
 Rynoth 
 Narloc 
 Wyvern 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Sphinx 
 Unicorn 
 Narloc 
 Wyvern 
 Chimera 
 Rynoth 
Incorrect
 Narloc 
 Wyvern 
 Chimera 
 Rynoth 
 Sphinx 
 Unicorn 
Incorrect
 Sphinx 
 Unicorn 
 Chimera 
 Rynoth 
 Narloc 
 Wyvern 
Incorrect
 Chimera 
 Rynoth 
 Narloc 
 Wyvern 
 Sphinx 
 Unicorn 
Incorrect
 Narloc 
 Wyvern 
 Chimera 
 Rynoth 
 Sphinx 
 Unicorn 
Incorrect
 Chimera 
 Rynoth 
 Narloc 
 Wyvern 
 Sphinx 
 Unicorn 
Correct MC

73bb_cf38

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Inktoad 
 Quokka 
 Faylen 
 Gorret 
 Unicorn 
 Vyrax 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Unicorn 
 Vyrax 
 Faylen 
 Gorret 
 Inktoad 
 Quokka 
Correct
 Faylen 
 Unicorn 
 Gorret 
 Vyrax 
 Inktoad 
 Quokka 
Incorrect
 Inktoad 
 Quokka 
 Faylen 
 Unicorn 
 Gorret 
 Vyrax 
Incorrect
 Unicorn 
 Faylen 
 Gorret 
 Vyrax 
 Inktoad 
 Quokka 
Incorrect
 Inktoad 
 Quokka 
 Unicorn 
 Faylen 
 Vyrax 
 Gorret 
Incorrect
 Inktoad 
 Quokka 
 Gorret 
 Vyrax 
 Faylen 
 Unicorn 
Incorrect MC

2dda_43b2

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Narloc 
 Bellen 
 Manticore 
 Ashen 
 Unicorn 
 Xeraph 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Unicorn 
 Xeraph 
 Ashen 
 Narloc 
 Manticore 
 Bellen 
Incorrect
 Unicorn 
 Xeraph 
 Ashen 
 Narloc 
 Bellen 
 Manticore 
Incorrect
 Ashen 
 Bellen 
 Manticore 
 Narloc 
 Unicorn 
 Xeraph 
Incorrect
 Bellen 
 Manticore 
 Narloc 
 Ashen 
 Unicorn 
 Xeraph 
Correct
 Bellen 
 Narloc 
 Ashen 
 Manticore 
 Unicorn 
 Xeraph 
Incorrect MC

ffac_3287

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced3".

tree code common name: 6balanced3
 Bellen 
 Lystra 
 Thorret 
 Wyvern 
 Yawclor 
 Sphinx 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Lystra 
 Thorret 
 Sphinx 
 Wyvern 
 Yawclor 
Incorrect
 Bellen 
 Lystra 
 Thorret 
 Wyvern 
 Sphinx 
 Yawclor 
Incorrect
 Sphinx 
 Wyvern 
 Yawclor 
 Thorret 
 Bellen 
 Lystra 
Incorrect
 Bellen 
 Lystra 
 Thorret 
 Sphinx 
 Wyvern 
 Yawclor 
Correct
 Thorret 
 Bellen 
 Lystra 
 Wyvern 
 Yawclor 
 Sphinx 
Incorrect
 Thorret 
 Bellen 
 Lystra 
 Wyvern 
 Sphinx 
 Yawclor 
Incorrect MC

a55b_045c

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced3".

tree code common name: 6balanced3
 Lystra 
 Thorret 
 Unicorn 
 Narloc 
 Dibblet 
 Manticore 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Thorret 
 Lystra 
 Unicorn 
 Dibblet 
 Manticore 
 Narloc 
Incorrect
 Lystra 
 Thorret 
 Unicorn 
 Narloc 
 Dibblet 
 Manticore 
Incorrect
 Lystra 
 Thorret 
 Unicorn 
 Dibblet 
 Narloc 
 Manticore 
Incorrect
 Lystra 
 Thorret 
 Unicorn 
 Dibblet 
 Manticore 
 Narloc 
Correct
 Narloc 
 Dibblet 
 Manticore 
 Unicorn 
 Lystra 
 Thorret 
Incorrect
 Manticore 
 Dibblet 
 Narloc 
 Lystra 
 Thorret 
 Unicorn 
Incorrect MC

91c5_d2d3

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Dibblet 
 Kraken 
 Wyvern 
 Oclora 
 Rynoth 
 Vyrax 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Kraken 
 Dibblet 
 Wyvern 
 Oclora 
 Rynoth 
 Vyrax 
Incorrect
 Kraken 
 Wyvern 
 Dibblet 
 Rynoth 
 Vyrax 
 Oclora 
Correct
 Oclora 
 Rynoth 
 Vyrax 
 Dibblet 
 Kraken 
 Wyvern 
Incorrect
 Kraken 
 Wyvern 
 Dibblet 
 Vyrax 
 Oclora 
 Rynoth 
Incorrect
 Oclora 
 Vyrax 
 Rynoth 
 Kraken 
 Wyvern 
 Dibblet 
Incorrect
 Oclora 
 Rynoth 
 Vyrax 
 Dibblet 
 Kraken 
 Wyvern 
Incorrect MC

8fc3_d8b3

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Elwet 
 Narloc 
 Vyrax 
 Wyvern 
 Inktoad 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Inktoad 
 Phoenix 
 Elwet 
 Vyrax 
 Narloc 
 Wyvern 
Incorrect
 Vyrax 
 Wyvern 
 Elwet 
 Narloc 
 Inktoad 
 Phoenix 
Incorrect
 Vyrax 
 Wyvern 
 Elwet 
 Narloc 
 Inktoad 
 Phoenix 
Correct
 Inktoad 
 Phoenix 
 Vyrax 
 Wyvern 
 Narloc 
 Elwet 
Incorrect
 Inktoad 
 Phoenix 
 Elwet 
 Wyvern 
 Narloc 
 Vyrax 
Incorrect
 Vyrax 
 Elwet 
 Wyvern 
 Narloc 
 Inktoad 
 Phoenix 
Incorrect MC

5ef6_5c73

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Narloc 
 Dibblet 
 Oclora 
 Jackalope 
 Manticore 
 Wyvern 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Oclora 
 Narloc 
 Jackalope 
 Manticore 
 Wyvern 
Correct
 Manticore 
 Wyvern 
 Oclora 
 Dibblet 
 Narloc 
 Jackalope 
Incorrect
 Dibblet 
 Oclora 
 Jackalope 
 Narloc 
 Manticore 
 Wyvern 
Incorrect
 Narloc 
 Oclora 
 Dibblet 
 Jackalope 
 Manticore 
 Wyvern 
Incorrect
 Manticore 
 Wyvern 
 Jackalope 
 Oclora 
 Dibblet 
 Narloc 
Incorrect MC

dbe0_6187

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Lystra 
 Yawclor 
 Gorret 
 Zypher 
 Faylen 
 Manticore 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Gorret 
 Zypher 
 Faylen 
 Manticore 
 Lystra 
 Yawclor 
Correct
 Faylen 
 Manticore 
 Gorret 
 Zypher 
 Lystra 
 Yawclor 
Incorrect
 Lystra 
 Yawclor 
 Gorret 
 Zypher 
 Faylen 
 Manticore 
Incorrect
 Lystra 
 Yawclor 
 Faylen 
 Manticore 
 Gorret 
 Zypher 
Incorrect
 Lystra 
 Yawclor 
 Faylen 
 Manticore 
 Gorret 
 Zypher 
Incorrect MC

d88a_1374

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Faylen 
 Jackalope 
 Quokka 
 Thorret 
 Chimera 
 Bellen 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Quokka 
 Thorret 
 Chimera 
 Faylen 
 Jackalope 
Incorrect
 Bellen 
 Quokka 
 Thorret 
 Chimera 
 Faylen 
 Jackalope 
Correct
 Faylen 
 Jackalope 
 Chimera 
 Quokka 
 Thorret 
 Bellen 
Incorrect
 Quokka 
 Thorret 
 Chimera 
 Faylen 
 Jackalope 
 Bellen 
Incorrect
 Bellen 
 Chimera 
 Quokka 
 Thorret 
 Faylen 
 Jackalope 
Incorrect MC

5578_1a9f

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Chimera 
 Manticore 
 Faylen 
 Thorret 
 Phoenix 
 Narloc 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Phoenix 
 Thorret 
 Faylen 
 Narloc 
 Chimera 
 Manticore 
Incorrect
 Phoenix 
 Thorret 
 Faylen 
 Narloc 
 Chimera 
 Manticore 
Incorrect
 Chimera 
 Manticore 
 Phoenix 
 Thorret 
 Faylen 
 Narloc 
Incorrect
 Narloc 
 Faylen 
 Phoenix 
 Thorret 
 Chimera 
 Manticore 
Incorrect
 Narloc 
 Phoenix 
 Faylen 
 Thorret 
 Chimera 
 Manticore 
Incorrect
 Faylen 
 Thorret 
 Phoenix 
 Narloc 
 Chimera 
 Manticore 
Correct MC

a962_cf2c

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead3".

tree code common name: 6twohead3
 Jackalope 
 Kraken 
 Ashen 
 Hydra 
 Bellen 
 Elwet 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Ashen 
 Kraken 
 Hydra 
 Jackalope 
 Bellen 
 Elwet 
Incorrect
 Jackalope 
 Kraken 
 Ashen 
 Hydra 
 Bellen 
 Elwet 
Incorrect
 Bellen 
 Elwet 
 Jackalope 
 Ashen 
 Hydra 
 Kraken 
Incorrect
 Bellen 
 Elwet 
 Ashen 
 Hydra 
 Jackalope 
 Kraken 
Incorrect
 Hydra 
 Ashen 
 Jackalope 
 Kraken 
 Bellen 
 Elwet 
Incorrect
 Bellen 
 Elwet 
 Jackalope 
 Kraken 
 Ashen 
 Hydra 
Correct MC

99dc_e069

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Oclora 
 Gorret 
 Inktoad 
 Xeraph 
 Zypher 
 Ashen 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Oclora 
 Gorret 
 Inktoad 
 Zypher 
 Ashen 
 Xeraph 
Incorrect
 Oclora 
 Ashen 
 Gorret 
 Inktoad 
 Xeraph 
 Zypher 
Incorrect
 Gorret 
 Inktoad 
 Xeraph 
 Zypher 
 Ashen 
 Oclora 
Correct
 Oclora 
 Ashen 
 Zypher 
 Xeraph 
 Gorret 
 Inktoad 
Incorrect
 Gorret 
 Ashen 
 Inktoad 
 Xeraph 
 Zypher 
 Oclora 
Incorrect MC

8279_62ee

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair3".

tree code common name: 4comb+pair3
 Zypher 
 Lystra 
 Vyrax 
 Yawclor 
 Elwet 
 Hydra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Elwet 
 Hydra 
 Lystra 
 Zypher 
 Vyrax 
 Yawclor 
Incorrect
 Zypher 
 Vyrax 
 Lystra 
 Yawclor 
 Elwet 
 Hydra 
Incorrect
 Elwet 
 Hydra 
 Vyrax 
 Yawclor 
 Lystra 
 Zypher 
Incorrect
 Elwet 
 Hydra 
 Zypher 
 Vyrax 
 Yawclor 
 Lystra 
Correct
 Vyrax 
 Zypher 
 Lystra 
 Yawclor 
 Elwet 
 Hydra 
Incorrect
 Elwet 
 Hydra 
 Zypher 
 Vyrax 
 Yawclor 
 Lystra 
Incorrect MC

d22f_a326

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair3".

tree code common name: 4comb+pair3
 Faylen 
 Rynoth 
 Chimera 
 Kraken 
 Unicorn 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Rynoth 
 Kraken 
 Yawclor 
 Chimera 
 Unicorn 
Incorrect
 Faylen 
 Rynoth 
 Chimera 
 Yawclor 
 Kraken 
 Unicorn 
Incorrect
 Kraken 
 Yawclor 
 Chimera 
 Unicorn 
 Faylen 
 Rynoth 
Incorrect
 Chimera 
 Yawclor 
 Kraken 
 Unicorn 
 Faylen 
 Rynoth 
Incorrect
 Yawclor 
 Kraken 
 Unicorn 
 Chimera 
 Faylen 
 Rynoth 
Correct
 Faylen 
 Rynoth 
 Unicorn 
 Yawclor 
 Chimera 
 Kraken 
Incorrect MC

a8e1_3bf9

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Xeraph 
 Chimera 
 Jackalope 
 Thorret 
 Yawclor 
 Ashen 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Xeraph 
 Ashen 
 Jackalope 
 Chimera 
 Thorret 
 Yawclor 
Incorrect
 Xeraph 
 Thorret 
 Yawclor 
 Ashen 
 Jackalope 
 Chimera 
Incorrect
 Xeraph 
 Chimera 
 Jackalope 
 Ashen 
 Thorret 
 Yawclor 
Correct
 Xeraph 
 Chimera 
 Jackalope 
 Yawclor 
 Ashen 
 Thorret 
Incorrect
 Xeraph 
 Ashen 
 Yawclor 
 Thorret 
 Chimera 
 Jackalope 
Incorrect
 Ashen 
 Thorret 
 Yawclor 
 Chimera 
 Jackalope 
 Xeraph 
Incorrect MC

a575_145b

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Faylen 
 Yawclor 
 Sphinx 
 Unicorn 
 Gorret 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Unicorn 
 Sphinx 
 Yawclor 
 Gorret 
 Thorret 
Incorrect
 Gorret 
 Thorret 
 Unicorn 
 Yawclor 
 Sphinx 
 Faylen 
Incorrect
 Gorret 
 Thorret 
 Unicorn 
 Sphinx 
 Faylen 
 Yawclor 
Correct
 Unicorn 
 Faylen 
 Sphinx 
 Yawclor 
 Gorret 
 Thorret 
Incorrect
 Sphinx 
 Unicorn 
 Yawclor 
 Faylen 
 Gorret 
 Thorret 
Incorrect
 Faylen 
 Yawclor 
 Sphinx 
 Unicorn 
 Gorret 
 Thorret 
Incorrect MC

03a5_a8b1

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Hydra 
 Yawclor 
 Narloc 
 Sphinx 
 Bellen 
 Manticore 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Manticore 
 Sphinx 
 Narloc 
 Hydra 
 Yawclor 
Correct
 Hydra 
 Yawclor 
 Bellen 
 Manticore 
 Narloc 
 Sphinx 
Incorrect
 Hydra 
 Yawclor 
 Manticore 
 Bellen 
 Sphinx 
 Narloc 
Incorrect
 Hydra 
 Yawclor 
 Narloc 
 Sphinx 
 Bellen 
 Manticore 
Incorrect
 Hydra 
 Yawclor 
 Manticore 
 Sphinx 
 Bellen 
 Narloc 
Incorrect
 Bellen 
 Manticore 
 Narloc 
 Sphinx 
 Hydra 
 Yawclor 
Incorrect MC

fd03_2644

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Vyrax 
 Wyvern 
 Jackalope 
 Narloc 
 Oclora 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Narloc 
 Oclora 
 Vyrax 
 Jackalope 
 Wyvern 
 Lystra 
Incorrect
 Narloc 
 Oclora 
 Vyrax 
 Wyvern 
 Jackalope 
 Lystra 
Correct
 Lystra 
 Narloc 
 Oclora 
 Vyrax 
 Jackalope 
 Wyvern 
Incorrect
 Lystra 
 Jackalope 
 Wyvern 
 Narloc 
 Oclora 
 Vyrax 
Incorrect
 Jackalope 
 Vyrax 
 Wyvern 
 Narloc 
 Oclora 
 Lystra 
Incorrect
 Lystra 
 Narloc 
 Oclora 
 Vyrax 
 Jackalope 
 Wyvern 
Incorrect MC

a108_797c

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced3".

tree code common name: 6balanced3
 Bellen 
 Inktoad 
 Manticore 
 Sphinx 
 Quokka 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Manticore 
 Bellen 
 Inktoad 
 Sphinx 
 Quokka 
 Thorret 
Incorrect
 Quokka 
 Thorret 
 Sphinx 
 Bellen 
 Inktoad 
 Manticore 
Correct
 Sphinx 
 Quokka 
 Thorret 
 Bellen 
 Inktoad 
 Manticore 
Incorrect
 Quokka 
 Thorret 
 Sphinx 
 Bellen 
 Manticore 
 Inktoad 
Incorrect
 Quokka 
 Thorret 
 Sphinx 
 Bellen 
 Inktoad 
 Manticore 
Incorrect MC

106f_f0e3

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Bellen 
 Zypher 
 Dibblet 
 Elwet 
 Inktoad 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Bellen 
 Inktoad 
 Lystra 
 Zypher 
 Dibblet 
 Elwet 
Incorrect
 Dibblet 
 Elwet 
 Zypher 
 Inktoad 
 Lystra 
 Bellen 
Incorrect
 Zypher 
 Dibblet 
 Elwet 
 Inktoad 
 Lystra 
 Bellen 
Correct
 Inktoad 
 Lystra 
 Elwet 
 Dibblet 
 Zypher 
 Bellen 
Incorrect
 Elwet 
 Zypher 
 Dibblet 
 Inktoad 
 Lystra 
 Bellen 
Incorrect
 Bellen 
 Inktoad 
 Lystra 
 Elwet 
 Zypher 
 Dibblet 
Incorrect MC

0046_e009

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced3".

tree code common name: 6balanced3
 Vyrax 
 Wyvern 
 Lystra 
 Oclora 
 Gorret 
 Quokka 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Gorret 
 Quokka 
 Oclora 
 Vyrax 
 Wyvern 
 Lystra 
Correct
 Quokka 
 Gorret 
 Oclora 
 Vyrax 
 Wyvern 
 Lystra 
Incorrect
 Oclora 
 Gorret 
 Quokka 
 Lystra 
 Vyrax 
 Wyvern 
Incorrect
 Gorret 
 Oclora 
 Quokka 
 Vyrax 
 Wyvern 
 Lystra 
Incorrect
 Gorret 
 Quokka 
 Oclora 
 Wyvern 
 Lystra 
 Vyrax 
Incorrect
 Wyvern 
 Lystra 
 Vyrax 
 Oclora 
 Quokka 
 Gorret 
Incorrect MC

604c_afcd

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead2".

tree code common name: 6twohead2
 Wyvern 
 Zypher 
 Ashen 
 Sphinx 
 Jackalope 
 Phoenix 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Jackalope 
 Phoenix 
 Wyvern 
 Zypher 
 Ashen 
 Sphinx 
Correct
 Zypher 
 Sphinx 
 Ashen 
 Wyvern 
 Jackalope 
 Phoenix 
Incorrect
 Wyvern 
 Zypher 
 Ashen 
 Sphinx 
 Jackalope 
 Phoenix 
Incorrect
 Jackalope 
 Phoenix 
 Ashen 
 Sphinx 
 Wyvern 
 Zypher 
Incorrect
 Jackalope 
 Phoenix 
 Ashen 
 Sphinx 
 Zypher 
 Wyvern 
Incorrect
 Jackalope 
 Phoenix 
 Ashen 
 Sphinx 
 Wyvern 
 Zypher 
Incorrect MC

937a_7454

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Zypher 
 Thorret 
 Elwet 
 Jackalope 
 Rynoth 
 Unicorn 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Rynoth 
 Unicorn 
 Jackalope 
 Thorret 
 Elwet 
 Zypher 
Incorrect
 Rynoth 
 Unicorn 
 Elwet 
 Thorret 
 Jackalope 
 Zypher 
Incorrect
 Jackalope 
 Thorret 
 Elwet 
 Zypher 
 Rynoth 
 Unicorn 
Incorrect
 Rynoth 
 Unicorn 
 Elwet 
 Jackalope 
 Thorret 
 Zypher 
Correct
 Elwet 
 Zypher 
 Jackalope 
 Thorret 
 Rynoth 
 Unicorn 
Incorrect
 Rynoth 
 Unicorn 
 Elwet 
 Thorret 
 Jackalope 
 Zypher 
Incorrect MC

4033_f380

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Gorret 
 Phoenix 
 Zypher 
 Xeraph 
 Chimera 
 Dibblet 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Gorret 
 Phoenix 
 Zypher 
 Chimera 
 Xeraph 
 Dibblet 
Incorrect
 Xeraph 
 Chimera 
 Dibblet 
 Gorret 
 Zypher 
 Phoenix 
Incorrect
 Chimera 
 Dibblet 
 Xeraph 
 Gorret 
 Phoenix 
 Zypher 
Incorrect
 Chimera 
 Dibblet 
 Xeraph 
 Phoenix 
 Gorret 
 Zypher 
Incorrect
 Xeraph 
 Chimera 
 Dibblet 
 Gorret 
 Phoenix 
 Zypher 
Correct
 Zypher 
 Gorret 
 Phoenix 
 Dibblet 
 Xeraph 
 Chimera 
Incorrect MC

a75a_22bf

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair1+1".

tree code common name: 3comb+pair1+1
 Hydra 
 Lystra 
 Yawclor 
 Jackalope 
 Bellen 
 Xeraph 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Hydra 
 Lystra 
 Yawclor 
 Xeraph 
 Bellen 
 Jackalope 
Incorrect
 Lystra 
 Yawclor 
 Bellen 
 Xeraph 
 Jackalope 
 Hydra 
Incorrect
 Lystra 
 Yawclor 
 Bellen 
 Jackalope 
 Xeraph 
 Hydra 
Incorrect
 Hydra 
 Bellen 
 Jackalope 
 Xeraph 
 Lystra 
 Yawclor 
Incorrect
 Lystra 
 Yawclor 
 Bellen 
 Jackalope 
 Xeraph 
 Hydra 
Incorrect
 Lystra 
 Yawclor 
 Jackalope 
 Bellen 
 Xeraph 
 Hydra 
Correct MC

efae_84e5

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Bellen 
 Hydra 
 Inktoad 
 Sphinx 
 Ashen 
 Jackalope 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Ashen 
 Jackalope 
 Bellen 
 Hydra 
 Inktoad 
 Sphinx 
Incorrect
 Inktoad 
 Sphinx 
 Bellen 
 Hydra 
 Ashen 
 Jackalope 
Incorrect
 Sphinx 
 Bellen 
 Hydra 
 Inktoad 
 Ashen 
 Jackalope 
Incorrect
 Inktoad 
 Sphinx 
 Bellen 
 Hydra 
 Ashen 
 Jackalope 
Correct
 Ashen 
 Jackalope 
 Bellen 
 Hydra 
 Inktoad 
 Sphinx 
Incorrect
 Inktoad 
 Sphinx 
 Bellen 
 Hydra 
 Ashen 
 Jackalope 
Incorrect MC

5095_2cb3

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Hydra 
 Thorret 
 Ashen 
 Faylen 
 Chimera 
 Narloc 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Narloc 
 Ashen 
 Faylen 
 Hydra 
 Thorret 
Incorrect
 Hydra 
 Thorret 
 Ashen 
 Faylen 
 Chimera 
 Narloc 
Incorrect
 Ashen 
 Faylen 
 Chimera 
 Narloc 
 Hydra 
 Thorret 
Incorrect
 Chimera 
 Narloc 
 Ashen 
 Faylen 
 Hydra 
 Thorret 
Incorrect
 Hydra 
 Thorret 
 Chimera 
 Narloc 
 Ashen 
 Faylen 
Correct MC

06c4_b1e0

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Chimera 
 Manticore 
 Elwet 
 Hydra 
 Zypher 
 Sphinx 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Manticore 
 Hydra 
 Zypher 
 Elwet 
 Sphinx 
Correct
 Chimera 
 Manticore 
 Elwet 
 Hydra 
 Zypher 
 Sphinx 
Incorrect
 Chimera 
 Manticore 
 Hydra 
 Sphinx 
 Elwet 
 Zypher 
Incorrect
 Hydra 
 Sphinx 
 Elwet 
 Zypher 
 Chimera 
 Manticore 
Incorrect
 Hydra 
 Elwet 
 Sphinx 
 Zypher 
 Chimera 
 Manticore 
Incorrect
 Hydra 
 Zypher 
 Elwet 
 Sphinx 
 Chimera 
 Manticore 
Incorrect MC

380d_3e22

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Dibblet 
 Gorret 
 Chimera 
 Quokka 
 Rynoth 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Rynoth 
 Thorret 
 Gorret 
 Quokka 
 Chimera 
 Dibblet 
Incorrect
 Chimera 
 Quokka 
 Dibblet 
 Gorret 
 Rynoth 
 Thorret 
Incorrect
 Chimera 
 Dibblet 
 Quokka 
 Gorret 
 Rynoth 
 Thorret 
Incorrect
 Chimera 
 Quokka 
 Dibblet 
 Gorret 
 Rynoth 
 Thorret 
Correct
 Gorret 
 Chimera 
 Dibblet 
 Quokka 
 Rynoth 
 Thorret 
Incorrect
 Rynoth 
 Thorret 
 Dibblet 
 Gorret 
 Chimera 
 Quokka 
Incorrect MC

fb82_e725

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Elwet 
 Faylen 
 Thorret 
 Sphinx 
 Hydra 
 Kraken 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Elwet 
 Thorret 
 Faylen 
 Sphinx 
 Hydra 
 Kraken 
Incorrect
 Elwet 
 Sphinx 
 Faylen 
 Thorret 
 Hydra 
 Kraken 
Incorrect
 Sphinx 
 Thorret 
 Elwet 
 Faylen 
 Hydra 
 Kraken 
Correct
 Hydra 
 Kraken 
 Elwet 
 Faylen 
 Thorret 
 Sphinx 
Incorrect
 Hydra 
 Kraken 
 Sphinx 
 Faylen 
 Thorret 
 Elwet 
Incorrect MC

118d_d555

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced2".

tree code common name: 6balanced2
 Lystra 
 Rynoth 
 Quokka 
 Chimera 
 Faylen 
 Zypher 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Faylen 
 Zypher 
 Quokka 
 Lystra 
 Rynoth 
Incorrect
 Zypher 
 Chimera 
 Faylen 
 Lystra 
 Rynoth 
 Quokka 
Incorrect
 Zypher 
 Chimera 
 Faylen 
 Quokka 
 Lystra 
 Rynoth 
Incorrect
 Chimera 
 Faylen 
 Zypher 
 Lystra 
 Rynoth 
 Quokka 
Correct
 Chimera 
 Faylen 
 Zypher 
 Lystra 
 Rynoth 
 Quokka 
Incorrect
 Lystra 
 Quokka 
 Rynoth 
 Faylen 
 Zypher 
 Chimera 
Incorrect MC

31db_9259

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Gorret 
 Vyrax 
 Quokka 
 Jackalope 
 Elwet 
 Zypher 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Gorret 
 Quokka 
 Vyrax 
 Jackalope 
 Zypher 
 Elwet 
Incorrect
 Elwet 
 Zypher 
 Jackalope 
 Quokka 
 Gorret 
 Vyrax 
Correct
 Elwet 
 Jackalope 
 Zypher 
 Quokka 
 Vyrax 
 Gorret 
Incorrect
 Jackalope 
 Zypher 
 Elwet 
 Vyrax 
 Gorret 
 Quokka 
Incorrect
 Vyrax 
 Gorret 
 Quokka 
 Zypher 
 Elwet 
 Jackalope 
Incorrect
 Quokka 
 Vyrax 
 Gorret 
 Zypher 
 Elwet 
 Jackalope 
Incorrect MC

2744_77b7

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair4".

tree code common name: 4comb+pair4
 Chimera 
 Narloc 
 Hydra 
 Thorret 
 Zypher 
 Xeraph 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Thorret 
 Zypher 
 Hydra 
 Xeraph 
 Chimera 
 Narloc 
Correct
 Xeraph 
 Thorret 
 Zypher 
 Hydra 
 Chimera 
 Narloc 
Incorrect
 Chimera 
 Narloc 
 Zypher 
 Hydra 
 Thorret 
 Xeraph 
Incorrect
 Chimera 
 Narloc 
 Hydra 
 Zypher 
 Thorret 
 Xeraph 
Incorrect
 Chimera 
 Narloc 
 Hydra 
 Xeraph 
 Thorret 
 Zypher 
Incorrect MC

6d67_c487

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Inktoad 
 Wyvern 
 Vyrax 
 Xeraph 
 Bellen 
 Quokka 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Vyrax 
 Xeraph 
 Bellen 
 Quokka 
 Inktoad 
 Wyvern 
Incorrect
 Vyrax 
 Xeraph 
 Bellen 
 Quokka 
 Inktoad 
 Wyvern 
Incorrect
 Inktoad 
 Wyvern 
 Bellen 
 Quokka 
 Vyrax 
 Xeraph 
Incorrect
 Vyrax 
 Xeraph 
 Bellen 
 Quokka 
 Inktoad 
 Wyvern 
Incorrect
 Inktoad 
 Wyvern 
 Vyrax 
 Xeraph 
 Bellen 
 Quokka 
Incorrect
 Inktoad 
 Wyvern 
 Bellen 
 Quokka 
 Vyrax 
 Xeraph 
Correct MC

7644_11f1

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced2".

tree code common name: 6balanced2
 Manticore 
 Narloc 
 Jackalope 
 Oclora 
 Rynoth 
 Xeraph 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Rynoth 
 Oclora 
 Xeraph 
 Jackalope 
 Manticore 
 Narloc 
Incorrect
 Xeraph 
 Oclora 
 Rynoth 
 Narloc 
 Jackalope 
 Manticore 
Incorrect
 Oclora 
 Rynoth 
 Xeraph 
 Jackalope 
 Manticore 
 Narloc 
Correct
 Oclora 
 Rynoth 
 Xeraph 
 Manticore 
 Narloc 
 Jackalope 
Incorrect
 Manticore 
 Narloc 
 Jackalope 
 Oclora 
 Xeraph 
 Rynoth 
Incorrect
 Xeraph 
 Oclora 
 Rynoth 
 Manticore 
 Jackalope 
 Narloc 
Incorrect MC

1ddd_1300

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Dibblet 
 Kraken 
 Ashen 
 Chimera 
 Gorret 
 Narloc 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Narloc 
 Gorret 
 Ashen 
 Chimera 
 Dibblet 
 Kraken 
Incorrect
 Dibblet 
 Kraken 
 Ashen 
 Chimera 
 Gorret 
 Narloc 
Incorrect
 Ashen 
 Chimera 
 Gorret 
 Narloc 
 Dibblet 
 Kraken 
Correct
 Dibblet 
 Kraken 
 Chimera 
 Ashen 
 Narloc 
 Gorret 
Incorrect
 Ashen 
 Chimera 
 Gorret 
 Narloc 
 Dibblet 
 Kraken 
Incorrect
 Dibblet 
 Kraken 
 Chimera 
 Ashen 
 Gorret 
 Narloc 
Incorrect MC

75fb_abeb

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Yawclor 
 Zypher 
 Faylen 
 Vyrax 
 Bellen 
 Xeraph 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Vyrax 
 Faylen 
 Zypher 
 Yawclor 
 Bellen 
 Xeraph 
Incorrect
 Vyrax 
 Zypher 
 Faylen 
 Yawclor 
 Bellen 
 Xeraph 
Incorrect
 Vyrax 
 Faylen 
 Yawclor 
 Zypher 
 Bellen 
 Xeraph 
Correct
 Bellen 
 Xeraph 
 Yawclor 
 Zypher 
 Faylen 
 Vyrax 
Incorrect
 Bellen 
 Xeraph 
 Faylen 
 Yawclor 
 Zypher 
 Vyrax 
Incorrect
 Bellen 
 Xeraph 
 Yawclor 
 Zypher 
 Faylen 
 Vyrax 
Incorrect MC

d37d_c2d8

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "3comb+pair3+1".

tree code common name: 3comb+pair3+1
 Faylen 
 Bellen 
 Thorret 
 Elwet 
 Gorret 
 Inktoad 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Gorret 
 Elwet 
 Inktoad 
 Bellen 
 Thorret 
 Faylen 
Incorrect
 Faylen 
 Gorret 
 Inktoad 
 Elwet 
 Bellen 
 Thorret 
Incorrect
 Faylen 
 Gorret 
 Inktoad 
 Bellen 
 Thorret 
 Elwet 
Incorrect
 Faylen 
 Inktoad 
 Elwet 
 Gorret 
 Bellen 
 Thorret 
Incorrect
 Inktoad 
 Elwet 
 Gorret 
 Bellen 
 Thorret 
 Faylen 
Correct
 Faylen 
 Bellen 
 Inktoad 
 Thorret 
 Elwet 
 Gorret 
Incorrect MC

a69a_d7ab

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Ashen 
 Lystra 
 Bellen 
 Sphinx 
 Chimera 
 Elwet 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Chimera 
 Elwet 
 Ashen 
 Lystra 
 Bellen 
 Sphinx 
Incorrect
 Chimera 
 Elwet 
 Bellen 
 Sphinx 
 Ashen 
 Lystra 
Incorrect
 Chimera 
 Elwet 
 Ashen 
 Lystra 
 Bellen 
 Sphinx 
Correct
 Bellen 
 Sphinx 
 Ashen 
 Lystra 
 Chimera 
 Elwet 
Incorrect
 Ashen 
 Lystra 
 Bellen 
 Sphinx 
 Chimera 
 Elwet 
Incorrect
 Sphinx 
 Bellen 
 Lystra 
 Ashen 
 Chimera 
 Elwet 
Incorrect MC

cb9e_7577

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Narloc 
 Hydra 
 Unicorn 
 Gorret 
 Vyrax 
 Oclora 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Gorret 
 Vyrax 
 Hydra 
 Unicorn 
 Narloc 
 Oclora 
Incorrect
 Oclora 
 Unicorn 
 Gorret 
 Hydra 
 Vyrax 
 Narloc 
Incorrect
 Gorret 
 Vyrax 
 Hydra 
 Unicorn 
 Narloc 
 Oclora 
Correct
 Oclora 
 Narloc 
 Gorret 
 Vyrax 
 Hydra 
 Unicorn 
Incorrect
 Oclora 
 Narloc 
 Vyrax 
 Hydra 
 Unicorn 
 Gorret 
Incorrect
 Narloc 
 Unicorn 
 Vyrax 
 Gorret 
 Hydra 
 Oclora 
Incorrect MC

f570_4f5a

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair3".

tree code common name: 4comb+pair3
 Phoenix 
 Xeraph 
 Elwet 
 Gorret 
 Bellen 
 Zypher 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Gorret 
 Phoenix 
 Elwet 
 Xeraph 
 Bellen 
 Zypher 
Incorrect
 Gorret 
 Elwet 
 Xeraph 
 Phoenix 
 Bellen 
 Zypher 
Incorrect
 Phoenix 
 Elwet 
 Gorret 
 Xeraph 
 Bellen 
 Zypher 
Correct
 Xeraph 
 Elwet 
 Gorret 
 Phoenix 
 Bellen 
 Zypher 
Incorrect
 Elwet 
 Gorret 
 Phoenix 
 Xeraph 
 Bellen 
 Zypher 
Incorrect MC

ac6b_7ec8

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Elwet 
 Ashen 
 Kraken 
 Oclora 
 Lystra 
 Xeraph 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Oclora 
 Kraken 
 Ashen 
 Elwet 
 Lystra 
 Xeraph 
Incorrect
 Lystra 
 Xeraph 
 Oclora 
 Ashen 
 Elwet 
 Kraken 
Incorrect
 Lystra 
 Xeraph 
 Kraken 
 Ashen 
 Elwet 
 Oclora 
Incorrect
 Lystra 
 Xeraph 
 Ashen 
 Kraken 
 Elwet 
 Oclora 
Correct
 Lystra 
 Xeraph 
 Oclora 
 Elwet 
 Ashen 
 Kraken 
Incorrect
 Ashen 
 Elwet 
 Kraken 
 Oclora 
 Lystra 
 Xeraph 
Incorrect MC

f24e_e955

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead2".

tree code common name: 6twohead2
 Kraken 
 Lystra 
 Inktoad 
 Zypher 
 Elwet 
 Jackalope 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Elwet 
 Jackalope 
 Inktoad 
 Zypher 
 Kraken 
 Lystra 
Incorrect
 Elwet 
 Jackalope 
 Inktoad 
 Zypher 
 Kraken 
 Lystra 
Incorrect
 Elwet 
 Jackalope 
 Inktoad 
 Zypher 
 Kraken 
 Lystra 
Incorrect
 Elwet 
 Jackalope 
 Inktoad 
 Zypher 
 Kraken 
 Lystra 
Correct
 Elwet 
 Jackalope 
 Zypher 
 Kraken 
 Lystra 
 Inktoad 
Incorrect
 Elwet 
 Jackalope 
 Kraken 
 Lystra 
 Inktoad 
 Zypher 
Incorrect MC

f4ff_b006

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6comb".

tree code common name: 6comb
 Unicorn 
 Lystra 
 Xeraph 
 Zypher 
 Dibblet 
 Vyrax 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Vyrax 
 Unicorn 
 Zypher 
 Lystra 
 Xeraph 
 Dibblet 
Incorrect
 Vyrax 
 Dibblet 
 Zypher 
 Unicorn 
 Lystra 
 Xeraph 
Correct
 Vyrax 
 Lystra 
 Xeraph 
 Zypher 
 Unicorn 
 Dibblet 
Incorrect
 Lystra 
 Unicorn 
 Xeraph 
 Dibblet 
 Zypher 
 Vyrax 
Incorrect
 Vyrax 
 Dibblet 
 Unicorn 
 Zypher 
 Lystra 
 Xeraph 
Incorrect
 Vyrax 
 Dibblet 
 Lystra 
 Xeraph 
 Unicorn 
 Zypher 
Incorrect MC

d89d_f391

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "5giraffe+1".

tree code common name: 5giraffe+1
 Unicorn 
 Inktoad 
 Rynoth 
 Manticore 
 Thorret 
 Kraken 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Inktoad 
 Kraken 
 Manticore 
 Thorret 
 Rynoth 
 Unicorn 
Incorrect
 Unicorn 
 Kraken 
 Rynoth 
 Inktoad 
 Manticore 
 Thorret 
Incorrect
 Manticore 
 Thorret 
 Inktoad 
 Rynoth 
 Kraken 
 Unicorn 
Correct
 Unicorn 
 Kraken 
 Thorret 
 Manticore 
 Inktoad 
 Rynoth 
Incorrect
 Inktoad 
 Rynoth 
 Manticore 
 Thorret 
 Kraken 
 Unicorn 
Incorrect
 Kraken 
 Rynoth 
 Manticore 
 Thorret 
 Inktoad 
 Unicorn 
Incorrect MC

974f_7aff

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead2".

tree code common name: 6twohead2
 Sphinx 
 Wyvern 
 Dibblet 
 Faylen 
 Hydra 
 Yawclor 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Sphinx 
 Wyvern 
 Hydra 
 Yawclor 
 Dibblet 
 Faylen 
Incorrect
 Hydra 
 Yawclor 
 Dibblet 
 Faylen 
 Sphinx 
 Wyvern 
Incorrect
 Hydra 
 Yawclor 
 Dibblet 
 Faylen 
 Sphinx 
 Wyvern 
Correct
 Sphinx 
 Wyvern 
 Hydra 
 Yawclor 
 Dibblet 
 Faylen 
Incorrect
 Dibblet 
 Faylen 
 Hydra 
 Yawclor 
 Sphinx 
 Wyvern 
Incorrect
 Dibblet 
 Hydra 
 Faylen 
 Yawclor 
 Sphinx 
 Wyvern 
Incorrect MC

aab4_1857

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair3".

tree code common name: 4comb+pair3
 Wyvern 
 Sphinx 
 Xeraph 
 Gorret 
 Faylen 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Gorret 
 Sphinx 
 Xeraph 
 Wyvern 
 Faylen 
 Lystra 
Correct
 Faylen 
 Lystra 
 Gorret 
 Sphinx 
 Xeraph 
 Wyvern 
Incorrect
 Faylen 
 Lystra 
 Gorret 
 Wyvern 
 Sphinx 
 Xeraph 
Incorrect
 Faylen 
 Lystra 
 Sphinx 
 Wyvern 
 Gorret 
 Xeraph 
Incorrect
 Faylen 
 Lystra 
 Gorret 
 Wyvern 
 Sphinx 
 Xeraph 
Incorrect
 Faylen 
 Lystra 
 Gorret 
 Sphinx 
 Xeraph 
 Wyvern 
Incorrect MC

c33a_b80d

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6comb".

tree code common name: 6comb
 Phoenix 
 Quokka 
 Manticore 
 Ashen 
 Oclora 
 Wyvern 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Wyvern 
 Phoenix 
 Quokka 
 Ashen 
 Manticore 
 Oclora 
Incorrect
 Manticore 
 Phoenix 
 Quokka 
 Ashen 
 Oclora 
 Wyvern 
Correct
 Manticore 
 Phoenix 
 Quokka 
 Ashen 
 Oclora 
 Wyvern 
Incorrect
 Oclora 
 Ashen 
 Manticore 
 Quokka 
 Phoenix 
 Wyvern 
Incorrect
 Wyvern 
 Phoenix 
 Quokka 
 Ashen 
 Manticore 
 Oclora 
Incorrect
 Wyvern 
 Oclora 
 Manticore 
 Ashen 
 Phoenix 
 Quokka 
Incorrect MC

77f2_ad84

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead1".

tree code common name: 6twohead1
 Chimera 
 Oclora 
 Faylen 
 Lystra 
 Hydra 
 Xeraph 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Hydra 
 Xeraph 
 Lystra 
 Faylen 
 Chimera 
 Oclora 
Incorrect
 Faylen 
 Lystra 
 Chimera 
 Oclora 
 Hydra 
 Xeraph 
Incorrect
 Chimera 
 Faylen 
 Lystra 
 Oclora 
 Hydra 
 Xeraph 
Incorrect
 Hydra 
 Xeraph 
 Faylen 
 Lystra 
 Chimera 
 Oclora 
Incorrect
 Oclora 
 Chimera 
 Faylen 
 Lystra 
 Hydra 
 Xeraph 
Incorrect
 Faylen 
 Lystra 
 Chimera 
 Oclora 
 Hydra 
 Xeraph 
Correct MC

b682_da99

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6comb".

tree code common name: 6comb
 Rynoth 
 Manticore 
 Quokka 
 Gorret 
 Chimera 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Lystra 
 Chimera 
 Gorret 
 Quokka 
 Manticore 
 Rynoth 
Incorrect
 Rynoth 
 Manticore 
 Chimera 
 Quokka 
 Gorret 
 Lystra 
Incorrect
 Rynoth 
 Quokka 
 Chimera 
 Gorret 
 Lystra 
 Manticore 
Incorrect
 Rynoth 
 Manticore 
 Chimera 
 Lystra 
 Gorret 
 Quokka 
Correct
 Rynoth 
 Manticore 
 Chimera 
 Lystra 
 Gorret 
 Quokka 
Incorrect
 Gorret 
 Lystra 
 Chimera 
 Quokka 
 Manticore 
 Rynoth 
Incorrect MC

30f8_f316

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair1".

tree code common name: 4comb+pair1
 Gorret 
 Wyvern 
 Oclora 
 Thorret 
 Hydra 
 Lystra 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Hydra 
 Lystra 
 Gorret 
 Wyvern 
 Oclora 
 Thorret 
Incorrect
 Hydra 
 Lystra 
 Gorret 
 Oclora 
 Thorret 
 Wyvern 
Incorrect
 Hydra 
 Lystra 
 Thorret 
 Oclora 
 Wyvern 
 Gorret 
Incorrect
 Oclora 
 Thorret 
 Gorret 
 Wyvern 
 Hydra 
 Lystra 
Incorrect
 Gorret 
 Wyvern 
 Oclora 
 Thorret 
 Hydra 
 Lystra 
Incorrect
 Hydra 
 Lystra 
 Gorret 
 Wyvern 
 Oclora 
 Thorret 
Correct MC

7519_ac90

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6twohead4".

tree code common name: 6twohead4
 Dibblet 
 Phoenix 
 Quokka 
 Rynoth 
 Faylen 
 Vyrax 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Faylen 
 Vyrax 
 Quokka 
 Rynoth 
 Dibblet 
 Phoenix 
Incorrect
 Faylen 
 Vyrax 
 Dibblet 
 Phoenix 
 Quokka 
 Rynoth 
Incorrect
 Quokka 
 Rynoth 
 Dibblet 
 Phoenix 
 Faylen 
 Vyrax 
Incorrect
 Quokka 
 Rynoth 
 Dibblet 
 Phoenix 
 Faylen 
 Vyrax 
Correct
 Dibblet 
 Phoenix 
 Quokka 
 Rynoth 
 Faylen 
 Vyrax 
Incorrect MC

c502_c097

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "4comb+pair2".

tree code common name: 4comb+pair2
 Gorret 
 Vyrax 
 Dibblet 
 Hydra 
 Jackalope 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Jackalope 
 Thorret 
 Hydra 
 Dibblet 
 Gorret 
 Vyrax 
Incorrect
 Jackalope 
 Thorret 
 Gorret 
 Vyrax 
 Dibblet 
 Hydra 
Incorrect
 Dibblet 
 Vyrax 
 Gorret 
 Hydra 
 Jackalope 
 Thorret 
Incorrect
 Dibblet 
 Gorret 
 Vyrax 
 Hydra 
 Jackalope 
 Thorret 
Correct
 Jackalope 
 Thorret 
 Hydra 
 Vyrax 
 Dibblet 
 Gorret 
Incorrect
 Gorret 
 Dibblet 
 Vyrax 
 Hydra 
 Jackalope 
 Thorret 
Incorrect MC

e45d_3e42

Find the SAME tree

Phylogenetic trees are fundamental tools in genetics research, enabling scientists to visualize evolutionary relationships among species, gene sequences, or populations. By tracing shared ancestry, these trees can provide valuable insights into genetic biodiversity. Applications of phylogenetic trees include tracking disease evolution, identifying conserved genetic sequences, and understanding speciation processes. Phylogenetic trees are indispensable for both theoretical and applied genetics.

The tree diagram below is a phylogenetic tree with 6 leaves. This phylogenetic tree is affectionately called: "6balanced1".

tree code common name: 6balanced1
 Rynoth 
 Kraken 
 Unicorn 
 Dibblet 
 Xeraph 
 Thorret 

Several phylogenetic trees are shown below, but only one has the SAME structure and represents the same relationships as the phylogenetic tree above.

Your task is to identify the single same phylogenetic tree that shares the same structure and relationships as the reference tree above.

Which one of the following phylogenetic trees represents the SAME tree relationships or is equivalent to the phylogenetic tree above?

Hint: trees are equivalent if internal nodes can be rotated to match. Ignore the exact left/right placement of taxa.

 Dibblet 
 Xeraph 
 Thorret 
 Rynoth 
 Unicorn 
 Kraken 
Incorrect
 Thorret 
 Dibblet 
 Xeraph 
 Unicorn 
 Kraken 
 Rynoth 
Incorrect
 Dibblet 
 Xeraph 
 Thorret 
 Unicorn 
 Kraken 
 Rynoth 
Incorrect
 Thorret 
 Dibblet 
 Xeraph 
 Kraken 
 Unicorn 
 Rynoth 
Correct
 Kraken 
 Unicorn 
 Rynoth 
 Dibblet 
 Xeraph 
 Thorret 
Incorrect
 Rynoth 
 Unicorn 
 Kraken 
 Dibblet 
 Xeraph 
 Thorret 
Incorrect