MC

3126_2fbe

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Rynoth 
 Yawclor 
 Manticore 
 Vyrax 
 Xeraph 
 Gorret 
 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?

A.
 Zypher 
 Chimera 
 Gorret 
 Vyrax 
 Xeraph 
 Manticore 
 Rynoth 
 Yawclor 
Incorrect B.
 Rynoth 
 Yawclor 
 Vyrax 
 Manticore 
 Xeraph 
 Zypher 
 Chimera 
 Gorret 
Incorrect C.
 Rynoth 
 Yawclor 
 Vyrax 
 Manticore 
 Xeraph 
 Chimera 
 Zypher 
 Gorret 
Incorrect D.
 Chimera 
 Gorret 
 Zypher 
 Manticore 
 Xeraph 
 Vyrax 
 Rynoth 
 Yawclor 
Incorrect E.
 Manticore 
 Vyrax 
 Xeraph 
 Rynoth 
 Yawclor 
 Gorret 
 Chimera 
 Zypher 
Correct F.
 Rynoth 
 Yawclor 
 Manticore 
 Vyrax 
 Xeraph 
 Gorret 
 Chimera 
 Zypher 
Incorrect G.
 Gorret 
 Zypher 
 Chimera 
 Rynoth 
 Yawclor 
 Vyrax 
 Xeraph 
 Manticore 
Incorrect H.
 Chimera 
 Zypher 
 Gorret 
 Yawclor 
 Rynoth 
 Manticore 
 Vyrax 
 Xeraph 
Incorrect MC

9e93_5cbf

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Rynoth 
 Unicorn 
 Dibblet 
 Lystra 
 Ashen 
 Oclora 
 Sphinx 
 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?

A.
 Dibblet 
 Unicorn 
 Rynoth 
 Lystra 
 Oclora 
 Sphinx 
 Ashen 
 Faylen 
Incorrect B.
 Oclora 
 Ashen 
 Sphinx 
 Dibblet 
 Lystra 
 Rynoth 
 Unicorn 
 Faylen 
Incorrect C.
 Sphinx 
 Ashen 
 Oclora 
 Dibblet 
 Lystra 
 Rynoth 
 Unicorn 
 Faylen 
Incorrect D.
 Oclora 
 Sphinx 
 Ashen 
 Dibblet 
 Lystra 
 Unicorn 
 Rynoth 
 Faylen 
Incorrect E.
 Faylen 
 Oclora 
 Sphinx 
 Ashen 
 Rynoth 
 Unicorn 
 Dibblet 
 Lystra 
Incorrect F.
 Rynoth 
 Unicorn 
 Dibblet 
 Lystra 
 Oclora 
 Sphinx 
 Ashen 
 Faylen 
Correct G.
 Faylen 
 Ashen 
 Oclora 
 Sphinx 
 Unicorn 
 Dibblet 
 Rynoth 
 Lystra 
Incorrect H.
 Dibblet 
 Lystra 
 Rynoth 
 Unicorn 
 Oclora 
 Sphinx 
 Ashen 
 Faylen 
Incorrect MC

7694_eef7

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Zypher 
 Ashen 
 Yawclor 
 Faylen 
 Oclora 
 Bellen 
 Dibblet 
 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?

A.
 Zypher 
 Yawclor 
 Faylen 
 Oclora 
 Ashen 
 Bellen 
 Dibblet 
 Quokka 
Incorrect B.
 Dibblet 
 Quokka 
 Ashen 
 Bellen 
 Faylen 
 Oclora 
 Yawclor 
 Zypher 
Incorrect C.
 Ashen 
 Bellen 
 Oclora 
 Yawclor 
 Faylen 
 Dibblet 
 Quokka 
 Zypher 
Incorrect D.
 Zypher 
 Ashen 
 Faylen 
 Yawclor 
 Oclora 
 Bellen 
 Dibblet 
 Quokka 
Incorrect E.
 Zypher 
 Bellen 
 Oclora 
 Faylen 
 Yawclor 
 Ashen 
 Dibblet 
 Quokka 
Incorrect F.
 Dibblet 
 Quokka 
 Ashen 
 Faylen 
 Oclora 
 Yawclor 
 Bellen 
 Zypher 
Correct G.
 Dibblet 
 Quokka 
 Bellen 
 Faylen 
 Oclora 
 Yawclor 
 Ashen 
 Zypher 
Incorrect H.
 Dibblet 
 Quokka 
 Bellen 
 Yawclor 
 Faylen 
 Oclora 
 Ashen 
 Zypher 
Incorrect MC

bd02_a29a

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Faylen 
 Kraken 
 Phoenix 
 Ashen 
 Gorret 
 Unicorn 
 Zypher 
 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?

A.
 Phoenix 
 Unicorn 
 Zypher 
 Ashen 
 Gorret 
 Faylen 
 Kraken 
 Hydra 
Incorrect B.
 Hydra 
 Faylen 
 Kraken 
 Phoenix 
 Zypher 
 Ashen 
 Gorret 
 Unicorn 
Incorrect C.
 Faylen 
 Kraken 
 Phoenix 
 Ashen 
 Gorret 
 Unicorn 
 Zypher 
 Hydra 
Incorrect D.
 Hydra 
 Faylen 
 Kraken 
 Phoenix 
 Ashen 
 Gorret 
 Unicorn 
 Zypher 
Incorrect E.
 Hydra 
 Faylen 
 Kraken 
 Gorret 
 Unicorn 
 Ashen 
 Zypher 
 Phoenix 
Incorrect F.
 Faylen 
 Kraken 
 Phoenix 
 Gorret 
 Zypher 
 Unicorn 
 Ashen 
 Hydra 
Incorrect G.
 Hydra 
 Faylen 
 Kraken 
 Unicorn 
 Zypher 
 Ashen 
 Gorret 
 Phoenix 
Correct H.
 Zypher 
 Ashen 
 Unicorn 
 Gorret 
 Phoenix 
 Faylen 
 Kraken 
 Hydra 
Incorrect MC

3043_e550

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Xeraph 
 Kraken 
 Oclora 
 Vyrax 
 Yawclor 
 Jackalope 
 Manticore 
 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?

A.
 Jackalope 
 Manticore 
 Rynoth 
 Yawclor 
 Kraken 
 Vyrax 
 Oclora 
 Xeraph 
Incorrect B.
 Xeraph 
 Kraken 
 Vyrax 
 Oclora 
 Manticore 
 Jackalope 
 Rynoth 
 Yawclor 
Incorrect C.
 Yawclor 
 Manticore 
 Jackalope 
 Rynoth 
 Xeraph 
 Vyrax 
 Kraken 
 Oclora 
Incorrect D.
 Oclora 
 Vyrax 
 Kraken 
 Xeraph 
 Yawclor 
 Jackalope 
 Manticore 
 Rynoth 
Incorrect E.
 Kraken 
 Oclora 
 Vyrax 
 Xeraph 
 Yawclor 
 Jackalope 
 Rynoth 
 Manticore 
Incorrect F.
 Jackalope 
 Manticore 
 Rynoth 
 Yawclor 
 Xeraph 
 Vyrax 
 Kraken 
 Oclora 
Correct G.
 Vyrax 
 Kraken 
 Oclora 
 Xeraph 
 Jackalope 
 Manticore 
 Rynoth 
 Yawclor 
Incorrect H.
 Rynoth 
 Jackalope 
 Manticore 
 Yawclor 
 Kraken 
 Oclora 
 Vyrax 
 Xeraph 
Incorrect MC

5b55_4547

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 8 leaves. This phylogenetic tree is affectionately called: "5giraffe+3comb".

tree code common name: 5giraffe+3comb
 Jackalope 
 Manticore 
 Hydra 
 Zypher 
 Rynoth 
 Thorret 
 Wyvern 
 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?

A.
 Rynoth 
 Jackalope 
 Manticore 
 Hydra 
 Zypher 
 Gorret 
 Thorret 
 Wyvern 
Correct B.
 Zypher 
 Jackalope 
 Manticore 
 Hydra 
 Rynoth 
 Thorret 
 Wyvern 
 Gorret 
Incorrect C.
 Gorret 
 Thorret 
 Wyvern 
 Rynoth 
 Hydra 
 Jackalope 
 Zypher 
 Manticore 
Incorrect D.
 Gorret 
 Wyvern 
 Thorret 
 Hydra 
 Zypher 
 Jackalope 
 Manticore 
 Rynoth 
Incorrect E.
 Rynoth 
 Hydra 
 Zypher 
 Jackalope 
 Manticore 
 Gorret 
 Thorret 
 Wyvern 
Incorrect F.
 Hydra 
 Zypher 
 Jackalope 
 Manticore 
 Rynoth 
 Gorret 
 Thorret 
 Wyvern 
Incorrect G.
 Rynoth 
 Hydra 
 Jackalope 
 Manticore 
 Zypher 
 Gorret 
 Thorret 
 Wyvern 
Incorrect H.
 Rynoth 
 Manticore 
 Zypher 
 Hydra 
 Jackalope 
 Gorret 
 Thorret 
 Wyvern 
Incorrect MC

e181_0b2d

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Jackalope 
 Faylen 
 Manticore 
 Oclora 
 Rynoth 
 Sphinx 
 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?

A.
 Sphinx 
 Xeraph 
 Oclora 
 Faylen 
 Manticore 
 Rynoth 
 Jackalope 
 Narloc 
Incorrect B.
 Jackalope 
 Faylen 
 Rynoth 
 Manticore 
 Oclora 
 Sphinx 
 Xeraph 
 Narloc 
Incorrect C.
 Faylen 
 Rynoth 
 Manticore 
 Oclora 
 Sphinx 
 Xeraph 
 Jackalope 
 Narloc 
Incorrect D.
 Jackalope 
 Sphinx 
 Xeraph 
 Manticore 
 Oclora 
 Faylen 
 Rynoth 
 Narloc 
Incorrect E.
 Jackalope 
 Oclora 
 Rynoth 
 Faylen 
 Manticore 
 Sphinx 
 Xeraph 
 Narloc 
Incorrect F.
 Manticore 
 Rynoth 
 Faylen 
 Oclora 
 Sphinx 
 Xeraph 
 Jackalope 
 Narloc 
Incorrect G.
 Jackalope 
 Faylen 
 Oclora 
 Manticore 
 Rynoth 
 Sphinx 
 Xeraph 
 Narloc 
Incorrect H.
 Narloc 
 Manticore 
 Oclora 
 Faylen 
 Rynoth 
 Sphinx 
 Xeraph 
 Jackalope 
Correct MC

84a9_c6a2

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Rynoth 
 Quokka 
 Manticore 
 Faylen 
 Hydra 
 Phoenix 
 Vyrax 
 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?

A.
 Narloc 
 Faylen 
 Phoenix 
 Hydra 
 Manticore 
 Vyrax 
 Quokka 
 Rynoth 
Incorrect B.
 Narloc 
 Phoenix 
 Vyrax 
 Manticore 
 Faylen 
 Hydra 
 Quokka 
 Rynoth 
Incorrect C.
 Rynoth 
 Narloc 
 Quokka 
 Manticore 
 Faylen 
 Hydra 
 Phoenix 
 Vyrax 
Incorrect D.
 Narloc 
 Hydra 
 Manticore 
 Faylen 
 Phoenix 
 Vyrax 
 Quokka 
 Rynoth 
Incorrect E.
 Narloc 
 Quokka 
 Phoenix 
 Hydra 
 Faylen 
 Manticore 
 Vyrax 
 Rynoth 
Incorrect F.
 Rynoth 
 Narloc 
 Quokka 
 Faylen 
 Manticore 
 Hydra 
 Phoenix 
 Vyrax 
Incorrect G.
 Phoenix 
 Manticore 
 Faylen 
 Hydra 
 Vyrax 
 Quokka 
 Narloc 
 Rynoth 
Correct H.
 Quokka 
 Faylen 
 Hydra 
 Manticore 
 Phoenix 
 Vyrax 
 Narloc 
 Rynoth 
Incorrect MC

0cd0_9148

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Hydra 
 Thorret 
 Xeraph 
 Gorret 
 Dibblet 
 Rynoth 
 Vyrax 
 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?

A.
 Gorret 
 Dibblet 
 Rynoth 
 Quokka 
 Vyrax 
 Xeraph 
 Hydra 
 Thorret 
Incorrect B.
 Hydra 
 Thorret 
 Xeraph 
 Dibblet 
 Vyrax 
 Quokka 
 Rynoth 
 Gorret 
Incorrect C.
 Hydra 
 Thorret 
 Xeraph 
 Quokka 
 Rynoth 
 Vyrax 
 Dibblet 
 Gorret 
Incorrect D.
 Hydra 
 Thorret 
 Xeraph 
 Gorret 
 Quokka 
 Rynoth 
 Vyrax 
 Dibblet 
Incorrect E.
 Hydra 
 Thorret 
 Quokka 
 Dibblet 
 Rynoth 
 Vyrax 
 Gorret 
 Xeraph 
Incorrect F.
 Xeraph 
 Quokka 
 Dibblet 
 Vyrax 
 Rynoth 
 Gorret 
 Hydra 
 Thorret 
Incorrect G.
 Hydra 
 Thorret 
 Rynoth 
 Vyrax 
 Dibblet 
 Quokka 
 Gorret 
 Xeraph 
Correct H.
 Hydra 
 Thorret 
 Gorret 
 Rynoth 
 Vyrax 
 Dibblet 
 Quokka 
 Xeraph 
Incorrect MC

4c6b_0ca8

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Phoenix 
 Ashen 
 Dibblet 
 Wyvern 
 Chimera 
 Sphinx 
 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?

A.
 Jackalope 
 Rynoth 
 Sphinx 
 Wyvern 
 Chimera 
 Dibblet 
 Ashen 
 Phoenix 
Incorrect B.
 Chimera 
 Wyvern 
 Sphinx 
 Dibblet 
 Ashen 
 Phoenix 
 Jackalope 
 Rynoth 
Incorrect C.
 Jackalope 
 Rynoth 
 Phoenix 
 Ashen 
 Dibblet 
 Chimera 
 Wyvern 
 Sphinx 
Incorrect D.
 Sphinx 
 Chimera 
 Wyvern 
 Ashen 
 Dibblet 
 Phoenix 
 Jackalope 
 Rynoth 
Incorrect E.
 Jackalope 
 Rynoth 
 Sphinx 
 Wyvern 
 Chimera 
 Ashen 
 Dibblet 
 Phoenix 
Incorrect F.
 Jackalope 
 Rynoth 
 Ashen 
 Phoenix 
 Dibblet 
 Wyvern 
 Chimera 
 Sphinx 
Incorrect G.
 Jackalope 
 Rynoth 
 Chimera 
 Sphinx 
 Wyvern 
 Dibblet 
 Phoenix 
 Ashen 
Incorrect H.
 Ashen 
 Dibblet 
 Phoenix 
 Chimera 
 Sphinx 
 Wyvern 
 Jackalope 
 Rynoth 
Correct MC

0c92_03e5

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Oclora 
 Zypher 
 Kraken 
 Bellen 
 Rynoth 
 Faylen 
 Elwet 
 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?

A.
 Kraken 
 Oclora 
 Zypher 
 Faylen 
 Elwet 
 Inktoad 
 Bellen 
 Rynoth 
Correct B.
 Zypher 
 Kraken 
 Oclora 
 Faylen 
 Elwet 
 Inktoad 
 Bellen 
 Rynoth 
Incorrect C.
 Elwet 
 Faylen 
 Inktoad 
 Bellen 
 Rynoth 
 Kraken 
 Zypher 
 Oclora 
Incorrect D.
 Elwet 
 Faylen 
 Inktoad 
 Bellen 
 Rynoth 
 Kraken 
 Oclora 
 Zypher 
Incorrect E.
 Faylen 
 Elwet 
 Inktoad 
 Bellen 
 Rynoth 
 Kraken 
 Zypher 
 Oclora 
Incorrect F.
 Oclora 
 Zypher 
 Kraken 
 Bellen 
 Rynoth 
 Inktoad 
 Elwet 
 Faylen 
Incorrect G.
 Bellen 
 Rynoth 
 Faylen 
 Inktoad 
 Elwet 
 Kraken 
 Oclora 
 Zypher 
Incorrect H.
 Bellen 
 Rynoth 
 Faylen 
 Elwet 
 Inktoad 
 Oclora 
 Zypher 
 Kraken 
Incorrect MC

85ed_b707

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Jackalope 
 Vyrax 
 Faylen 
 Narloc 
 Oclora 
 Quokka 
 Sphinx 
 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?

A.
 Faylen 
 Narloc 
 Jackalope 
 Vyrax 
 Sphinx 
 Xeraph 
 Oclora 
 Quokka 
Incorrect B.
 Sphinx 
 Xeraph 
 Oclora 
 Quokka 
 Faylen 
 Jackalope 
 Narloc 
 Vyrax 
Incorrect C.
 Oclora 
 Sphinx 
 Quokka 
 Xeraph 
 Jackalope 
 Vyrax 
 Faylen 
 Narloc 
Incorrect D.
 Jackalope 
 Vyrax 
 Faylen 
 Narloc 
 Oclora 
 Quokka 
 Sphinx 
 Xeraph 
Incorrect E.
 Jackalope 
 Vyrax 
 Faylen 
 Narloc 
 Oclora 
 Xeraph 
 Quokka 
 Sphinx 
Incorrect F.
 Sphinx 
 Xeraph 
 Oclora 
 Quokka 
 Faylen 
 Narloc 
 Jackalope 
 Vyrax 
Incorrect G.
 Oclora 
 Quokka 
 Sphinx 
 Xeraph 
 Jackalope 
 Vyrax 
 Faylen 
 Narloc 
Correct H.
 Oclora 
 Xeraph 
 Quokka 
 Sphinx 
 Jackalope 
 Vyrax 
 Faylen 
 Narloc 
Incorrect MC

d199_8f9c

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Narloc 
 Wyvern 
 Bellen 
 Chimera 
 Sphinx 
 Manticore 
 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?

A.
 Manticore 
 Rynoth 
 Vyrax 
 Chimera 
 Sphinx 
 Bellen 
 Narloc 
 Wyvern 
Incorrect B.
 Narloc 
 Wyvern 
 Chimera 
 Bellen 
 Sphinx 
 Manticore 
 Vyrax 
 Rynoth 
Incorrect C.
 Narloc 
 Wyvern 
 Rynoth 
 Manticore 
 Vyrax 
 Sphinx 
 Bellen 
 Chimera 
Incorrect D.
 Sphinx 
 Bellen 
 Chimera 
 Manticore 
 Rynoth 
 Vyrax 
 Narloc 
 Wyvern 
Incorrect E.
 Vyrax 
 Manticore 
 Rynoth 
 Chimera 
 Bellen 
 Sphinx 
 Narloc 
 Wyvern 
Incorrect F.
 Chimera 
 Sphinx 
 Bellen 
 Manticore 
 Rynoth 
 Vyrax 
 Narloc 
 Wyvern 
Incorrect G.
 Bellen 
 Chimera 
 Sphinx 
 Rynoth 
 Vyrax 
 Manticore 
 Narloc 
 Wyvern 
Correct H.
 Narloc 
 Wyvern 
 Rynoth 
 Vyrax 
 Manticore 
 Bellen 
 Sphinx 
 Chimera 
Incorrect MC

04d1_4df1

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Xeraph 
 Chimera 
 Lystra 
 Hydra 
 Inktoad 
 Phoenix 
 Yawclor 
 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?

A.
 Vyrax 
 Inktoad 
 Yawclor 
 Hydra 
 Phoenix 
 Chimera 
 Lystra 
 Xeraph 
Incorrect B.
 Xeraph 
 Phoenix 
 Yawclor 
 Hydra 
 Inktoad 
 Chimera 
 Lystra 
 Vyrax 
Correct C.
 Xeraph 
 Vyrax 
 Chimera 
 Lystra 
 Phoenix 
 Yawclor 
 Hydra 
 Inktoad 
Incorrect D.
 Vyrax 
 Chimera 
 Lystra 
 Yawclor 
 Hydra 
 Inktoad 
 Phoenix 
 Xeraph 
Incorrect E.
 Vyrax 
 Hydra 
 Phoenix 
 Yawclor 
 Inktoad 
 Chimera 
 Lystra 
 Xeraph 
Incorrect F.
 Xeraph 
 Phoenix 
 Hydra 
 Yawclor 
 Inktoad 
 Chimera 
 Lystra 
 Vyrax 
Incorrect G.
 Vyrax 
 Chimera 
 Lystra 
 Yawclor 
 Hydra 
 Phoenix 
 Inktoad 
 Xeraph 
Incorrect H.
 Chimera 
 Lystra 
 Inktoad 
 Phoenix 
 Yawclor 
 Hydra 
 Vyrax 
 Xeraph 
Incorrect MC

dfbd_a744

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Chimera 
 Xeraph 
 Yawclor 
 Quokka 
 Jackalope 
 Lystra 
 Zypher 
 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?

A.
 Chimera 
 Jackalope 
 Zypher 
 Lystra 
 Quokka 
 Xeraph 
 Yawclor 
 Manticore 
Incorrect B.
 Manticore 
 Xeraph 
 Yawclor 
 Lystra 
 Jackalope 
 Zypher 
 Quokka 
 Chimera 
Incorrect C.
 Chimera 
 Manticore 
 Xeraph 
 Yawclor 
 Quokka 
 Zypher 
 Jackalope 
 Lystra 
Incorrect D.
 Manticore 
 Xeraph 
 Yawclor 
 Lystra 
 Zypher 
 Jackalope 
 Quokka 
 Chimera 
Incorrect E.
 Chimera 
 Quokka 
 Zypher 
 Jackalope 
 Lystra 
 Xeraph 
 Yawclor 
 Manticore 
Incorrect F.
 Chimera 
 Manticore 
 Xeraph 
 Yawclor 
 Quokka 
 Jackalope 
 Lystra 
 Zypher 
Correct G.
 Chimera 
 Xeraph 
 Yawclor 
 Jackalope 
 Quokka 
 Lystra 
 Zypher 
 Manticore 
Incorrect H.
 Xeraph 
 Yawclor 
 Zypher 
 Quokka 
 Jackalope 
 Lystra 
 Manticore 
 Chimera 
Incorrect MC

41eb_531f

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Ashen 
 Thorret 
 Dibblet 
 Phoenix 
 Lystra 
 Wyvern 
 Faylen 
 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?

A.
 Hydra 
 Wyvern 
 Faylen 
 Phoenix 
 Dibblet 
 Lystra 
 Ashen 
 Thorret 
Incorrect B.
 Ashen 
 Thorret 
 Dibblet 
 Lystra 
 Phoenix 
 Faylen 
 Hydra 
 Wyvern 
Incorrect C.
 Ashen 
 Thorret 
 Hydra 
 Faylen 
 Wyvern 
 Dibblet 
 Lystra 
 Phoenix 
Incorrect D.
 Dibblet 
 Lystra 
 Phoenix 
 Faylen 
 Wyvern 
 Hydra 
 Ashen 
 Thorret 
Incorrect E.
 Faylen 
 Wyvern 
 Hydra 
 Lystra 
 Dibblet 
 Phoenix 
 Ashen 
 Thorret 
Incorrect F.
 Ashen 
 Thorret 
 Hydra 
 Wyvern 
 Faylen 
 Dibblet 
 Phoenix 
 Lystra 
Incorrect G.
 Faylen 
 Hydra 
 Wyvern 
 Lystra 
 Dibblet 
 Phoenix 
 Ashen 
 Thorret 
Correct H.
 Dibblet 
 Lystra 
 Phoenix 
 Faylen 
 Hydra 
 Wyvern 
 Ashen 
 Thorret 
Incorrect MC

346b_6287

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Manticore 
 Gorret 
 Rynoth 
 Yawclor 
 Ashen 
 Narloc 
 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?

A.
 Chimera 
 Elwet 
 Narloc 
 Rynoth 
 Ashen 
 Yawclor 
 Gorret 
 Manticore 
Incorrect B.
 Chimera 
 Elwet 
 Narloc 
 Yawclor 
 Rynoth 
 Ashen 
 Gorret 
 Manticore 
Incorrect C.
 Chimera 
 Elwet 
 Gorret 
 Ashen 
 Narloc 
 Rynoth 
 Yawclor 
 Manticore 
Incorrect D.
 Manticore 
 Chimera 
 Elwet 
 Gorret 
 Yawclor 
 Ashen 
 Narloc 
 Rynoth 
Incorrect E.
 Manticore 
 Chimera 
 Elwet 
 Rynoth 
 Yawclor 
 Ashen 
 Narloc 
 Gorret 
Incorrect F.
 Gorret 
 Ashen 
 Narloc 
 Rynoth 
 Yawclor 
 Chimera 
 Elwet 
 Manticore 
Incorrect G.
 Manticore 
 Gorret 
 Yawclor 
 Ashen 
 Rynoth 
 Narloc 
 Chimera 
 Elwet 
Incorrect H.
 Manticore 
 Chimera 
 Elwet 
 Ashen 
 Narloc 
 Rynoth 
 Yawclor 
 Gorret 
Correct MC

38ad_f221

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Unicorn 
 Hydra 
 Sphinx 
 Yawclor 
 Quokka 
 Ashen 
 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?

A.
 Unicorn 
 Hydra 
 Sphinx 
 Zypher 
 Vyrax 
 Ashen 
 Quokka 
 Yawclor 
Incorrect B.
 Hydra 
 Sphinx 
 Unicorn 
 Vyrax 
 Yawclor 
 Ashen 
 Quokka 
 Zypher 
Incorrect C.
 Sphinx 
 Hydra 
 Unicorn 
 Ashen 
 Vyrax 
 Quokka 
 Yawclor 
 Zypher 
Incorrect D.
 Yawclor 
 Quokka 
 Ashen 
 Vyrax 
 Zypher 
 Hydra 
 Sphinx 
 Unicorn 
Incorrect E.
 Unicorn 
 Hydra 
 Sphinx 
 Ashen 
 Quokka 
 Vyrax 
 Yawclor 
 Zypher 
Incorrect F.
 Quokka 
 Yawclor 
 Ashen 
 Vyrax 
 Zypher 
 Hydra 
 Sphinx 
 Unicorn 
Incorrect G.
 Hydra 
 Sphinx 
 Unicorn 
 Zypher 
 Ashen 
 Vyrax 
 Quokka 
 Yawclor 
Correct H.
 Zypher 
 Quokka 
 Vyrax 
 Ashen 
 Yawclor 
 Hydra 
 Sphinx 
 Unicorn 
Incorrect MC

55ed_7a88

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Dibblet 
 Bellen 
 Kraken 
 Elwet 
 Phoenix 
 Quokka 
 Sphinx 
 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?

A.
 Kraken 
 Bellen 
 Hydra 
 Quokka 
 Sphinx 
 Elwet 
 Phoenix 
 Dibblet 
Incorrect B.
 Dibblet 
 Elwet 
 Phoenix 
 Sphinx 
 Hydra 
 Quokka 
 Bellen 
 Kraken 
Incorrect C.
 Dibblet 
 Bellen 
 Kraken 
 Hydra 
 Quokka 
 Sphinx 
 Phoenix 
 Elwet 
Incorrect D.
 Dibblet 
 Bellen 
 Kraken 
 Phoenix 
 Quokka 
 Sphinx 
 Hydra 
 Elwet 
Incorrect E.
 Elwet 
 Phoenix 
 Hydra 
 Sphinx 
 Quokka 
 Bellen 
 Kraken 
 Dibblet 
Incorrect F.
 Elwet 
 Phoenix 
 Quokka 
 Sphinx 
 Hydra 
 Bellen 
 Kraken 
 Dibblet 
Correct G.
 Bellen 
 Kraken 
 Quokka 
 Hydra 
 Sphinx 
 Elwet 
 Phoenix 
 Dibblet 
Incorrect H.
 Elwet 
 Quokka 
 Sphinx 
 Hydra 
 Phoenix 
 Bellen 
 Kraken 
 Dibblet 
Incorrect MC

159e_9850

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Gorret 
 Narloc 
 Sphinx 
 Quokka 
 Wyvern 
 Rynoth 
 Vyrax 
 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?

A.
 Manticore 
 Vyrax 
 Rynoth 
 Wyvern 
 Quokka 
 Sphinx 
 Gorret 
 Narloc 
Incorrect B.
 Quokka 
 Manticore 
 Rynoth 
 Vyrax 
 Wyvern 
 Sphinx 
 Gorret 
 Narloc 
Incorrect C.
 Quokka 
 Manticore 
 Wyvern 
 Rynoth 
 Vyrax 
 Sphinx 
 Gorret 
 Narloc 
Correct D.
 Gorret 
 Narloc 
 Sphinx 
 Rynoth 
 Vyrax 
 Wyvern 
 Manticore 
 Quokka 
Incorrect E.
 Gorret 
 Narloc 
 Sphinx 
 Quokka 
 Manticore 
 Wyvern 
 Rynoth 
 Vyrax 
Incorrect F.
 Rynoth 
 Wyvern 
 Vyrax 
 Manticore 
 Quokka 
 Sphinx 
 Gorret 
 Narloc 
Incorrect G.
 Gorret 
 Narloc 
 Sphinx 
 Wyvern 
 Manticore 
 Rynoth 
 Vyrax 
 Quokka 
Incorrect H.
 Gorret 
 Narloc 
 Manticore 
 Rynoth 
 Vyrax 
 Wyvern 
 Quokka 
 Sphinx 
Incorrect MC

44dc_89bd

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Ashen 
 Quokka 
 Narloc 
 Oclora 
 Lystra 
 Dibblet 
 Chimera 
 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?

A.
 Dibblet 
 Chimera 
 Unicorn 
 Lystra 
 Oclora 
 Quokka 
 Narloc 
 Ashen 
Incorrect B.
 Quokka 
 Narloc 
 Oclora 
 Chimera 
 Lystra 
 Dibblet 
 Unicorn 
 Ashen 
Incorrect C.
 Narloc 
 Oclora 
 Quokka 
 Dibblet 
 Lystra 
 Chimera 
 Unicorn 
 Ashen 
Incorrect D.
 Chimera 
 Unicorn 
 Dibblet 
 Lystra 
 Narloc 
 Quokka 
 Oclora 
 Ashen 
Incorrect E.
 Ashen 
 Narloc 
 Oclora 
 Quokka 
 Lystra 
 Unicorn 
 Chimera 
 Dibblet 
Incorrect F.
 Ashen 
 Unicorn 
 Chimera 
 Dibblet 
 Lystra 
 Narloc 
 Oclora 
 Quokka 
Incorrect G.
 Dibblet 
 Chimera 
 Unicorn 
 Lystra 
 Quokka 
 Narloc 
 Oclora 
 Ashen 
Correct H.
 Quokka 
 Narloc 
 Oclora 
 Lystra 
 Chimera 
 Dibblet 
 Unicorn 
 Ashen 
Incorrect MC

72b2_2ccc

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Faylen 
 Phoenix 
 Ashen 
 Elwet 
 Kraken 
 Unicorn 
 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?

A.
 Faylen 
 Phoenix 
 Ashen 
 Elwet 
 Kraken 
 Rynoth 
 Xeraph 
 Unicorn 
Correct B.
 Faylen 
 Phoenix 
 Ashen 
 Elwet 
 Xeraph 
 Rynoth 
 Unicorn 
 Kraken 
Incorrect C.
 Elwet 
 Faylen 
 Ashen 
 Phoenix 
 Kraken 
 Rynoth 
 Xeraph 
 Unicorn 
Incorrect D.
 Faylen 
 Phoenix 
 Ashen 
 Elwet 
 Rynoth 
 Unicorn 
 Xeraph 
 Kraken 
Incorrect E.
 Kraken 
 Rynoth 
 Xeraph 
 Unicorn 
 Ashen 
 Elwet 
 Faylen 
 Phoenix 
Incorrect F.
 Kraken 
 Unicorn 
 Xeraph 
 Rynoth 
 Faylen 
 Phoenix 
 Ashen 
 Elwet 
Incorrect G.
 Faylen 
 Phoenix 
 Ashen 
 Elwet 
 Kraken 
 Xeraph 
 Rynoth 
 Unicorn 
Incorrect H.
 Rynoth 
 Xeraph 
 Unicorn 
 Kraken 
 Faylen 
 Phoenix 
 Ashen 
 Elwet 
Incorrect MC

18b3_f422

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Unicorn 
 Inktoad 
 Sphinx 
 Ashen 
 Zypher 
 Dibblet 
 Thorret 
 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?

A.
 Ashen 
 Thorret 
 Zypher 
 Dibblet 
 Inktoad 
 Sphinx 
 Lystra 
 Unicorn 
Incorrect B.
 Lystra 
 Ashen 
 Zypher 
 Dibblet 
 Thorret 
 Inktoad 
 Sphinx 
 Unicorn 
Correct C.
 Inktoad 
 Sphinx 
 Ashen 
 Thorret 
 Zypher 
 Dibblet 
 Lystra 
 Unicorn 
Incorrect D.
 Unicorn 
 Lystra 
 Thorret 
 Dibblet 
 Zypher 
 Ashen 
 Inktoad 
 Sphinx 
Incorrect E.
 Inktoad 
 Sphinx 
 Zypher 
 Ashen 
 Dibblet 
 Thorret 
 Lystra 
 Unicorn 
Incorrect F.
 Lystra 
 Zypher 
 Dibblet 
 Thorret 
 Ashen 
 Inktoad 
 Sphinx 
 Unicorn 
Incorrect G.
 Inktoad 
 Sphinx 
 Dibblet 
 Thorret 
 Ashen 
 Zypher 
 Lystra 
 Unicorn 
Incorrect H.
 Inktoad 
 Sphinx 
 Ashen 
 Dibblet 
 Thorret 
 Zypher 
 Lystra 
 Unicorn 
Incorrect MC

2af2_adcc

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Bellen 
 Thorret 
 Zypher 
 Inktoad 
 Narloc 
 Faylen 
 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?

A.
 Faylen 
 Ashen 
 Lystra 
 Bellen 
 Narloc 
 Thorret 
 Zypher 
 Inktoad 
Incorrect B.
 Bellen 
 Thorret 
 Zypher 
 Inktoad 
 Narloc 
 Ashen 
 Faylen 
 Lystra 
Incorrect C.
 Inktoad 
 Narloc 
 Zypher 
 Thorret 
 Bellen 
 Ashen 
 Lystra 
 Faylen 
Incorrect D.
 Faylen 
 Ashen 
 Lystra 
 Bellen 
 Inktoad 
 Narloc 
 Thorret 
 Zypher 
Correct E.
 Thorret 
 Zypher 
 Inktoad 
 Narloc 
 Bellen 
 Faylen 
 Ashen 
 Lystra 
Incorrect F.
 Thorret 
 Zypher 
 Inktoad 
 Narloc 
 Bellen 
 Faylen 
 Lystra 
 Ashen 
Incorrect G.
 Ashen 
 Lystra 
 Faylen 
 Bellen 
 Thorret 
 Zypher 
 Inktoad 
 Narloc 
Incorrect H.
 Inktoad 
 Narloc 
 Thorret 
 Zypher 
 Bellen 
 Faylen 
 Ashen 
 Lystra 
Incorrect MC

9da9_9460

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Dibblet 
 Chimera 
 Sphinx 
 Thorret 
 Ashen 
 Elwet 
 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?

A.
 Dibblet 
 Ashen 
 Elwet 
 Thorret 
 Chimera 
 Sphinx 
 Faylen 
 Quokka 
Correct B.
 Dibblet 
 Ashen 
 Elwet 
 Chimera 
 Thorret 
 Sphinx 
 Faylen 
 Quokka 
Incorrect C.
 Dibblet 
 Faylen 
 Quokka 
 Sphinx 
 Thorret 
 Chimera 
 Ashen 
 Elwet 
Incorrect D.
 Dibblet 
 Elwet 
 Ashen 
 Chimera 
 Sphinx 
 Thorret 
 Faylen 
 Quokka 
Incorrect E.
 Faylen 
 Quokka 
 Elwet 
 Chimera 
 Sphinx 
 Thorret 
 Ashen 
 Dibblet 
Incorrect F.
 Dibblet 
 Faylen 
 Quokka 
 Elwet 
 Chimera 
 Sphinx 
 Thorret 
 Ashen 
Incorrect G.
 Dibblet 
 Thorret 
 Chimera 
 Sphinx 
 Ashen 
 Elwet 
 Quokka 
 Faylen 
Incorrect H.
 Faylen 
 Quokka 
 Elwet 
 Ashen 
 Sphinx 
 Chimera 
 Thorret 
 Dibblet 
Incorrect MC

a8a3_ee29

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Chimera 
 Rynoth 
 Xeraph 
 Yawclor 
 Jackalope 
 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?

A.
 Faylen 
 Jackalope 
 Narloc 
 Wyvern 
 Xeraph 
 Yawclor 
 Chimera 
 Rynoth 
Incorrect B.
 Faylen 
 Narloc 
 Jackalope 
 Wyvern 
 Xeraph 
 Yawclor 
 Chimera 
 Rynoth 
Incorrect C.
 Faylen 
 Narloc 
 Jackalope 
 Wyvern 
 Chimera 
 Rynoth 
 Xeraph 
 Yawclor 
Incorrect D.
 Rynoth 
 Yawclor 
 Chimera 
 Xeraph 
 Jackalope 
 Wyvern 
 Faylen 
 Narloc 
Incorrect E.
 Faylen 
 Wyvern 
 Jackalope 
 Narloc 
 Xeraph 
 Yawclor 
 Chimera 
 Rynoth 
Incorrect F.
 Chimera 
 Rynoth 
 Xeraph 
 Yawclor 
 Faylen 
 Narloc 
 Jackalope 
 Wyvern 
Correct G.
 Faylen 
 Narloc 
 Jackalope 
 Wyvern 
 Chimera 
 Rynoth 
 Xeraph 
 Yawclor 
Incorrect H.
 Faylen 
 Wyvern 
 Jackalope 
 Narloc 
 Xeraph 
 Yawclor 
 Chimera 
 Rynoth 
Incorrect MC

46d2_cae9

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Bellen 
 Ashen 
 Sphinx 
 Wyvern 
 Inktoad 
 Unicorn 
 Kraken 
 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?

A.
 Kraken 
 Manticore 
 Ashen 
 Inktoad 
 Unicorn 
 Sphinx 
 Wyvern 
 Bellen 
Incorrect B.
 Sphinx 
 Inktoad 
 Wyvern 
 Unicorn 
 Ashen 
 Bellen 
 Kraken 
 Manticore 
Incorrect C.
 Kraken 
 Manticore 
 Bellen 
 Ashen 
 Sphinx 
 Unicorn 
 Wyvern 
 Inktoad 
Incorrect D.
 Inktoad 
 Unicorn 
 Sphinx 
 Wyvern 
 Ashen 
 Bellen 
 Kraken 
 Manticore 
Incorrect E.
 Bellen 
 Ashen 
 Wyvern 
 Unicorn 
 Inktoad 
 Sphinx 
 Kraken 
 Manticore 
Incorrect F.
 Kraken 
 Manticore 
 Bellen 
 Inktoad 
 Unicorn 
 Sphinx 
 Wyvern 
 Ashen 
Correct G.
 Bellen 
 Wyvern 
 Inktoad 
 Sphinx 
 Unicorn 
 Ashen 
 Kraken 
 Manticore 
Incorrect H.
 Unicorn 
 Inktoad 
 Sphinx 
 Wyvern 
 Ashen 
 Bellen 
 Kraken 
 Manticore 
Incorrect MC

d537_5baf

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Narloc 
 Inktoad 
 Jackalope 
 Thorret 
 Gorret 
 Oclora 
 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?

A.
 Narloc 
 Gorret 
 Oclora 
 Bellen 
 Jackalope 
 Thorret 
 Inktoad 
 Zypher 
Incorrect B.
 Narloc 
 Zypher 
 Jackalope 
 Gorret 
 Bellen 
 Oclora 
 Thorret 
 Inktoad 
Incorrect C.
 Inktoad 
 Oclora 
 Bellen 
 Gorret 
 Jackalope 
 Thorret 
 Zypher 
 Narloc 
Incorrect D.
 Inktoad 
 Thorret 
 Jackalope 
 Gorret 
 Bellen 
 Oclora 
 Zypher 
 Narloc 
Incorrect E.
 Narloc 
 Inktoad 
 Gorret 
 Oclora 
 Bellen 
 Jackalope 
 Thorret 
 Zypher 
Correct F.
 Narloc 
 Inktoad 
 Bellen 
 Gorret 
 Oclora 
 Jackalope 
 Thorret 
 Zypher 
Incorrect G.
 Narloc 
 Zypher 
 Inktoad 
 Bellen 
 Oclora 
 Gorret 
 Jackalope 
 Thorret 
Incorrect H.
 Narloc 
 Inktoad 
 Jackalope 
 Gorret 
 Oclora 
 Bellen 
 Thorret 
 Zypher 
Incorrect MC

cbdd_8577

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Jackalope 
 Xeraph 
 Rynoth 
 Dibblet 
 Bellen 
 Thorret 
 Oclora 
 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?

A.
 Jackalope 
 Xeraph 
 Oclora 
 Vyrax 
 Bellen 
 Thorret 
 Dibblet 
 Rynoth 
Correct B.
 Xeraph 
 Dibblet 
 Bellen 
 Thorret 
 Vyrax 
 Oclora 
 Rynoth 
 Jackalope 
Incorrect C.
 Xeraph 
 Rynoth 
 Bellen 
 Thorret 
 Oclora 
 Vyrax 
 Dibblet 
 Jackalope 
Incorrect D.
 Rynoth 
 Dibblet 
 Thorret 
 Bellen 
 Oclora 
 Vyrax 
 Xeraph 
 Jackalope 
Incorrect E.
 Rynoth 
 Thorret 
 Oclora 
 Vyrax 
 Bellen 
 Dibblet 
 Xeraph 
 Jackalope 
Incorrect F.
 Thorret 
 Bellen 
 Vyrax 
 Oclora 
 Dibblet 
 Rynoth 
 Xeraph 
 Jackalope 
Incorrect G.
 Jackalope 
 Xeraph 
 Rynoth 
 Dibblet 
 Vyrax 
 Bellen 
 Oclora 
 Thorret 
Incorrect H.
 Jackalope 
 Xeraph 
 Bellen 
 Thorret 
 Oclora 
 Vyrax 
 Dibblet 
 Rynoth 
Incorrect MC

472e_eaf6

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Yawclor 
 Kraken 
 Thorret 
 Rynoth 
 Faylen 
 Oclora 
 Inktoad 
 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?

A.
 Rynoth 
 Kraken 
 Thorret 
 Yawclor 
 Inktoad 
 Narloc 
 Faylen 
 Oclora 
Incorrect B.
 Inktoad 
 Narloc 
 Faylen 
 Oclora 
 Rynoth 
 Thorret 
 Yawclor 
 Kraken 
Incorrect C.
 Yawclor 
 Kraken 
 Thorret 
 Rynoth 
 Inktoad 
 Narloc 
 Faylen 
 Oclora 
Incorrect D.
 Inktoad 
 Narloc 
 Faylen 
 Oclora 
 Thorret 
 Kraken 
 Yawclor 
 Rynoth 
Incorrect E.
 Rynoth 
 Kraken 
 Thorret 
 Yawclor 
 Faylen 
 Oclora 
 Inktoad 
 Narloc 
Correct F.
 Faylen 
 Inktoad 
 Narloc 
 Oclora 
 Rynoth 
 Yawclor 
 Kraken 
 Thorret 
Incorrect G.
 Kraken 
 Thorret 
 Yawclor 
 Rynoth 
 Faylen 
 Oclora 
 Inktoad 
 Narloc 
Incorrect H.
 Thorret 
 Kraken 
 Yawclor 
 Rynoth 
 Inktoad 
 Narloc 
 Faylen 
 Oclora 
Incorrect MC

9d8f_47cb

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Dibblet 
 Gorret 
 Ashen 
 Inktoad 
 Rynoth 
 Xeraph 
 Wyvern 
 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?

A.
 Ashen 
 Wyvern 
 Xeraph 
 Rynoth 
 Inktoad 
 Kraken 
 Gorret 
 Dibblet 
Incorrect B.
 Dibblet 
 Gorret 
 Inktoad 
 Ashen 
 Wyvern 
 Xeraph 
 Rynoth 
 Kraken 
Incorrect C.
 Dibblet 
 Kraken 
 Ashen 
 Inktoad 
 Rynoth 
 Xeraph 
 Wyvern 
 Gorret 
Correct D.
 Dibblet 
 Ashen 
 Wyvern 
 Rynoth 
 Xeraph 
 Inktoad 
 Kraken 
 Gorret 
Incorrect E.
 Dibblet 
 Gorret 
 Kraken 
 Ashen 
 Wyvern 
 Rynoth 
 Xeraph 
 Inktoad 
Incorrect F.
 Gorret 
 Rynoth 
 Wyvern 
 Xeraph 
 Ashen 
 Inktoad 
 Kraken 
 Dibblet 
Incorrect G.
 Gorret 
 Kraken 
 Ashen 
 Rynoth 
 Wyvern 
 Xeraph 
 Inktoad 
 Dibblet 
Incorrect H.
 Dibblet 
 Kraken 
 Ashen 
 Inktoad 
 Xeraph 
 Rynoth 
 Wyvern 
 Gorret 
Incorrect MC

e6b7_7126

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Ashen 
 Quokka 
 Rynoth 
 Zypher 
 Bellen 
 Oclora 
 Elwet 
 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?

A.
 Ashen 
 Quokka 
 Rynoth 
 Manticore 
 Elwet 
 Zypher 
 Bellen 
 Oclora 
Incorrect B.
 Manticore 
 Bellen 
 Oclora 
 Zypher 
 Elwet 
 Rynoth 
 Ashen 
 Quokka 
Incorrect C.
 Ashen 
 Quokka 
 Rynoth 
 Elwet 
 Manticore 
 Bellen 
 Oclora 
 Zypher 
Incorrect D.
 Elwet 
 Manticore 
 Bellen 
 Oclora 
 Zypher 
 Rynoth 
 Ashen 
 Quokka 
Correct E.
 Oclora 
 Zypher 
 Bellen 
 Elwet 
 Manticore 
 Rynoth 
 Ashen 
 Quokka 
Incorrect F.
 Ashen 
 Quokka 
 Bellen 
 Zypher 
 Oclora 
 Manticore 
 Elwet 
 Rynoth 
Incorrect G.
 Ashen 
 Quokka 
 Elwet 
 Manticore 
 Oclora 
 Bellen 
 Zypher 
 Rynoth 
Incorrect H.
 Ashen 
 Quokka 
 Manticore 
 Oclora 
 Zypher 
 Bellen 
 Elwet 
 Rynoth 
Incorrect MC

51eb_0cc8

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Sphinx 
 Chimera 
 Hydra 
 Zypher 
 Unicorn 
 Elwet 
 Faylen 
 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?

A.
 Elwet 
 Faylen 
 Hydra 
 Unicorn 
 Chimera 
 Zypher 
 Sphinx 
 Phoenix 
Incorrect B.
 Phoenix 
 Sphinx 
 Elwet 
 Faylen 
 Hydra 
 Zypher 
 Chimera 
 Unicorn 
Incorrect C.
 Chimera 
 Zypher 
 Hydra 
 Unicorn 
 Elwet 
 Faylen 
 Sphinx 
 Phoenix 
Incorrect D.
 Phoenix 
 Sphinx 
 Elwet 
 Faylen 
 Unicorn 
 Hydra 
 Zypher 
 Chimera 
Correct E.
 Sphinx 
 Elwet 
 Faylen 
 Unicorn 
 Zypher 
 Chimera 
 Hydra 
 Phoenix 
Incorrect F.
 Chimera 
 Unicorn 
 Hydra 
 Zypher 
 Elwet 
 Faylen 
 Sphinx 
 Phoenix 
Incorrect G.
 Elwet 
 Faylen 
 Chimera 
 Hydra 
 Zypher 
 Unicorn 
 Sphinx 
 Phoenix 
Incorrect H.
 Sphinx 
 Elwet 
 Faylen 
 Chimera 
 Unicorn 
 Hydra 
 Zypher 
 Phoenix 
Incorrect MC

1d8e_6907

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 8 leaves. This phylogenetic tree is affectionately called: "8balanced".

tree code common name: 8balanced
 Bellen 
 Lystra 
 Faylen 
 Manticore 
 Phoenix 
 Rynoth 
 Chimera 
 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?

A.
 Rynoth 
 Vyrax 
 Chimera 
 Phoenix 
 Faylen 
 Manticore 
 Bellen 
 Lystra 
Incorrect B.
 Faylen 
 Manticore 
 Bellen 
 Lystra 
 Phoenix 
 Rynoth 
 Chimera 
 Vyrax 
Incorrect C.
 Phoenix 
 Rynoth 
 Chimera 
 Vyrax 
 Lystra 
 Manticore 
 Bellen 
 Faylen 
Incorrect D.
 Phoenix 
 Rynoth 
 Chimera 
 Vyrax 
 Bellen 
 Manticore 
 Faylen 
 Lystra 
Incorrect E.
 Chimera 
 Vyrax 
 Phoenix 
 Rynoth 
 Bellen 
 Lystra 
 Faylen 
 Manticore 
Incorrect F.
 Faylen 
 Manticore 
 Bellen 
 Lystra 
 Phoenix 
 Rynoth 
 Chimera 
 Vyrax 
Correct G.
 Phoenix 
 Rynoth 
 Chimera 
 Vyrax 
 Bellen 
 Manticore 
 Faylen 
 Lystra 
Incorrect H.
 Bellen 
 Lystra 
 Faylen 
 Manticore 
 Chimera 
 Vyrax 
 Phoenix 
 Rynoth 
Incorrect MC

0016_6c4f

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Faylen 
 Manticore 
 Yawclor 
 Jackalope 
 Quokka 
 Kraken 
 Hydra 
 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?

A.
 Jackalope 
 Kraken 
 Quokka 
 Faylen 
 Yawclor 
 Manticore 
 Hydra 
 Phoenix 
Incorrect B.
 Hydra 
 Phoenix 
 Jackalope 
 Quokka 
 Kraken 
 Manticore 
 Yawclor 
 Faylen 
Incorrect C.
 Yawclor 
 Faylen 
 Manticore 
 Quokka 
 Jackalope 
 Kraken 
 Hydra 
 Phoenix 
Incorrect D.
 Kraken 
 Quokka 
 Jackalope 
 Manticore 
 Yawclor 
 Faylen 
 Hydra 
 Phoenix 
Incorrect E.
 Hydra 
 Phoenix 
 Yawclor 
 Faylen 
 Manticore 
 Kraken 
 Quokka 
 Jackalope 
Incorrect F.
 Hydra 
 Phoenix 
 Faylen 
 Yawclor 
 Manticore 
 Kraken 
 Jackalope 
 Quokka 
Incorrect G.
 Quokka 
 Jackalope 
 Kraken 
 Faylen 
 Manticore 
 Yawclor 
 Hydra 
 Phoenix 
Incorrect H.
 Jackalope 
 Quokka 
 Kraken 
 Faylen 
 Manticore 
 Yawclor 
 Hydra 
 Phoenix 
Correct MC

8a52_386a

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Ashen 
 Elwet 
 Gorret 
 Kraken 
 Sphinx 
 Vyrax 
 Chimera 
 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?

A.
 Ashen 
 Elwet 
 Chimera 
 Jackalope 
 Sphinx 
 Gorret 
 Kraken 
 Vyrax 
Incorrect B.
 Chimera 
 Jackalope 
 Gorret 
 Kraken 
 Sphinx 
 Vyrax 
 Ashen 
 Elwet 
Incorrect C.
 Vyrax 
 Gorret 
 Sphinx 
 Kraken 
 Chimera 
 Jackalope 
 Ashen 
 Elwet 
Incorrect D.
 Ashen 
 Elwet 
 Chimera 
 Jackalope 
 Sphinx 
 Kraken 
 Vyrax 
 Gorret 
Incorrect E.
 Ashen 
 Elwet 
 Chimera 
 Jackalope 
 Vyrax 
 Sphinx 
 Gorret 
 Kraken 
Incorrect F.
 Ashen 
 Elwet 
 Chimera 
 Jackalope 
 Gorret 
 Kraken 
 Sphinx 
 Vyrax 
Correct G.
 Chimera 
 Jackalope 
 Gorret 
 Kraken 
 Sphinx 
 Vyrax 
 Ashen 
 Elwet 
Incorrect H.
 Chimera 
 Jackalope 
 Kraken 
 Sphinx 
 Gorret 
 Vyrax 
 Ashen 
 Elwet 
Incorrect MC

f801_5531

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Chimera 
 Unicorn 
 Gorret 
 Hydra 
 Oclora 
 Sphinx 
 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?

A.
 Gorret 
 Hydra 
 Chimera 
 Unicorn 
 Oclora 
 Sphinx 
 Faylen 
 Wyvern 
Incorrect B.
 Chimera 
 Unicorn 
 Gorret 
 Hydra 
 Faylen 
 Wyvern 
 Oclora 
 Sphinx 
Incorrect C.
 Gorret 
 Hydra 
 Chimera 
 Unicorn 
 Oclora 
 Wyvern 
 Faylen 
 Sphinx 
Incorrect D.
 Sphinx 
 Wyvern 
 Faylen 
 Oclora 
 Gorret 
 Hydra 
 Chimera 
 Unicorn 
Incorrect E.
 Chimera 
 Unicorn 
 Gorret 
 Hydra 
 Faylen 
 Wyvern 
 Oclora 
 Sphinx 
Incorrect F.
 Faylen 
 Oclora 
 Sphinx 
 Wyvern 
 Chimera 
 Unicorn 
 Gorret 
 Hydra 
Incorrect G.
 Oclora 
 Sphinx 
 Faylen 
 Wyvern 
 Gorret 
 Unicorn 
 Chimera 
 Hydra 
Incorrect H.
 Oclora 
 Sphinx 
 Faylen 
 Wyvern 
 Gorret 
 Hydra 
 Chimera 
 Unicorn 
Correct MC

792e_eb02

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Faylen 
 Unicorn 
 Inktoad 
 Lystra 
 Ashen 
 Gorret 
 Thorret 
 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?

A.
 Quokka 
 Faylen 
 Gorret 
 Thorret 
 Ashen 
 Inktoad 
 Unicorn 
 Lystra 
Incorrect B.
 Quokka 
 Faylen 
 Ashen 
 Lystra 
 Inktoad 
 Unicorn 
 Gorret 
 Thorret 
Incorrect C.
 Lystra 
 Unicorn 
 Ashen 
 Inktoad 
 Gorret 
 Thorret 
 Faylen 
 Quokka 
Incorrect D.
 Quokka 
 Gorret 
 Thorret 
 Ashen 
 Unicorn 
 Inktoad 
 Lystra 
 Faylen 
Incorrect E.
 Faylen 
 Unicorn 
 Ashen 
 Inktoad 
 Lystra 
 Gorret 
 Thorret 
 Quokka 
Incorrect F.
 Faylen 
 Gorret 
 Thorret 
 Ashen 
 Unicorn 
 Inktoad 
 Lystra 
 Quokka 
Correct G.
 Quokka 
 Ashen 
 Lystra 
 Unicorn 
 Inktoad 
 Gorret 
 Thorret 
 Faylen 
Incorrect H.
 Faylen 
 Gorret 
 Thorret 
 Ashen 
 Unicorn 
 Inktoad 
 Lystra 
 Quokka 
Incorrect MC

a443_62ca

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Chimera 
 Jackalope 
 Sphinx 
 Elwet 
 Unicorn 
 Hydra 
 Ashen 
 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?

A.
 Sphinx 
 Chimera 
 Jackalope 
 Unicorn 
 Ashen 
 Faylen 
 Hydra 
 Elwet 
Incorrect B.
 Jackalope 
 Sphinx 
 Chimera 
 Elwet 
 Unicorn 
 Hydra 
 Ashen 
 Faylen 
Incorrect C.
 Elwet 
 Unicorn 
 Ashen 
 Faylen 
 Hydra 
 Chimera 
 Sphinx 
 Jackalope 
Incorrect D.
 Ashen 
 Faylen 
 Hydra 
 Elwet 
 Unicorn 
 Sphinx 
 Chimera 
 Jackalope 
Correct E.
 Ashen 
 Faylen 
 Hydra 
 Elwet 
 Unicorn 
 Chimera 
 Jackalope 
 Sphinx 
Incorrect F.
 Jackalope 
 Chimera 
 Sphinx 
 Faylen 
 Hydra 
 Ashen 
 Elwet 
 Unicorn 
Incorrect G.
 Chimera 
 Jackalope 
 Sphinx 
 Elwet 
 Unicorn 
 Faylen 
 Hydra 
 Ashen 
Incorrect H.
 Sphinx 
 Chimera 
 Jackalope 
 Ashen 
 Hydra 
 Faylen 
 Elwet 
 Unicorn 
Incorrect MC

a4a9_1530

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Ashen 
 Wyvern 
 Dibblet 
 Inktoad 
 Vyrax 
 Elwet 
 Phoenix 
 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?

A.
 Elwet 
 Inktoad 
 Vyrax 
 Ashen 
 Dibblet 
 Wyvern 
 Phoenix 
 Xeraph 
Incorrect B.
 Elwet 
 Inktoad 
 Vyrax 
 Wyvern 
 Ashen 
 Dibblet 
 Phoenix 
 Xeraph 
Incorrect C.
 Wyvern 
 Ashen 
 Dibblet 
 Inktoad 
 Elwet 
 Vyrax 
 Phoenix 
 Xeraph 
Incorrect D.
 Dibblet 
 Ashen 
 Wyvern 
 Elwet 
 Vyrax 
 Inktoad 
 Phoenix 
 Xeraph 
Incorrect E.
 Ashen 
 Wyvern 
 Dibblet 
 Elwet 
 Inktoad 
 Vyrax 
 Phoenix 
 Xeraph 
Incorrect F.
 Elwet 
 Inktoad 
 Vyrax 
 Dibblet 
 Ashen 
 Wyvern 
 Phoenix 
 Xeraph 
Correct G.
 Dibblet 
 Wyvern 
 Ashen 
 Elwet 
 Inktoad 
 Vyrax 
 Phoenix 
 Xeraph 
Incorrect H.
 Phoenix 
 Xeraph 
 Dibblet 
 Wyvern 
 Ashen 
 Vyrax 
 Elwet 
 Inktoad 
Incorrect MC

231f_e36a

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Bellen 
 Kraken 
 Zypher 
 Lystra 
 Vyrax 
 Xeraph 
 Unicorn 
 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?

A.
 Oclora 
 Zypher 
 Vyrax 
 Xeraph 
 Lystra 
 Unicorn 
 Bellen 
 Kraken 
Incorrect B.
 Bellen 
 Kraken 
 Zypher 
 Xeraph 
 Lystra 
 Vyrax 
 Unicorn 
 Oclora 
Correct C.
 Oclora 
 Bellen 
 Kraken 
 Lystra 
 Xeraph 
 Unicorn 
 Vyrax 
 Zypher 
Incorrect D.
 Oclora 
 Unicorn 
 Vyrax 
 Lystra 
 Xeraph 
 Zypher 
 Bellen 
 Kraken 
Incorrect E.
 Oclora 
 Xeraph 
 Lystra 
 Vyrax 
 Unicorn 
 Zypher 
 Bellen 
 Kraken 
Incorrect F.
 Bellen 
 Kraken 
 Zypher 
 Unicorn 
 Xeraph 
 Lystra 
 Vyrax 
 Oclora 
Incorrect G.
 Unicorn 
 Lystra 
 Vyrax 
 Xeraph 
 Zypher 
 Bellen 
 Kraken 
 Oclora 
Incorrect H.
 Zypher 
 Vyrax 
 Xeraph 
 Lystra 
 Unicorn 
 Bellen 
 Kraken 
 Oclora 
Incorrect MC

3b11_4aa6

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Wyvern 
 Faylen 
 Elwet 
 Quokka 
 Vyrax 
 Thorret 
 Chimera 
 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?

A.
 Chimera 
 Inktoad 
 Elwet 
 Faylen 
 Quokka 
 Wyvern 
 Vyrax 
 Thorret 
Incorrect B.
 Chimera 
 Inktoad 
 Elwet 
 Faylen 
 Quokka 
 Wyvern 
 Vyrax 
 Thorret 
Incorrect C.
 Vyrax 
 Elwet 
 Quokka 
 Faylen 
 Wyvern 
 Thorret 
 Chimera 
 Inktoad 
Incorrect D.
 Thorret 
 Elwet 
 Faylen 
 Quokka 
 Wyvern 
 Vyrax 
 Chimera 
 Inktoad 
Incorrect E.
 Chimera 
 Inktoad 
 Thorret 
 Elwet 
 Quokka 
 Faylen 
 Vyrax 
 Wyvern 
Incorrect F.
 Thorret 
 Vyrax 
 Faylen 
 Wyvern 
 Elwet 
 Quokka 
 Chimera 
 Inktoad 
Incorrect G.
 Chimera 
 Inktoad 
 Thorret 
 Vyrax 
 Faylen 
 Quokka 
 Elwet 
 Wyvern 
Incorrect H.
 Chimera 
 Inktoad 
 Thorret 
 Vyrax 
 Faylen 
 Elwet 
 Quokka 
 Wyvern 
Correct MC

a4bd_0884

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Vyrax 
 Quokka 
 Kraken 
 Chimera 
 Jackalope 
 Dibblet 
 Inktoad 
 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?

A.
 Vyrax 
 Quokka 
 Jackalope 
 Chimera 
 Inktoad 
 Dibblet 
 Kraken 
 Xeraph 
Incorrect B.
 Vyrax 
 Xeraph 
 Inktoad 
 Dibblet 
 Jackalope 
 Chimera 
 Kraken 
 Quokka 
Incorrect C.
 Quokka 
 Xeraph 
 Kraken 
 Dibblet 
 Inktoad 
 Chimera 
 Jackalope 
 Vyrax 
Incorrect D.
 Vyrax 
 Quokka 
 Xeraph 
 Inktoad 
 Jackalope 
 Chimera 
 Dibblet 
 Kraken 
Incorrect E.
 Xeraph 
 Dibblet 
 Inktoad 
 Chimera 
 Jackalope 
 Kraken 
 Quokka 
 Vyrax 
Incorrect F.
 Kraken 
 Dibblet 
 Chimera 
 Inktoad 
 Jackalope 
 Xeraph 
 Quokka 
 Vyrax 
Incorrect G.
 Xeraph 
 Kraken 
 Dibblet 
 Inktoad 
 Jackalope 
 Chimera 
 Quokka 
 Vyrax 
Incorrect H.
 Vyrax 
 Chimera 
 Jackalope 
 Dibblet 
 Inktoad 
 Kraken 
 Xeraph 
 Quokka 
Correct MC

e06e_dfb4

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Elwet 
 Faylen 
 Thorret 
 Narloc 
 Chimera 
 Jackalope 
 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?

A.
 Narloc 
 Inktoad 
 Chimera 
 Jackalope 
 Yawclor 
 Elwet 
 Faylen 
 Thorret 
Incorrect B.
 Faylen 
 Thorret 
 Elwet 
 Narloc 
 Inktoad 
 Yawclor 
 Chimera 
 Jackalope 
Incorrect C.
 Thorret 
 Elwet 
 Faylen 
 Inktoad 
 Chimera 
 Jackalope 
 Yawclor 
 Narloc 
Incorrect D.
 Narloc 
 Jackalope 
 Chimera 
 Yawclor 
 Inktoad 
 Elwet 
 Faylen 
 Thorret 
Incorrect E.
 Chimera 
 Jackalope 
 Inktoad 
 Yawclor 
 Narloc 
 Elwet 
 Thorret 
 Faylen 
Incorrect F.
 Thorret 
 Elwet 
 Faylen 
 Inktoad 
 Jackalope 
 Yawclor 
 Chimera 
 Narloc 
Incorrect G.
 Narloc 
 Chimera 
 Jackalope 
 Inktoad 
 Yawclor 
 Thorret 
 Elwet 
 Faylen 
Incorrect H.
 Narloc 
 Inktoad 
 Yawclor 
 Chimera 
 Jackalope 
 Thorret 
 Elwet 
 Faylen 
Correct MC

c3ce_ae53

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Rynoth 
 Sphinx 
 Xeraph 
 Narloc 
 Quokka 
 Vyrax 
 Manticore 
 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?

A.
 Xeraph 
 Rynoth 
 Sphinx 
 Narloc 
 Quokka 
 Vyrax 
 Manticore 
 Unicorn 
Correct B.
 Manticore 
 Unicorn 
 Vyrax 
 Narloc 
 Quokka 
 Sphinx 
 Rynoth 
 Xeraph 
Incorrect C.
 Narloc 
 Quokka 
 Rynoth 
 Sphinx 
 Xeraph 
 Vyrax 
 Manticore 
 Unicorn 
Incorrect D.
 Sphinx 
 Xeraph 
 Rynoth 
 Narloc 
 Quokka 
 Manticore 
 Unicorn 
 Vyrax 
Incorrect E.
 Vyrax 
 Manticore 
 Unicorn 
 Narloc 
 Rynoth 
 Sphinx 
 Xeraph 
 Quokka 
Incorrect F.
 Unicorn 
 Vyrax 
 Manticore 
 Xeraph 
 Rynoth 
 Sphinx 
 Narloc 
 Quokka 
Incorrect G.
 Manticore 
 Vyrax 
 Unicorn 
 Xeraph 
 Rynoth 
 Sphinx 
 Narloc 
 Quokka 
Incorrect H.
 Manticore 
 Vyrax 
 Unicorn 
 Narloc 
 Quokka 
 Sphinx 
 Xeraph 
 Rynoth 
Incorrect MC

8fc6_81c2

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 8 leaves. This phylogenetic tree is affectionately called: "3comb+pair+1+1+1".

tree code common name: 3comb+pair+1+1+1
 Kraken 
 Sphinx 
 Elwet 
 Faylen 
 Vyrax 
 Oclora 
 Chimera 
 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?

A.
 Xeraph 
 Oclora 
 Faylen 
 Vyrax 
 Elwet 
 Kraken 
 Sphinx 
 Chimera 
Incorrect B.
 Xeraph 
 Kraken 
 Elwet 
 Sphinx 
 Faylen 
 Vyrax 
 Oclora 
 Chimera 
Incorrect C.
 Oclora 
 Faylen 
 Kraken 
 Sphinx 
 Elwet 
 Vyrax 
 Chimera 
 Xeraph 
Incorrect D.
 Xeraph 
 Chimera 
 Oclora 
 Faylen 
 Kraken 
 Elwet 
 Sphinx 
 Vyrax 
Incorrect E.
 Xeraph 
 Chimera 
 Vyrax 
 Elwet 
 Kraken 
 Sphinx 
 Faylen 
 Oclora 
Incorrect F.
 Oclora 
 Kraken 
 Sphinx 
 Elwet 
 Faylen 
 Vyrax 
 Chimera 
 Xeraph 
Correct G.
 Vyrax 
 Sphinx 
 Elwet 
 Kraken 
 Faylen 
 Oclora 
 Chimera 
 Xeraph 
Incorrect H.
 Xeraph 
 Oclora 
 Faylen 
 Vyrax 
 Elwet 
 Sphinx 
 Kraken 
 Chimera 
Incorrect MC

4864_f545

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Narloc 
 Ashen 
 Lystra 
 Hydra 
 Jackalope 
 Thorret 
 Quokka 
 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?

A.
 Quokka 
 Sphinx 
 Ashen 
 Lystra 
 Narloc 
 Hydra 
 Jackalope 
 Thorret 
Incorrect B.
 Quokka 
 Sphinx 
 Ashen 
 Lystra 
 Narloc 
 Jackalope 
 Hydra 
 Thorret 
Incorrect C.
 Ashen 
 Lystra 
 Narloc 
 Jackalope 
 Thorret 
 Hydra 
 Quokka 
 Sphinx 
Correct D.
 Thorret 
 Hydra 
 Jackalope 
 Lystra 
 Ashen 
 Narloc 
 Quokka 
 Sphinx 
Incorrect E.
 Ashen 
 Lystra 
 Narloc 
 Thorret 
 Hydra 
 Jackalope 
 Quokka 
 Sphinx 
Incorrect F.
 Hydra 
 Jackalope 
 Thorret 
 Ashen 
 Narloc 
 Lystra 
 Quokka 
 Sphinx 
Incorrect G.
 Quokka 
 Sphinx 
 Narloc 
 Ashen 
 Lystra 
 Thorret 
 Hydra 
 Jackalope 
Incorrect H.
 Ashen 
 Narloc 
 Lystra 
 Hydra 
 Thorret 
 Jackalope 
 Quokka 
 Sphinx 
Incorrect MC

085c_d399

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Lystra 
 Sphinx 
 Xeraph 
 Unicorn 
 Yawclor 
 Wyvern 
 Phoenix 
 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?

A.
 Wyvern 
 Unicorn 
 Yawclor 
 Xeraph 
 Sphinx 
 Lystra 
 Phoenix 
 Thorret 
Incorrect B.
 Xeraph 
 Unicorn 
 Yawclor 
 Lystra 
 Sphinx 
 Wyvern 
 Phoenix 
 Thorret 
Correct C.
 Phoenix 
 Thorret 
 Wyvern 
 Unicorn 
 Xeraph 
 Yawclor 
 Lystra 
 Sphinx 
Incorrect D.
 Wyvern 
 Xeraph 
 Yawclor 
 Unicorn 
 Lystra 
 Sphinx 
 Phoenix 
 Thorret 
Incorrect E.
 Wyvern 
 Sphinx 
 Lystra 
 Unicorn 
 Yawclor 
 Xeraph 
 Phoenix 
 Thorret 
Incorrect F.
 Phoenix 
 Thorret 
 Wyvern 
 Lystra 
 Unicorn 
 Xeraph 
 Yawclor 
 Sphinx 
Incorrect G.
 Phoenix 
 Thorret 
 Yawclor 
 Unicorn 
 Xeraph 
 Lystra 
 Sphinx 
 Wyvern 
Incorrect H.
 Sphinx 
 Unicorn 
 Xeraph 
 Yawclor 
 Lystra 
 Wyvern 
 Phoenix 
 Thorret 
Incorrect MC

875f_3f86

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Hydra 
 Elwet 
 Unicorn 
 Faylen 
 Zypher 
 Chimera 
 Oclora 
 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?

A.
 Phoenix 
 Oclora 
 Faylen 
 Chimera 
 Zypher 
 Unicorn 
 Elwet 
 Hydra 
Incorrect B.
 Hydra 
 Elwet 
 Faylen 
 Chimera 
 Oclora 
 Zypher 
 Unicorn 
 Phoenix 
Incorrect C.
 Hydra 
 Elwet 
 Phoenix 
 Unicorn 
 Chimera 
 Oclora 
 Faylen 
 Zypher 
Incorrect D.
 Hydra 
 Elwet 
 Chimera 
 Oclora 
 Zypher 
 Faylen 
 Unicorn 
 Phoenix 
Incorrect E.
 Chimera 
 Zypher 
 Faylen 
 Oclora 
 Unicorn 
 Phoenix 
 Elwet 
 Hydra 
Incorrect F.
 Phoenix 
 Unicorn 
 Faylen 
 Zypher 
 Chimera 
 Oclora 
 Elwet 
 Hydra 
Correct G.
 Chimera 
 Faylen 
 Zypher 
 Oclora 
 Unicorn 
 Phoenix 
 Elwet 
 Hydra 
Incorrect H.
 Hydra 
 Faylen 
 Chimera 
 Oclora 
 Zypher 
 Unicorn 
 Phoenix 
 Elwet 
Incorrect MC

8a38_d7c4

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Lystra 
 Quokka 
 Wyvern 
 Xeraph 
 Kraken 
 Yawclor 
 Hydra 
 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?

A.
 Lystra 
 Quokka 
 Kraken 
 Yawclor 
 Hydra 
 Manticore 
 Wyvern 
 Xeraph 
Incorrect B.
 Lystra 
 Quokka 
 Wyvern 
 Xeraph 
 Manticore 
 Kraken 
 Yawclor 
 Hydra 
Incorrect C.
 Lystra 
 Quokka 
 Kraken 
 Manticore 
 Hydra 
 Yawclor 
 Wyvern 
 Xeraph 
Incorrect D.
 Yawclor 
 Manticore 
 Hydra 
 Kraken 
 Wyvern 
 Xeraph 
 Lystra 
 Quokka 
Incorrect E.
 Manticore 
 Yawclor 
 Hydra 
 Kraken 
 Wyvern 
 Xeraph 
 Lystra 
 Quokka 
Incorrect F.
 Lystra 
 Quokka 
 Kraken 
 Yawclor 
 Hydra 
 Manticore 
 Wyvern 
 Xeraph 
Incorrect G.
 Wyvern 
 Xeraph 
 Kraken 
 Yawclor 
 Hydra 
 Manticore 
 Lystra 
 Quokka 
Correct H.
 Lystra 
 Quokka 
 Hydra 
 Kraken 
 Manticore 
 Yawclor 
 Wyvern 
 Xeraph 
Incorrect MC

5471_2a2e

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Chimera 
 Quokka 
 Narloc 
 Yawclor 
 Elwet 
 Gorret 
 Ashen 
 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?

A.
 Ashen 
 Elwet 
 Gorret 
 Xeraph 
 Chimera 
 Quokka 
 Narloc 
 Yawclor 
Incorrect B.
 Narloc 
 Yawclor 
 Chimera 
 Quokka 
 Elwet 
 Xeraph 
 Ashen 
 Gorret 
Incorrect C.
 Chimera 
 Quokka 
 Narloc 
 Yawclor 
 Ashen 
 Elwet 
 Gorret 
 Xeraph 
Incorrect D.
 Elwet 
 Gorret 
 Ashen 
 Xeraph 
 Narloc 
 Yawclor 
 Chimera 
 Quokka 
Correct E.
 Elwet 
 Gorret 
 Ashen 
 Xeraph 
 Narloc 
 Quokka 
 Chimera 
 Yawclor 
Incorrect F.
 Elwet 
 Gorret 
 Ashen 
 Xeraph 
 Chimera 
 Quokka 
 Narloc 
 Yawclor 
Incorrect G.
 Narloc 
 Yawclor 
 Chimera 
 Quokka 
 Ashen 
 Xeraph 
 Elwet 
 Gorret 
Incorrect H.
 Ashen 
 Xeraph 
 Elwet 
 Gorret 
 Narloc 
 Yawclor 
 Chimera 
 Quokka 
Incorrect MC

a31c_6949

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 8 leaves. This phylogenetic tree is affectionately called: "3comb+pair+1+1+1".

tree code common name: 3comb+pair+1+1+1
 Manticore 
 Wyvern 
 Bellen 
 Ashen 
 Kraken 
 Xeraph 
 Yawclor 
 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?

A.
 Yawclor 
 Xeraph 
 Kraken 
 Manticore 
 Wyvern 
 Bellen 
 Ashen 
 Chimera 
Incorrect B.
 Chimera 
 Bellen 
 Manticore 
 Wyvern 
 Kraken 
 Ashen 
 Xeraph 
 Yawclor 
Incorrect C.
 Chimera 
 Xeraph 
 Ashen 
 Kraken 
 Bellen 
 Manticore 
 Wyvern 
 Yawclor 
Incorrect D.
 Xeraph 
 Manticore 
 Bellen 
 Wyvern 
 Ashen 
 Kraken 
 Yawclor 
 Chimera 
Incorrect E.
 Yawclor 
 Xeraph 
 Ashen 
 Bellen 
 Wyvern 
 Manticore 
 Kraken 
 Chimera 
Incorrect F.
 Chimera 
 Xeraph 
 Kraken 
 Ashen 
 Manticore 
 Bellen 
 Wyvern 
 Yawclor 
Incorrect G.
 Chimera 
 Yawclor 
 Ashen 
 Manticore 
 Wyvern 
 Bellen 
 Kraken 
 Xeraph 
Incorrect H.
 Chimera 
 Yawclor 
 Ashen 
 Kraken 
 Manticore 
 Wyvern 
 Bellen 
 Xeraph 
Correct MC

4430_f089

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Kraken 
 Dibblet 
 Gorret 
 Narloc 
 Chimera 
 Thorret 
 Elwet 
 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?

A.
 Oclora 
 Chimera 
 Thorret 
 Elwet 
 Kraken 
 Dibblet 
 Gorret 
 Narloc 
Correct B.
 Dibblet 
 Narloc 
 Gorret 
 Kraken 
 Chimera 
 Elwet 
 Thorret 
 Oclora 
Incorrect C.
 Oclora 
 Thorret 
 Chimera 
 Elwet 
 Gorret 
 Narloc 
 Dibblet 
 Kraken 
Incorrect D.
 Elwet 
 Thorret 
 Chimera 
 Oclora 
 Gorret 
 Narloc 
 Dibblet 
 Kraken 
Incorrect E.
 Kraken 
 Dibblet 
 Narloc 
 Gorret 
 Oclora 
 Elwet 
 Chimera 
 Thorret 
Incorrect F.
 Dibblet 
 Gorret 
 Narloc 
 Kraken 
 Chimera 
 Thorret 
 Elwet 
 Oclora 
Incorrect G.
 Gorret 
 Narloc 
 Dibblet 
 Kraken 
 Chimera 
 Thorret 
 Oclora 
 Elwet 
Incorrect H.
 Chimera 
 Elwet 
 Thorret 
 Oclora 
 Kraken 
 Narloc 
 Dibblet 
 Gorret 
Incorrect MC

204b_873b

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Dibblet 
 Lystra 
 Faylen 
 Xeraph 
 Chimera 
 Manticore 
 Bellen 
 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?

A.
 Bellen 
 Jackalope 
 Dibblet 
 Lystra 
 Chimera 
 Manticore 
 Faylen 
 Xeraph 
Correct B.
 Dibblet 
 Lystra 
 Manticore 
 Xeraph 
 Chimera 
 Faylen 
 Bellen 
 Jackalope 
Incorrect C.
 Bellen 
 Jackalope 
 Dibblet 
 Lystra 
 Manticore 
 Chimera 
 Faylen 
 Xeraph 
Incorrect D.
 Faylen 
 Xeraph 
 Chimera 
 Manticore 
 Dibblet 
 Lystra 
 Bellen 
 Jackalope 
Incorrect E.
 Dibblet 
 Lystra 
 Chimera 
 Faylen 
 Manticore 
 Xeraph 
 Bellen 
 Jackalope 
Incorrect F.
 Faylen 
 Chimera 
 Xeraph 
 Manticore 
 Dibblet 
 Lystra 
 Bellen 
 Jackalope 
Incorrect G.
 Chimera 
 Faylen 
 Xeraph 
 Manticore 
 Dibblet 
 Lystra 
 Bellen 
 Jackalope 
Incorrect H.
 Xeraph 
 Faylen 
 Manticore 
 Chimera 
 Dibblet 
 Lystra 
 Bellen 
 Jackalope 
Incorrect MC

a834_5142

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Sphinx 
 Dibblet 
 Vyrax 
 Manticore 
 Ashen 
 Gorret 
 Narloc 
 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?

A.
 Sphinx 
 Jackalope 
 Vyrax 
 Dibblet 
 Manticore 
 Narloc 
 Ashen 
 Gorret 
Incorrect B.
 Jackalope 
 Ashen 
 Gorret 
 Narloc 
 Dibblet 
 Manticore 
 Vyrax 
 Sphinx 
Incorrect C.
 Sphinx 
 Manticore 
 Dibblet 
 Vyrax 
 Ashen 
 Gorret 
 Narloc 
 Jackalope 
Correct D.
 Gorret 
 Ashen 
 Narloc 
 Vyrax 
 Dibblet 
 Manticore 
 Jackalope 
 Sphinx 
Incorrect E.
 Dibblet 
 Manticore 
 Vyrax 
 Ashen 
 Gorret 
 Narloc 
 Jackalope 
 Sphinx 
Incorrect F.
 Jackalope 
 Dibblet 
 Vyrax 
 Manticore 
 Narloc 
 Ashen 
 Gorret 
 Sphinx 
Incorrect G.
 Sphinx 
 Jackalope 
 Manticore 
 Vyrax 
 Dibblet 
 Gorret 
 Ashen 
 Narloc 
Incorrect H.
 Sphinx 
 Jackalope 
 Gorret 
 Ashen 
 Narloc 
 Manticore 
 Dibblet 
 Vyrax 
Incorrect MC

a0a8_47ad

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Zypher 
 Jackalope 
 Quokka 
 Faylen 
 Hydra 
 Sphinx 
 Unicorn 
 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?

A.
 Oclora 
 Zypher 
 Quokka 
 Faylen 
 Jackalope 
 Hydra 
 Sphinx 
 Unicorn 
Incorrect B.
 Zypher 
 Sphinx 
 Unicorn 
 Jackalope 
 Faylen 
 Hydra 
 Quokka 
 Oclora 
Incorrect C.
 Zypher 
 Sphinx 
 Unicorn 
 Quokka 
 Hydra 
 Jackalope 
 Faylen 
 Oclora 
Incorrect D.
 Oclora 
 Zypher 
 Sphinx 
 Unicorn 
 Quokka 
 Faylen 
 Hydra 
 Jackalope 
Incorrect E.
 Zypher 
 Sphinx 
 Unicorn 
 Faylen 
 Hydra 
 Jackalope 
 Quokka 
 Oclora 
Correct F.
 Zypher 
 Sphinx 
 Unicorn 
 Hydra 
 Jackalope 
 Faylen 
 Quokka 
 Oclora 
Incorrect G.
 Faylen 
 Hydra 
 Jackalope 
 Quokka 
 Sphinx 
 Unicorn 
 Zypher 
 Oclora 
Incorrect H.
 Zypher 
 Jackalope 
 Hydra 
 Quokka 
 Faylen 
 Sphinx 
 Unicorn 
 Oclora 
Incorrect MC

db5b_3190

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Narloc 
 Unicorn 
 Kraken 
 Lystra 
 Zypher 
 Dibblet 
 Manticore 
 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?

A.
 Narloc 
 Unicorn 
 Kraken 
 Lystra 
 Zypher 
 Dibblet 
 Manticore 
 Faylen 
Incorrect B.
 Narloc 
 Unicorn 
 Kraken 
 Lystra 
 Faylen 
 Dibblet 
 Manticore 
 Zypher 
Incorrect C.
 Dibblet 
 Faylen 
 Manticore 
 Zypher 
 Narloc 
 Unicorn 
 Kraken 
 Lystra 
Incorrect D.
 Kraken 
 Lystra 
 Narloc 
 Unicorn 
 Zypher 
 Dibblet 
 Manticore 
 Faylen 
Correct E.
 Narloc 
 Unicorn 
 Kraken 
 Lystra 
 Zypher 
 Dibblet 
 Faylen 
 Manticore 
Incorrect F.
 Dibblet 
 Faylen 
 Manticore 
 Zypher 
 Narloc 
 Unicorn 
 Kraken 
 Lystra 
Incorrect G.
 Lystra 
 Unicorn 
 Kraken 
 Narloc 
 Dibblet 
 Manticore 
 Faylen 
 Zypher 
Incorrect H.
 Narloc 
 Unicorn 
 Kraken 
 Lystra 
 Manticore 
 Dibblet 
 Faylen 
 Zypher 
Incorrect MC

660d_2c06

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Elwet 
 Chimera 
 Manticore 
 Ashen 
 Jackalope 
 Inktoad 
 Rynoth 
 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?

A.
 Inktoad 
 Rynoth 
 Sphinx 
 Ashen 
 Elwet 
 Chimera 
 Manticore 
 Jackalope 
Incorrect B.
 Inktoad 
 Rynoth 
 Sphinx 
 Ashen 
 Chimera 
 Elwet 
 Manticore 
 Jackalope 
Incorrect C.
 Sphinx 
 Inktoad 
 Rynoth 
 Ashen 
 Manticore 
 Chimera 
 Elwet 
 Jackalope 
Incorrect D.
 Sphinx 
 Inktoad 
 Rynoth 
 Jackalope 
 Ashen 
 Manticore 
 Chimera 
 Elwet 
Incorrect E.
 Ashen 
 Chimera 
 Elwet 
 Manticore 
 Jackalope 
 Sphinx 
 Inktoad 
 Rynoth 
Incorrect F.
 Jackalope 
 Chimera 
 Manticore 
 Elwet 
 Ashen 
 Inktoad 
 Rynoth 
 Sphinx 
Incorrect G.
 Inktoad 
 Sphinx 
 Rynoth 
 Elwet 
 Chimera 
 Manticore 
 Ashen 
 Jackalope 
Incorrect H.
 Inktoad 
 Rynoth 
 Sphinx 
 Jackalope 
 Chimera 
 Manticore 
 Elwet 
 Ashen 
Correct MC

c936_3c6d

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Dibblet 
 Gorret 
 Manticore 
 Quokka 
 Sphinx 
 Yawclor 
 Kraken 
 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?

A.
 Gorret 
 Yawclor 
 Manticore 
 Quokka 
 Sphinx 
 Kraken 
 Hydra 
 Dibblet 
Incorrect B.
 Gorret 
 Yawclor 
 Manticore 
 Sphinx 
 Quokka 
 Kraken 
 Hydra 
 Dibblet 
Incorrect C.
 Gorret 
 Kraken 
 Manticore 
 Quokka 
 Sphinx 
 Yawclor 
 Hydra 
 Dibblet 
Correct D.
 Kraken 
 Manticore 
 Sphinx 
 Quokka 
 Yawclor 
 Hydra 
 Gorret 
 Dibblet 
Incorrect E.
 Dibblet 
 Manticore 
 Quokka 
 Yawclor 
 Sphinx 
 Kraken 
 Hydra 
 Gorret 
Incorrect F.
 Manticore 
 Quokka 
 Sphinx 
 Yawclor 
 Kraken 
 Hydra 
 Gorret 
 Dibblet 
Incorrect G.
 Dibblet 
 Hydra 
 Kraken 
 Manticore 
 Yawclor 
 Quokka 
 Sphinx 
 Gorret 
Incorrect H.
 Hydra 
 Kraken 
 Quokka 
 Sphinx 
 Manticore 
 Yawclor 
 Gorret 
 Dibblet 
Incorrect MC

d00e_a8db

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Wyvern 
 Faylen 
 Sphinx 
 Phoenix 
 Quokka 
 Vyrax 
 Dibblet 
 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?

A.
 Rynoth 
 Wyvern 
 Quokka 
 Vyrax 
 Phoenix 
 Sphinx 
 Faylen 
 Dibblet 
Incorrect B.
 Wyvern 
 Phoenix 
 Faylen 
 Sphinx 
 Quokka 
 Vyrax 
 Dibblet 
 Rynoth 
Correct C.
 Rynoth 
 Dibblet 
 Wyvern 
 Vyrax 
 Faylen 
 Phoenix 
 Sphinx 
 Quokka 
Incorrect D.
 Rynoth 
 Quokka 
 Faylen 
 Phoenix 
 Sphinx 
 Vyrax 
 Wyvern 
 Dibblet 
Incorrect E.
 Rynoth 
 Wyvern 
 Quokka 
 Faylen 
 Sphinx 
 Phoenix 
 Vyrax 
 Dibblet 
Incorrect F.
 Wyvern 
 Vyrax 
 Phoenix 
 Faylen 
 Sphinx 
 Quokka 
 Dibblet 
 Rynoth 
Incorrect G.
 Rynoth 
 Wyvern 
 Quokka 
 Vyrax 
 Faylen 
 Phoenix 
 Sphinx 
 Dibblet 
Incorrect H.
 Dibblet 
 Sphinx 
 Faylen 
 Phoenix 
 Quokka 
 Vyrax 
 Wyvern 
 Rynoth 
Incorrect MC

f629_febe

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Ashen 
 Rynoth 
 Quokka 
 Wyvern 
 Elwet 
 Narloc 
 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?

A.
 Quokka 
 Wyvern 
 Ashen 
 Rynoth 
 Dibblet 
 Elwet 
 Narloc 
 Phoenix 
Incorrect B.
 Quokka 
 Wyvern 
 Ashen 
 Rynoth 
 Elwet 
 Narloc 
 Dibblet 
 Phoenix 
Incorrect C.
 Ashen 
 Rynoth 
 Quokka 
 Wyvern 
 Elwet 
 Phoenix 
 Dibblet 
 Narloc 
Incorrect D.
 Ashen 
 Rynoth 
 Quokka 
 Wyvern 
 Dibblet 
 Elwet 
 Narloc 
 Phoenix 
Incorrect E.
 Quokka 
 Wyvern 
 Ashen 
 Rynoth 
 Elwet 
 Narloc 
 Dibblet 
 Phoenix 
Incorrect F.
 Ashen 
 Wyvern 
 Quokka 
 Rynoth 
 Dibblet 
 Phoenix 
 Elwet 
 Narloc 
Incorrect G.
 Elwet 
 Narloc 
 Dibblet 
 Phoenix 
 Ashen 
 Rynoth 
 Quokka 
 Wyvern 
Incorrect H.
 Quokka 
 Wyvern 
 Ashen 
 Rynoth 
 Dibblet 
 Phoenix 
 Elwet 
 Narloc 
Correct MC

1ada_6cfe

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Bellen 
 Inktoad 
 Jackalope 
 Unicorn 
 Faylen 
 Wyvern 
 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?

A.
 Inktoad 
 Wyvern 
 Jackalope 
 Unicorn 
 Faylen 
 Bellen 
 Gorret 
 Thorret 
Incorrect B.
 Bellen 
 Inktoad 
 Faylen 
 Unicorn 
 Wyvern 
 Jackalope 
 Gorret 
 Thorret 
Incorrect C.
 Gorret 
 Thorret 
 Faylen 
 Wyvern 
 Jackalope 
 Unicorn 
 Inktoad 
 Bellen 
Incorrect D.
 Bellen 
 Inktoad 
 Jackalope 
 Unicorn 
 Wyvern 
 Faylen 
 Gorret 
 Thorret 
Incorrect E.
 Bellen 
 Inktoad 
 Jackalope 
 Unicorn 
 Faylen 
 Wyvern 
 Gorret 
 Thorret 
Incorrect F.
 Gorret 
 Thorret 
 Bellen 
 Inktoad 
 Faylen 
 Wyvern 
 Jackalope 
 Unicorn 
Correct G.
 Bellen 
 Inktoad 
 Unicorn 
 Wyvern 
 Faylen 
 Jackalope 
 Gorret 
 Thorret 
Incorrect H.
 Gorret 
 Thorret 
 Unicorn 
 Faylen 
 Jackalope 
 Wyvern 
 Inktoad 
 Bellen 
Incorrect MC

3b8b_8c4e

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Oclora 
 Unicorn 
 Narloc 
 Elwet 
 Yawclor 
 Bellen 
 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?

A.
 Bellen 
 Sphinx 
 Kraken 
 Oclora 
 Unicorn 
 Elwet 
 Narloc 
 Yawclor 
Incorrect B.
 Bellen 
 Kraken 
 Sphinx 
 Narloc 
 Elwet 
 Yawclor 
 Oclora 
 Unicorn 
Incorrect C.
 Bellen 
 Kraken 
 Sphinx 
 Narloc 
 Yawclor 
 Elwet 
 Oclora 
 Unicorn 
Incorrect D.
 Oclora 
 Unicorn 
 Yawclor 
 Elwet 
 Narloc 
 Sphinx 
 Bellen 
 Kraken 
Incorrect E.
 Elwet 
 Narloc 
 Yawclor 
 Oclora 
 Unicorn 
 Kraken 
 Sphinx 
 Bellen 
Incorrect F.
 Oclora 
 Unicorn 
 Narloc 
 Elwet 
 Yawclor 
 Sphinx 
 Bellen 
 Kraken 
Correct G.
 Unicorn 
 Narloc 
 Elwet 
 Yawclor 
 Oclora 
 Bellen 
 Kraken 
 Sphinx 
Incorrect H.
 Kraken 
 Bellen 
 Sphinx 
 Oclora 
 Unicorn 
 Narloc 
 Elwet 
 Yawclor 
Incorrect MC

d131_dcee

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Kraken 
 Bellen 
 Oclora 
 Sphinx 
 Ashen 
 Rynoth 
 Dibblet 
 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?

A.
 Bellen 
 Oclora 
 Ashen 
 Narloc 
 Rynoth 
 Dibblet 
 Sphinx 
 Kraken 
Incorrect B.
 Ashen 
 Rynoth 
 Dibblet 
 Narloc 
 Sphinx 
 Bellen 
 Oclora 
 Kraken 
Incorrect C.
 Bellen 
 Oclora 
 Sphinx 
 Rynoth 
 Dibblet 
 Narloc 
 Ashen 
 Kraken 
Incorrect D.
 Kraken 
 Bellen 
 Oclora 
 Ashen 
 Dibblet 
 Rynoth 
 Narloc 
 Sphinx 
Incorrect E.
 Kraken 
 Sphinx 
 Dibblet 
 Rynoth 
 Ashen 
 Narloc 
 Bellen 
 Oclora 
Incorrect F.
 Kraken 
 Narloc 
 Rynoth 
 Ashen 
 Dibblet 
 Sphinx 
 Bellen 
 Oclora 
Incorrect G.
 Kraken 
 Ashen 
 Dibblet 
 Narloc 
 Rynoth 
 Sphinx 
 Bellen 
 Oclora 
Incorrect H.
 Bellen 
 Oclora 
 Sphinx 
 Dibblet 
 Narloc 
 Ashen 
 Rynoth 
 Kraken 
Correct MC

701d_4c88

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Chimera 
 Gorret 
 Ashen 
 Yawclor 
 Jackalope 
 Narloc 
 Elwet 
 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?

A.
 Ashen 
 Chimera 
 Gorret 
 Yawclor 
 Elwet 
 Quokka 
 Jackalope 
 Narloc 
Incorrect B.
 Jackalope 
 Narloc 
 Elwet 
 Quokka 
 Chimera 
 Gorret 
 Ashen 
 Yawclor 
Incorrect C.
 Ashen 
 Yawclor 
 Chimera 
 Gorret 
 Jackalope 
 Quokka 
 Elwet 
 Narloc 
Incorrect D.
 Elwet 
 Quokka 
 Jackalope 
 Narloc 
 Ashen 
 Yawclor 
 Chimera 
 Gorret 
Incorrect E.
 Chimera 
 Gorret 
 Ashen 
 Yawclor 
 Elwet 
 Quokka 
 Jackalope 
 Narloc 
Correct F.
 Ashen 
 Chimera 
 Gorret 
 Yawclor 
 Elwet 
 Quokka 
 Jackalope 
 Narloc 
Incorrect G.
 Chimera 
 Gorret 
 Ashen 
 Yawclor 
 Elwet 
 Quokka 
 Jackalope 
 Narloc 
Incorrect H.
 Ashen 
 Gorret 
 Chimera 
 Yawclor 
 Elwet 
 Quokka 
 Jackalope 
 Narloc 
Incorrect MC

bdef_5bb1

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 8 leaves. This phylogenetic tree is affectionately called: "6balanced1+1+1".

tree code common name: 6balanced1+1+1
 Hydra 
 Oclora 
 Faylen 
 Bellen 
 Unicorn 
 Quokka 
 Vyrax 
 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?

A.
 Vyrax 
 Bellen 
 Quokka 
 Unicorn 
 Hydra 
 Faylen 
 Oclora 
 Narloc 
Incorrect B.
 Narloc 
 Faylen 
 Oclora 
 Hydra 
 Bellen 
 Unicorn 
 Quokka 
 Vyrax 
Incorrect C.
 Vyrax 
 Faylen 
 Hydra 
 Oclora 
 Quokka 
 Unicorn 
 Bellen 
 Narloc 
Incorrect D.
 Narloc 
 Faylen 
 Oclora 
 Hydra 
 Bellen 
 Quokka 
 Unicorn 
 Vyrax 
Incorrect E.
 Narloc 
 Hydra 
 Oclora 
 Faylen 
 Bellen 
 Unicorn 
 Quokka 
 Vyrax 
Correct F.
 Quokka 
 Bellen 
 Unicorn 
 Oclora 
 Faylen 
 Hydra 
 Vyrax 
 Narloc 
Incorrect G.
 Narloc 
 Quokka 
 Unicorn 
 Bellen 
 Faylen 
 Hydra 
 Oclora 
 Vyrax 
Incorrect H.
 Narloc 
 Vyrax 
 Unicorn 
 Bellen 
 Quokka 
 Hydra 
 Oclora 
 Faylen 
Incorrect MC

0492_3be2

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Phoenix 
 Yawclor 
 Inktoad 
 Rynoth 
 Unicorn 
 Quokka 
 Ashen 
 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?

A.
 Ashen 
 Faylen 
 Inktoad 
 Quokka 
 Rynoth 
 Unicorn 
 Phoenix 
 Yawclor 
Correct B.
 Ashen 
 Faylen 
 Quokka 
 Inktoad 
 Rynoth 
 Unicorn 
 Phoenix 
 Yawclor 
Incorrect C.
 Ashen 
 Faylen 
 Quokka 
 Unicorn 
 Rynoth 
 Inktoad 
 Phoenix 
 Yawclor 
Incorrect D.
 Ashen 
 Faylen 
 Phoenix 
 Yawclor 
 Quokka 
 Unicorn 
 Inktoad 
 Rynoth 
Incorrect E.
 Ashen 
 Faylen 
 Rynoth 
 Unicorn 
 Inktoad 
 Quokka 
 Phoenix 
 Yawclor 
Incorrect F.
 Ashen 
 Faylen 
 Phoenix 
 Yawclor 
 Inktoad 
 Unicorn 
 Quokka 
 Rynoth 
Incorrect G.
 Ashen 
 Faylen 
 Quokka 
 Rynoth 
 Inktoad 
 Unicorn 
 Phoenix 
 Yawclor 
Incorrect H.
 Ashen 
 Faylen 
 Inktoad 
 Quokka 
 Rynoth 
 Unicorn 
 Phoenix 
 Yawclor 
Incorrect MC

b4cf_ceb4

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Inktoad 
 Quokka 
 Jackalope 
 Kraken 
 Phoenix 
 Sphinx 
 Wyvern 
 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?

A.
 Manticore 
 Sphinx 
 Phoenix 
 Wyvern 
 Jackalope 
 Kraken 
 Inktoad 
 Quokka 
Incorrect B.
 Inktoad 
 Quokka 
 Jackalope 
 Kraken 
 Manticore 
 Wyvern 
 Phoenix 
 Sphinx 
Incorrect C.
 Inktoad 
 Quokka 
 Phoenix 
 Wyvern 
 Manticore 
 Sphinx 
 Jackalope 
 Kraken 
Incorrect D.
 Inktoad 
 Quokka 
 Jackalope 
 Kraken 
 Sphinx 
 Wyvern 
 Phoenix 
 Manticore 
Incorrect E.
 Jackalope 
 Kraken 
 Phoenix 
 Sphinx 
 Wyvern 
 Manticore 
 Inktoad 
 Quokka 
Correct F.
 Inktoad 
 Quokka 
 Jackalope 
 Kraken 
 Sphinx 
 Wyvern 
 Manticore 
 Phoenix 
Incorrect G.
 Jackalope 
 Kraken 
 Manticore 
 Wyvern 
 Sphinx 
 Phoenix 
 Inktoad 
 Quokka 
Incorrect H.
 Jackalope 
 Kraken 
 Sphinx 
 Wyvern 
 Manticore 
 Phoenix 
 Inktoad 
 Quokka 
Incorrect MC

8b5b_6fdc

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Bellen 
 Elwet 
 Thorret 
 Wyvern 
 Dibblet 
 Quokka 
 Kraken 
 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?

A.
 Thorret 
 Wyvern 
 Quokka 
 Dibblet 
 Kraken 
 Lystra 
 Elwet 
 Bellen 
Incorrect B.
 Elwet 
 Dibblet 
 Thorret 
 Wyvern 
 Quokka 
 Kraken 
 Lystra 
 Bellen 
Correct C.
 Quokka 
 Wyvern 
 Dibblet 
 Thorret 
 Kraken 
 Lystra 
 Elwet 
 Bellen 
Incorrect D.
 Bellen 
 Elwet 
 Kraken 
 Lystra 
 Dibblet 
 Thorret 
 Quokka 
 Wyvern 
Incorrect E.
 Bellen 
 Thorret 
 Wyvern 
 Dibblet 
 Quokka 
 Kraken 
 Lystra 
 Elwet 
Incorrect F.
 Bellen 
 Quokka 
 Thorret 
 Dibblet 
 Wyvern 
 Kraken 
 Lystra 
 Elwet 
Incorrect G.
 Elwet 
 Thorret 
 Wyvern 
 Dibblet 
 Quokka 
 Kraken 
 Lystra 
 Bellen 
Incorrect H.
 Bellen 
 Elwet 
 Kraken 
 Lystra 
 Dibblet 
 Wyvern 
 Thorret 
 Quokka 
Incorrect MC

2c9c_1917

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 8 leaves. This phylogenetic tree is affectionately called: "5giraffe+1+pair".

tree code common name: 5giraffe+1+pair
 Oclora 
 Zypher 
 Rynoth 
 Yawclor 
 Jackalope 
 Chimera 
 Faylen 
 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?

A.
 Jackalope 
 Zypher 
 Oclora 
 Rynoth 
 Yawclor 
 Chimera 
 Faylen 
 Unicorn 
Incorrect B.
 Jackalope 
 Rynoth 
 Oclora 
 Yawclor 
 Zypher 
 Chimera 
 Faylen 
 Unicorn 
Incorrect C.
 Chimera 
 Rynoth 
 Yawclor 
 Oclora 
 Zypher 
 Jackalope 
 Faylen 
 Unicorn 
Incorrect D.
 Faylen 
 Unicorn 
 Jackalope 
 Oclora 
 Zypher 
 Yawclor 
 Rynoth 
 Chimera 
Incorrect E.
 Faylen 
 Unicorn 
 Chimera 
 Jackalope 
 Rynoth 
 Yawclor 
 Oclora 
 Zypher 
Correct F.
 Chimera 
 Jackalope 
 Rynoth 
 Yawclor 
 Zypher 
 Oclora 
 Faylen 
 Unicorn 
Incorrect G.
 Chimera 
 Yawclor 
 Rynoth 
 Oclora 
 Zypher 
 Jackalope 
 Faylen 
 Unicorn 
Incorrect H.
 Faylen 
 Unicorn 
 Chimera 
 Rynoth 
 Zypher 
 Yawclor 
 Oclora 
 Jackalope 
Incorrect MC

493c_62c3

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Unicorn 
 Faylen 
 Lystra 
 Manticore 
 Wyvern 
 Kraken 
 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?

A.
 Dibblet 
 Yawclor 
 Kraken 
 Unicorn 
 Manticore 
 Wyvern 
 Faylen 
 Lystra 
Incorrect B.
 Dibblet 
 Yawclor 
 Unicorn 
 Lystra 
 Manticore 
 Wyvern 
 Faylen 
 Kraken 
Incorrect C.
 Faylen 
 Manticore 
 Wyvern 
 Lystra 
 Unicorn 
 Kraken 
 Dibblet 
 Yawclor 
Incorrect D.
 Dibblet 
 Yawclor 
 Kraken 
 Lystra 
 Faylen 
 Manticore 
 Wyvern 
 Unicorn 
Incorrect E.
 Kraken 
 Unicorn 
 Manticore 
 Faylen 
 Wyvern 
 Lystra 
 Dibblet 
 Yawclor 
Incorrect F.
 Dibblet 
 Yawclor 
 Unicorn 
 Lystra 
 Manticore 
 Faylen 
 Wyvern 
 Kraken 
Incorrect G.
 Kraken 
 Unicorn 
 Manticore 
 Wyvern 
 Faylen 
 Lystra 
 Dibblet 
 Yawclor 
Correct H.
 Unicorn 
 Manticore 
 Faylen 
 Lystra 
 Wyvern 
 Kraken 
 Dibblet 
 Yawclor 
Incorrect MC

047d_cebd

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Wyvern 
 Narloc 
 Quokka 
 Inktoad 
 Yawclor 
 Manticore 
 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?

A.
 Bellen 
 Xeraph 
 Manticore 
 Inktoad 
 Yawclor 
 Wyvern 
 Narloc 
 Quokka 
Correct B.
 Bellen 
 Manticore 
 Xeraph 
 Inktoad 
 Yawclor 
 Quokka 
 Wyvern 
 Narloc 
Incorrect C.
 Bellen 
 Xeraph 
 Manticore 
 Inktoad 
 Yawclor 
 Quokka 
 Narloc 
 Wyvern 
Incorrect D.
 Manticore 
 Bellen 
 Xeraph 
 Inktoad 
 Yawclor 
 Narloc 
 Quokka 
 Wyvern 
Incorrect E.
 Bellen 
 Manticore 
 Xeraph 
 Inktoad 
 Yawclor 
 Quokka 
 Wyvern 
 Narloc 
Incorrect F.
 Bellen 
 Xeraph 
 Manticore 
 Narloc 
 Quokka 
 Wyvern 
 Inktoad 
 Yawclor 
Incorrect G.
 Wyvern 
 Narloc 
 Quokka 
 Inktoad 
 Yawclor 
 Bellen 
 Manticore 
 Xeraph 
Incorrect H.
 Inktoad 
 Yawclor 
 Wyvern 
 Narloc 
 Quokka 
 Manticore 
 Xeraph 
 Bellen 
Incorrect MC

b4b5_e0de

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Dibblet 
 Oclora 
 Jackalope 
 Yawclor 
 Vyrax 
 Kraken 
 Xeraph 
 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?

A.
 Oclora 
 Dibblet 
 Vyrax 
 Jackalope 
 Yawclor 
 Kraken 
 Xeraph 
 Chimera 
Incorrect B.
 Kraken 
 Vyrax 
 Jackalope 
 Yawclor 
 Dibblet 
 Oclora 
 Xeraph 
 Chimera 
Incorrect C.
 Chimera 
 Vyrax 
 Yawclor 
 Jackalope 
 Dibblet 
 Oclora 
 Kraken 
 Xeraph 
Incorrect D.
 Chimera 
 Kraken 
 Xeraph 
 Dibblet 
 Oclora 
 Jackalope 
 Vyrax 
 Yawclor 
Incorrect E.
 Dibblet 
 Oclora 
 Vyrax 
 Yawclor 
 Jackalope 
 Kraken 
 Xeraph 
 Chimera 
Incorrect F.
 Chimera 
 Vyrax 
 Jackalope 
 Yawclor 
 Dibblet 
 Oclora 
 Kraken 
 Xeraph 
Correct G.
 Chimera 
 Kraken 
 Xeraph 
 Jackalope 
 Yawclor 
 Vyrax 
 Oclora 
 Dibblet 
Incorrect H.
 Chimera 
 Dibblet 
 Oclora 
 Yawclor 
 Jackalope 
 Vyrax 
 Kraken 
 Xeraph 
Incorrect MC

9b4a_d137

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Oclora 
 Bellen 
 Ashen 
 Gorret 
 Manticore 
 Zypher 
 Elwet 
 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?

A.
 Unicorn 
 Elwet 
 Oclora 
 Gorret 
 Ashen 
 Zypher 
 Manticore 
 Bellen 
Incorrect B.
 Unicorn 
 Elwet 
 Bellen 
 Gorret 
 Manticore 
 Ashen 
 Zypher 
 Oclora 
Incorrect C.
 Elwet 
 Zypher 
 Ashen 
 Manticore 
 Gorret 
 Bellen 
 Oclora 
 Unicorn 
Incorrect D.
 Unicorn 
 Oclora 
 Ashen 
 Gorret 
 Manticore 
 Zypher 
 Bellen 
 Elwet 
Incorrect E.
 Unicorn 
 Elwet 
 Oclora 
 Bellen 
 Ashen 
 Gorret 
 Zypher 
 Manticore 
Incorrect F.
 Unicorn 
 Elwet 
 Oclora 
 Bellen 
 Ashen 
 Gorret 
 Manticore 
 Zypher 
Correct G.
 Unicorn 
 Bellen 
 Manticore 
 Zypher 
 Ashen 
 Gorret 
 Oclora 
 Elwet 
Incorrect H.
 Unicorn 
 Oclora 
 Manticore 
 Zypher 
 Gorret 
 Ashen 
 Bellen 
 Elwet 
Incorrect MC

5577_3278

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Vyrax 
 Phoenix 
 Faylen 
 Yawclor 
 Elwet 
 Unicorn 
 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?

A.
 Xeraph 
 Lystra 
 Yawclor 
 Faylen 
 Elwet 
 Unicorn 
 Phoenix 
 Vyrax 
Incorrect B.
 Xeraph 
 Lystra 
 Vyrax 
 Elwet 
 Unicorn 
 Yawclor 
 Faylen 
 Phoenix 
Incorrect C.
 Lystra 
 Phoenix 
 Elwet 
 Unicorn 
 Faylen 
 Yawclor 
 Vyrax 
 Xeraph 
Correct D.
 Vyrax 
 Phoenix 
 Unicorn 
 Elwet 
 Yawclor 
 Faylen 
 Lystra 
 Xeraph 
Incorrect E.
 Xeraph 
 Lystra 
 Faylen 
 Yawclor 
 Elwet 
 Unicorn 
 Phoenix 
 Vyrax 
Incorrect F.
 Xeraph 
 Lystra 
 Elwet 
 Faylen 
 Yawclor 
 Unicorn 
 Phoenix 
 Vyrax 
Incorrect G.
 Vyrax 
 Yawclor 
 Faylen 
 Unicorn 
 Elwet 
 Phoenix 
 Lystra 
 Xeraph 
Incorrect H.
 Vyrax 
 Faylen 
 Unicorn 
 Yawclor 
 Elwet 
 Phoenix 
 Lystra 
 Xeraph 
Incorrect MC

098f_607a

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Phoenix 
 Yawclor 
 Oclora 
 Elwet 
 Gorret 
 Zypher 
 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?

A.
 Inktoad 
 Sphinx 
 Elwet 
 Zypher 
 Gorret 
 Oclora 
 Phoenix 
 Yawclor 
Incorrect B.
 Phoenix 
 Yawclor 
 Elwet 
 Gorret 
 Oclora 
 Zypher 
 Inktoad 
 Sphinx 
Incorrect C.
 Phoenix 
 Yawclor 
 Inktoad 
 Sphinx 
 Oclora 
 Zypher 
 Elwet 
 Gorret 
Incorrect D.
 Phoenix 
 Yawclor 
 Elwet 
 Oclora 
 Gorret 
 Zypher 
 Inktoad 
 Sphinx 
Incorrect E.
 Inktoad 
 Sphinx 
 Zypher 
 Elwet 
 Gorret 
 Oclora 
 Phoenix 
 Yawclor 
Correct F.
 Inktoad 
 Sphinx 
 Oclora 
 Zypher 
 Elwet 
 Gorret 
 Phoenix 
 Yawclor 
Incorrect G.
 Inktoad 
 Sphinx 
 Elwet 
 Zypher 
 Gorret 
 Oclora 
 Phoenix 
 Yawclor 
Incorrect H.
 Inktoad 
 Sphinx 
 Gorret 
 Zypher 
 Elwet 
 Oclora 
 Phoenix 
 Yawclor 
Incorrect MC

86d1_0c25

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Rynoth 
 Ashen 
 Vyrax 
 Gorret 
 Jackalope 
 Sphinx 
 Lystra 
 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?

A.
 Jackalope 
 Sphinx 
 Lystra 
 Zypher 
 Gorret 
 Ashen 
 Vyrax 
 Rynoth 
Correct B.
 Rynoth 
 Gorret 
 Ashen 
 Vyrax 
 Jackalope 
 Zypher 
 Lystra 
 Sphinx 
Incorrect C.
 Rynoth 
 Ashen 
 Vyrax 
 Gorret 
 Jackalope 
 Sphinx 
 Lystra 
 Zypher 
Incorrect D.
 Jackalope 
 Sphinx 
 Lystra 
 Zypher 
 Rynoth 
 Ashen 
 Gorret 
 Vyrax 
Incorrect E.
 Rynoth 
 Ashen 
 Vyrax 
 Gorret 
 Lystra 
 Zypher 
 Jackalope 
 Sphinx 
Incorrect F.
 Lystra 
 Zypher 
 Jackalope 
 Sphinx 
 Vyrax 
 Ashen 
 Gorret 
 Rynoth 
Incorrect G.
 Ashen 
 Gorret 
 Vyrax 
 Rynoth 
 Lystra 
 Zypher 
 Jackalope 
 Sphinx 
Incorrect H.
 Rynoth 
 Ashen 
 Gorret 
 Vyrax 
 Lystra 
 Zypher 
 Jackalope 
 Sphinx 
Incorrect MC

c1cd_4b3e

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Ashen 
 Wyvern 
 Sphinx 
 Zypher 
 Quokka 
 Bellen 
 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?

A.
 Bellen 
 Rynoth 
 Quokka 
 Sphinx 
 Zypher 
 Vyrax 
 Ashen 
 Wyvern 
Incorrect B.
 Quokka 
 Sphinx 
 Zypher 
 Bellen 
 Rynoth 
 Vyrax 
 Ashen 
 Wyvern 
Correct C.
 Vyrax 
 Bellen 
 Rynoth 
 Quokka 
 Zypher 
 Sphinx 
 Ashen 
 Wyvern 
Incorrect D.
 Vyrax 
 Bellen 
 Quokka 
 Sphinx 
 Zypher 
 Rynoth 
 Ashen 
 Wyvern 
Incorrect E.
 Vyrax 
 Bellen 
 Rynoth 
 Quokka 
 Sphinx 
 Zypher 
 Ashen 
 Wyvern 
Incorrect F.
 Bellen 
 Quokka 
 Zypher 
 Sphinx 
 Rynoth 
 Vyrax 
 Ashen 
 Wyvern 
Incorrect G.
 Sphinx 
 Zypher 
 Quokka 
 Bellen 
 Rynoth 
 Vyrax 
 Ashen 
 Wyvern 
Incorrect H.
 Ashen 
 Wyvern 
 Bellen 
 Rynoth 
 Sphinx 
 Quokka 
 Zypher 
 Vyrax 
Incorrect MC

5c2b_7678

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Chimera 
 Xeraph 
 Phoenix 
 Quokka 
 Sphinx 
 Bellen 
 Lystra 
 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?

A.
 Chimera 
 Sphinx 
 Phoenix 
 Quokka 
 Xeraph 
 Bellen 
 Lystra 
 Manticore 
Incorrect B.
 Bellen 
 Xeraph 
 Quokka 
 Sphinx 
 Phoenix 
 Chimera 
 Lystra 
 Manticore 
Incorrect C.
 Lystra 
 Manticore 
 Chimera 
 Xeraph 
 Phoenix 
 Sphinx 
 Quokka 
 Bellen 
Incorrect D.
 Chimera 
 Xeraph 
 Quokka 
 Phoenix 
 Sphinx 
 Bellen 
 Lystra 
 Manticore 
Incorrect E.
 Bellen 
 Chimera 
 Xeraph 
 Phoenix 
 Quokka 
 Sphinx 
 Lystra 
 Manticore 
Incorrect F.
 Lystra 
 Manticore 
 Bellen 
 Chimera 
 Xeraph 
 Phoenix 
 Quokka 
 Sphinx 
Correct G.
 Phoenix 
 Quokka 
 Sphinx 
 Chimera 
 Xeraph 
 Bellen 
 Lystra 
 Manticore 
Incorrect H.
 Lystra 
 Manticore 
 Bellen 
 Xeraph 
 Chimera 
 Phoenix 
 Sphinx 
 Quokka 
Incorrect MC

c554_9694

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Elwet 
 Kraken 
 Rynoth 
 Quokka 
 Oclora 
 Phoenix 
 Sphinx 
 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?

A.
 Elwet 
 Kraken 
 Quokka 
 Oclora 
 Sphinx 
 Thorret 
 Phoenix 
 Rynoth 
Incorrect B.
 Kraken 
 Sphinx 
 Thorret 
 Oclora 
 Phoenix 
 Quokka 
 Rynoth 
 Elwet 
Incorrect C.
 Elwet 
 Quokka 
 Sphinx 
 Oclora 
 Thorret 
 Phoenix 
 Rynoth 
 Kraken 
Incorrect D.
 Elwet 
 Kraken 
 Rynoth 
 Thorret 
 Phoenix 
 Oclora 
 Sphinx 
 Quokka 
Incorrect E.
 Elwet 
 Oclora 
 Phoenix 
 Sphinx 
 Thorret 
 Quokka 
 Rynoth 
 Kraken 
Correct F.
 Elwet 
 Kraken 
 Quokka 
 Oclora 
 Sphinx 
 Thorret 
 Phoenix 
 Rynoth 
Incorrect G.
 Kraken 
 Quokka 
 Sphinx 
 Phoenix 
 Thorret 
 Oclora 
 Rynoth 
 Elwet 
Incorrect H.
 Elwet 
 Rynoth 
 Quokka 
 Thorret 
 Phoenix 
 Sphinx 
 Oclora 
 Kraken 
Incorrect MC

6870_6b6a

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Gorret 
 Sphinx 
 Hydra 
 Quokka 
 Oclora 
 Yawclor 
 Lystra 
 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?

A.
 Hydra 
 Quokka 
 Gorret 
 Sphinx 
 Oclora 
 Yawclor 
 Lystra 
 Faylen 
Correct B.
 Lystra 
 Oclora 
 Yawclor 
 Hydra 
 Quokka 
 Gorret 
 Sphinx 
 Faylen 
Incorrect C.
 Faylen 
 Hydra 
 Quokka 
 Sphinx 
 Gorret 
 Oclora 
 Yawclor 
 Lystra 
Incorrect D.
 Faylen 
 Hydra 
 Quokka 
 Gorret 
 Sphinx 
 Yawclor 
 Lystra 
 Oclora 
Incorrect E.
 Faylen 
 Oclora 
 Lystra 
 Yawclor 
 Gorret 
 Sphinx 
 Hydra 
 Quokka 
Incorrect F.
 Sphinx 
 Hydra 
 Quokka 
 Gorret 
 Lystra 
 Oclora 
 Yawclor 
 Faylen 
Incorrect G.
 Faylen 
 Gorret 
 Hydra 
 Sphinx 
 Quokka 
 Oclora 
 Yawclor 
 Lystra 
Incorrect H.
 Quokka 
 Gorret 
 Hydra 
 Sphinx 
 Oclora 
 Yawclor 
 Lystra 
 Faylen 
Incorrect MC

1e25_4c9c

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Jackalope 
 Phoenix 
 Thorret 
 Dibblet 
 Bellen 
 Oclora 
 Manticore 
 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?

A.
 Dibblet 
 Manticore 
 Oclora 
 Bellen 
 Kraken 
 Jackalope 
 Phoenix 
 Thorret 
Incorrect B.
 Kraken 
 Bellen 
 Manticore 
 Oclora 
 Dibblet 
 Thorret 
 Jackalope 
 Phoenix 
Incorrect C.
 Kraken 
 Bellen 
 Oclora 
 Manticore 
 Dibblet 
 Phoenix 
 Thorret 
 Jackalope 
Incorrect D.
 Jackalope 
 Phoenix 
 Thorret 
 Dibblet 
 Bellen 
 Oclora 
 Kraken 
 Manticore 
Incorrect E.
 Thorret 
 Jackalope 
 Phoenix 
 Dibblet 
 Kraken 
 Oclora 
 Bellen 
 Manticore 
Incorrect F.
 Jackalope 
 Phoenix 
 Thorret 
 Oclora 
 Bellen 
 Manticore 
 Kraken 
 Dibblet 
Incorrect G.
 Thorret 
 Jackalope 
 Phoenix 
 Dibblet 
 Bellen 
 Oclora 
 Manticore 
 Kraken 
Correct H.
 Dibblet 
 Kraken 
 Manticore 
 Bellen 
 Oclora 
 Jackalope 
 Thorret 
 Phoenix 
Incorrect MC

db3e_3520

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Jackalope 
 Gorret 
 Sphinx 
 Bellen 
 Chimera 
 Xeraph 
 Wyvern 
 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?

A.
 Wyvern 
 Chimera 
 Xeraph 
 Jackalope 
 Sphinx 
 Bellen 
 Gorret 
 Unicorn 
Incorrect B.
 Gorret 
 Sphinx 
 Bellen 
 Jackalope 
 Chimera 
 Wyvern 
 Xeraph 
 Unicorn 
Incorrect C.
 Unicorn 
 Gorret 
 Bellen 
 Sphinx 
 Jackalope 
 Wyvern 
 Chimera 
 Xeraph 
Incorrect D.
 Wyvern 
 Chimera 
 Xeraph 
 Gorret 
 Jackalope 
 Bellen 
 Sphinx 
 Unicorn 
Incorrect E.
 Unicorn 
 Wyvern 
 Chimera 
 Xeraph 
 Jackalope 
 Bellen 
 Gorret 
 Sphinx 
Correct F.
 Chimera 
 Xeraph 
 Wyvern 
 Bellen 
 Gorret 
 Jackalope 
 Sphinx 
 Unicorn 
Incorrect G.
 Jackalope 
 Gorret 
 Sphinx 
 Bellen 
 Xeraph 
 Chimera 
 Wyvern 
 Unicorn 
Incorrect H.
 Unicorn 
 Bellen 
 Jackalope 
 Gorret 
 Sphinx 
 Wyvern 
 Chimera 
 Xeraph 
Incorrect MC

ce12_b4fe

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Narloc 
 Kraken 
 Oclora 
 Bellen 
 Wyvern 
 Zypher 
 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?

A.
 Narloc 
 Oclora 
 Kraken 
 Bellen 
 Wyvern 
 Rynoth 
 Vyrax 
 Zypher 
Incorrect B.
 Vyrax 
 Rynoth 
 Zypher 
 Narloc 
 Kraken 
 Oclora 
 Bellen 
 Wyvern 
Incorrect C.
 Zypher 
 Rynoth 
 Vyrax 
 Bellen 
 Wyvern 
 Narloc 
 Kraken 
 Oclora 
Correct D.
 Bellen 
 Narloc 
 Kraken 
 Oclora 
 Wyvern 
 Rynoth 
 Vyrax 
 Zypher 
Incorrect E.
 Kraken 
 Narloc 
 Oclora 
 Bellen 
 Wyvern 
 Rynoth 
 Vyrax 
 Zypher 
Incorrect F.
 Bellen 
 Wyvern 
 Kraken 
 Oclora 
 Narloc 
 Vyrax 
 Zypher 
 Rynoth 
Incorrect G.
 Kraken 
 Narloc 
 Oclora 
 Bellen 
 Wyvern 
 Vyrax 
 Rynoth 
 Zypher 
Incorrect H.
 Zypher 
 Rynoth 
 Vyrax 
 Bellen 
 Wyvern 
 Kraken 
 Narloc 
 Oclora 
Incorrect MC

4338_f8e2

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Wyvern 
 Gorret 
 Yawclor 
 Thorret 
 Xeraph 
 Lystra 
 Dibblet 
 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?

A.
 Thorret 
 Xeraph 
 Gorret 
 Yawclor 
 Wyvern 
 Lystra 
 Oclora 
 Dibblet 
Incorrect B.
 Wyvern 
 Thorret 
 Xeraph 
 Gorret 
 Yawclor 
 Dibblet 
 Oclora 
 Lystra 
Incorrect C.
 Lystra 
 Dibblet 
 Oclora 
 Wyvern 
 Gorret 
 Yawclor 
 Thorret 
 Xeraph 
Correct D.
 Wyvern 
 Xeraph 
 Yawclor 
 Gorret 
 Thorret 
 Dibblet 
 Oclora 
 Lystra 
Incorrect E.
 Wyvern 
 Gorret 
 Yawclor 
 Thorret 
 Xeraph 
 Dibblet 
 Oclora 
 Lystra 
Incorrect F.
 Wyvern 
 Thorret 
 Xeraph 
 Gorret 
 Yawclor 
 Dibblet 
 Lystra 
 Oclora 
Incorrect G.
 Wyvern 
 Gorret 
 Thorret 
 Xeraph 
 Yawclor 
 Lystra 
 Dibblet 
 Oclora 
Incorrect H.
 Lystra 
 Dibblet 
 Oclora 
 Wyvern 
 Thorret 
 Yawclor 
 Gorret 
 Xeraph 
Incorrect MC

11a8_5f26

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Wyvern 
 Faylen 
 Gorret 
 Yawclor 
 Inktoad 
 Xeraph 
 Narloc 
 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?

A.
 Faylen 
 Inktoad 
 Xeraph 
 Yawclor 
 Gorret 
 Narloc 
 Quokka 
 Wyvern 
Incorrect B.
 Narloc 
 Quokka 
 Faylen 
 Inktoad 
 Xeraph 
 Gorret 
 Yawclor 
 Wyvern 
Correct C.
 Wyvern 
 Narloc 
 Quokka 
 Yawclor 
 Inktoad 
 Xeraph 
 Gorret 
 Faylen 
Incorrect D.
 Wyvern 
 Narloc 
 Quokka 
 Faylen 
 Xeraph 
 Gorret 
 Inktoad 
 Yawclor 
Incorrect E.
 Wyvern 
 Narloc 
 Quokka 
 Faylen 
 Yawclor 
 Gorret 
 Xeraph 
 Inktoad 
Incorrect F.
 Faylen 
 Xeraph 
 Inktoad 
 Yawclor 
 Gorret 
 Narloc 
 Quokka 
 Wyvern 
Incorrect G.
 Narloc 
 Quokka 
 Faylen 
 Gorret 
 Yawclor 
 Inktoad 
 Xeraph 
 Wyvern 
Incorrect H.
 Wyvern 
 Narloc 
 Quokka 
 Inktoad 
 Xeraph 
 Gorret 
 Yawclor 
 Faylen 
Incorrect MC

130a_2a5c

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Quokka 
 Rynoth 
 Sphinx 
 Dibblet 
 Faylen 
 Hydra 
 Phoenix 
 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?

A.
 Quokka 
 Oclora 
 Rynoth 
 Phoenix 
 Hydra 
 Sphinx 
 Dibblet 
 Faylen 
Incorrect B.
 Oclora 
 Phoenix 
 Sphinx 
 Hydra 
 Dibblet 
 Faylen 
 Rynoth 
 Quokka 
Incorrect C.
 Hydra 
 Sphinx 
 Dibblet 
 Faylen 
 Phoenix 
 Rynoth 
 Oclora 
 Quokka 
Correct D.
 Oclora 
 Sphinx 
 Dibblet 
 Faylen 
 Hydra 
 Phoenix 
 Rynoth 
 Quokka 
Incorrect E.
 Quokka 
 Rynoth 
 Faylen 
 Sphinx 
 Dibblet 
 Hydra 
 Phoenix 
 Oclora 
Incorrect F.
 Quokka 
 Rynoth 
 Faylen 
 Hydra 
 Dibblet 
 Sphinx 
 Phoenix 
 Oclora 
Incorrect G.
 Quokka 
 Hydra 
 Faylen 
 Sphinx 
 Dibblet 
 Phoenix 
 Rynoth 
 Oclora 
Incorrect H.
 Quokka 
 Rynoth 
 Hydra 
 Dibblet 
 Sphinx 
 Faylen 
 Phoenix 
 Oclora 
Incorrect MC

3385_c424

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Faylen 
 Hydra 
 Manticore 
 Bellen 
 Unicorn 
 Inktoad 
 Jackalope 
 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?

A.
 Bellen 
 Unicorn 
 Inktoad 
 Manticore 
 Faylen 
 Hydra 
 Jackalope 
 Yawclor 
Incorrect B.
 Faylen 
 Hydra 
 Inktoad 
 Bellen 
 Unicorn 
 Manticore 
 Jackalope 
 Yawclor 
Correct C.
 Inktoad 
 Bellen 
 Manticore 
 Unicorn 
 Faylen 
 Hydra 
 Jackalope 
 Yawclor 
Incorrect D.
 Faylen 
 Hydra 
 Bellen 
 Unicorn 
 Inktoad 
 Manticore 
 Jackalope 
 Yawclor 
Incorrect E.
 Jackalope 
 Yawclor 
 Inktoad 
 Unicorn 
 Bellen 
 Manticore 
 Faylen 
 Hydra 
Incorrect F.
 Jackalope 
 Yawclor 
 Faylen 
 Hydra 
 Manticore 
 Unicorn 
 Bellen 
 Inktoad 
Incorrect G.
 Manticore 
 Inktoad 
 Bellen 
 Unicorn 
 Faylen 
 Hydra 
 Jackalope 
 Yawclor 
Incorrect H.
 Jackalope 
 Yawclor 
 Inktoad 
 Manticore 
 Unicorn 
 Bellen 
 Faylen 
 Hydra 
Incorrect MC

92c9_3a2c

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Dibblet 
 Faylen 
 Bellen 
 Quokka 
 Narloc 
 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?

A.
 Dibblet 
 Faylen 
 Narloc 
 Thorret 
 Inktoad 
 Sphinx 
 Bellen 
 Quokka 
Incorrect B.
 Dibblet 
 Faylen 
 Bellen 
 Quokka 
 Sphinx 
 Thorret 
 Inktoad 
 Narloc 
Incorrect C.
 Bellen 
 Quokka 
 Thorret 
 Narloc 
 Sphinx 
 Inktoad 
 Dibblet 
 Faylen 
Incorrect D.
 Inktoad 
 Sphinx 
 Narloc 
 Thorret 
 Bellen 
 Quokka 
 Dibblet 
 Faylen 
Correct E.
 Thorret 
 Inktoad 
 Narloc 
 Sphinx 
 Bellen 
 Quokka 
 Dibblet 
 Faylen 
Incorrect F.
 Dibblet 
 Faylen 
 Sphinx 
 Narloc 
 Thorret 
 Inktoad 
 Bellen 
 Quokka 
Incorrect G.
 Bellen 
 Quokka 
 Narloc 
 Thorret 
 Inktoad 
 Sphinx 
 Dibblet 
 Faylen 
Incorrect H.
 Dibblet 
 Faylen 
 Bellen 
 Quokka 
 Inktoad 
 Thorret 
 Sphinx 
 Narloc 
Incorrect MC

debe_0675

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Quokka 
 Zypher 
 Manticore 
 Wyvern 
 Jackalope 
 Unicorn 
 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?

A.
 Jackalope 
 Wyvern 
 Manticore 
 Chimera 
 Dibblet 
 Unicorn 
 Quokka 
 Zypher 
Incorrect B.
 Quokka 
 Zypher 
 Chimera 
 Dibblet 
 Unicorn 
 Jackalope 
 Manticore 
 Wyvern 
Correct C.
 Dibblet 
 Unicorn 
 Chimera 
 Jackalope 
 Manticore 
 Wyvern 
 Quokka 
 Zypher 
Incorrect D.
 Quokka 
 Zypher 
 Wyvern 
 Jackalope 
 Manticore 
 Dibblet 
 Unicorn 
 Chimera 
Incorrect E.
 Quokka 
 Zypher 
 Manticore 
 Wyvern 
 Jackalope 
 Dibblet 
 Chimera 
 Unicorn 
Incorrect F.
 Dibblet 
 Chimera 
 Unicorn 
 Wyvern 
 Jackalope 
 Manticore 
 Quokka 
 Zypher 
Incorrect G.
 Wyvern 
 Jackalope 
 Manticore 
 Unicorn 
 Chimera 
 Dibblet 
 Quokka 
 Zypher 
Incorrect H.
 Chimera 
 Dibblet 
 Unicorn 
 Jackalope 
 Wyvern 
 Manticore 
 Quokka 
 Zypher 
Incorrect MC

247d_9bd1

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Rynoth 
 Xeraph 
 Sphinx 
 Wyvern 
 Ashen 
 Faylen 
 Gorret 
 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?

A.
 Gorret 
 Phoenix 
 Ashen 
 Faylen 
 Sphinx 
 Wyvern 
 Rynoth 
 Xeraph 
Incorrect B.
 Gorret 
 Phoenix 
 Ashen 
 Faylen 
 Sphinx 
 Wyvern 
 Rynoth 
 Xeraph 
Incorrect C.
 Gorret 
 Phoenix 
 Wyvern 
 Faylen 
 Ashen 
 Sphinx 
 Rynoth 
 Xeraph 
Incorrect D.
 Gorret 
 Phoenix 
 Rynoth 
 Xeraph 
 Ashen 
 Wyvern 
 Faylen 
 Sphinx 
Incorrect E.
 Gorret 
 Phoenix 
 Ashen 
 Faylen 
 Sphinx 
 Wyvern 
 Rynoth 
 Xeraph 
Incorrect F.
 Gorret 
 Phoenix 
 Rynoth 
 Xeraph 
 Faylen 
 Wyvern 
 Ashen 
 Sphinx 
Incorrect G.
 Gorret 
 Phoenix 
 Rynoth 
 Xeraph 
 Faylen 
 Ashen 
 Sphinx 
 Wyvern 
Incorrect H.
 Rynoth 
 Xeraph 
 Ashen 
 Faylen 
 Sphinx 
 Wyvern 
 Gorret 
 Phoenix 
Correct MC

1e8b_8c0c

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Manticore 
 Xeraph 
 Yawclor 
 Jackalope 
 Narloc 
 Dibblet 
 Sphinx 
 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?

A.
 Dibblet 
 Jackalope 
 Narloc 
 Xeraph 
 Yawclor 
 Manticore 
 Sphinx 
 Wyvern 
Incorrect B.
 Wyvern 
 Jackalope 
 Narloc 
 Xeraph 
 Yawclor 
 Manticore 
 Dibblet 
 Sphinx 
Correct C.
 Manticore 
 Jackalope 
 Narloc 
 Xeraph 
 Yawclor 
 Dibblet 
 Sphinx 
 Wyvern 
Incorrect D.
 Sphinx 
 Dibblet 
 Xeraph 
 Jackalope 
 Narloc 
 Yawclor 
 Manticore 
 Wyvern 
Incorrect E.
 Manticore 
 Xeraph 
 Yawclor 
 Jackalope 
 Narloc 
 Dibblet 
 Sphinx 
 Wyvern 
Incorrect F.
 Dibblet 
 Xeraph 
 Jackalope 
 Yawclor 
 Narloc 
 Manticore 
 Sphinx 
 Wyvern 
Incorrect G.
 Wyvern 
 Sphinx 
 Dibblet 
 Manticore 
 Xeraph 
 Yawclor 
 Jackalope 
 Narloc 
Incorrect H.
 Wyvern 
 Sphinx 
 Dibblet 
 Narloc 
 Jackalope 
 Xeraph 
 Yawclor 
 Manticore 
Incorrect MC

0d1b_3e88

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Oclora 
 Phoenix 
 Unicorn 
 Lystra 
 Xeraph 
 Ashen 
 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?

A.
 Dibblet 
 Xeraph 
 Lystra 
 Phoenix 
 Unicorn 
 Ashen 
 Oclora 
 Vyrax 
Incorrect B.
 Dibblet 
 Lystra 
 Unicorn 
 Phoenix 
 Xeraph 
 Ashen 
 Oclora 
 Vyrax 
Incorrect C.
 Xeraph 
 Lystra 
 Phoenix 
 Unicorn 
 Ashen 
 Oclora 
 Dibblet 
 Vyrax 
Correct D.
 Oclora 
 Lystra 
 Phoenix 
 Unicorn 
 Xeraph 
 Ashen 
 Dibblet 
 Vyrax 
Incorrect E.
 Oclora 
 Phoenix 
 Unicorn 
 Xeraph 
 Lystra 
 Ashen 
 Dibblet 
 Vyrax 
Incorrect F.
 Ashen 
 Xeraph 
 Phoenix 
 Unicorn 
 Lystra 
 Oclora 
 Dibblet 
 Vyrax 
Incorrect G.
 Dibblet 
 Xeraph 
 Phoenix 
 Lystra 
 Unicorn 
 Ashen 
 Oclora 
 Vyrax 
Incorrect H.
 Vyrax 
 Ashen 
 Lystra 
 Xeraph 
 Phoenix 
 Unicorn 
 Oclora 
 Dibblet 
Incorrect MC

d704_7924

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Bellen 
 Manticore 
 Dibblet 
 Sphinx 
 Lystra 
 Narloc 
 Jackalope 
 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?

A.
 Dibblet 
 Sphinx 
 Bellen 
 Manticore 
 Lystra 
 Narloc 
 Jackalope 
 Wyvern 
Incorrect B.
 Bellen 
 Manticore 
 Dibblet 
 Sphinx 
 Jackalope 
 Wyvern 
 Lystra 
 Narloc 
Incorrect C.
 Jackalope 
 Narloc 
 Lystra 
 Wyvern 
 Bellen 
 Manticore 
 Dibblet 
 Sphinx 
Incorrect D.
 Lystra 
 Narloc 
 Jackalope 
 Wyvern 
 Dibblet 
 Sphinx 
 Bellen 
 Manticore 
Incorrect E.
 Dibblet 
 Sphinx 
 Bellen 
 Manticore 
 Jackalope 
 Lystra 
 Narloc 
 Wyvern 
Incorrect F.
 Lystra 
 Wyvern 
 Jackalope 
 Narloc 
 Dibblet 
 Sphinx 
 Bellen 
 Manticore 
Incorrect G.
 Bellen 
 Manticore 
 Dibblet 
 Sphinx 
 Jackalope 
 Wyvern 
 Lystra 
 Narloc 
Correct H.
 Manticore 
 Sphinx 
 Bellen 
 Dibblet 
 Jackalope 
 Wyvern 
 Lystra 
 Narloc 
Incorrect MC

ee65_8655

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Wyvern 
 Xeraph 
 Narloc 
 Dibblet 
 Bellen 
 Phoenix 
 Sphinx 
 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?

A.
 Wyvern 
 Xeraph 
 Jackalope 
 Bellen 
 Sphinx 
 Dibblet 
 Phoenix 
 Narloc 
Incorrect B.
 Wyvern 
 Xeraph 
 Jackalope 
 Narloc 
 Bellen 
 Phoenix 
 Dibblet 
 Sphinx 
Incorrect C.
 Narloc 
 Sphinx 
 Bellen 
 Dibblet 
 Phoenix 
 Jackalope 
 Wyvern 
 Xeraph 
Incorrect D.
 Bellen 
 Phoenix 
 Sphinx 
 Dibblet 
 Narloc 
 Jackalope 
 Wyvern 
 Xeraph 
Incorrect E.
 Wyvern 
 Xeraph 
 Narloc 
 Sphinx 
 Dibblet 
 Bellen 
 Phoenix 
 Jackalope 
Incorrect F.
 Jackalope 
 Bellen 
 Dibblet 
 Phoenix 
 Sphinx 
 Narloc 
 Wyvern 
 Xeraph 
Incorrect G.
 Jackalope 
 Dibblet 
 Bellen 
 Phoenix 
 Sphinx 
 Narloc 
 Wyvern 
 Xeraph 
Correct H.
 Narloc 
 Bellen 
 Dibblet 
 Phoenix 
 Sphinx 
 Jackalope 
 Wyvern 
 Xeraph 
Incorrect MC

0def_fe77

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Faylen 
 Yawclor 
 Sphinx 
 Quokka 
 Thorret 
 Ashen 
 Zypher 
 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?

A.
 Faylen 
 Yawclor 
 Thorret 
 Ashen 
 Lystra 
 Zypher 
 Quokka 
 Sphinx 
Incorrect B.
 Quokka 
 Thorret 
 Ashen 
 Zypher 
 Lystra 
 Sphinx 
 Faylen 
 Yawclor 
Correct C.
 Faylen 
 Yawclor 
 Sphinx 
 Thorret 
 Zypher 
 Ashen 
 Lystra 
 Quokka 
Incorrect D.
 Sphinx 
 Ashen 
 Lystra 
 Zypher 
 Quokka 
 Thorret 
 Faylen 
 Yawclor 
Incorrect E.
 Faylen 
 Yawclor 
 Quokka 
 Ashen 
 Zypher 
 Lystra 
 Thorret 
 Sphinx 
Incorrect F.
 Faylen 
 Yawclor 
 Ashen 
 Lystra 
 Zypher 
 Quokka 
 Thorret 
 Sphinx 
Incorrect G.
 Faylen 
 Yawclor 
 Ashen 
 Zypher 
 Lystra 
 Thorret 
 Quokka 
 Sphinx 
Incorrect H.
 Faylen 
 Yawclor 
 Lystra 
 Zypher 
 Ashen 
 Quokka 
 Thorret 
 Sphinx 
Incorrect MC

4069_763a

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Phoenix 
 Jackalope 
 Oclora 
 Quokka 
 Gorret 
 Xeraph 
 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?

A.
 Phoenix 
 Gorret 
 Oclora 
 Quokka 
 Xeraph 
 Jackalope 
 Inktoad 
 Unicorn 
Correct B.
 Inktoad 
 Unicorn 
 Jackalope 
 Gorret 
 Oclora 
 Quokka 
 Xeraph 
 Phoenix 
Incorrect C.
 Jackalope 
 Gorret 
 Xeraph 
 Oclora 
 Quokka 
 Phoenix 
 Inktoad 
 Unicorn 
Incorrect D.
 Jackalope 
 Gorret 
 Oclora 
 Quokka 
 Xeraph 
 Phoenix 
 Inktoad 
 Unicorn 
Incorrect E.
 Jackalope 
 Oclora 
 Gorret 
 Quokka 
 Xeraph 
 Phoenix 
 Inktoad 
 Unicorn 
Incorrect F.
 Inktoad 
 Unicorn 
 Phoenix 
 Jackalope 
 Gorret 
 Oclora 
 Quokka 
 Xeraph 
Incorrect G.
 Jackalope 
 Xeraph 
 Gorret 
 Oclora 
 Quokka 
 Phoenix 
 Inktoad 
 Unicorn 
Incorrect H.
 Inktoad 
 Unicorn 
 Jackalope 
 Gorret 
 Quokka 
 Oclora 
 Xeraph 
 Phoenix 
Incorrect MC

c30d_4ef1

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Dibblet 
 Xeraph 
 Unicorn 
 Elwet 
 Hydra 
 Bellen 
 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?

A.
 Elwet 
 Hydra 
 Bellen 
 Yawclor 
 Dibblet 
 Unicorn 
 Xeraph 
 Jackalope 
Incorrect B.
 Elwet 
 Hydra 
 Bellen 
 Yawclor 
 Dibblet 
 Xeraph 
 Unicorn 
 Jackalope 
Incorrect C.
 Jackalope 
 Bellen 
 Yawclor 
 Elwet 
 Hydra 
 Dibblet 
 Xeraph 
 Unicorn 
Correct D.
 Jackalope 
 Elwet 
 Hydra 
 Bellen 
 Yawclor 
 Dibblet 
 Xeraph 
 Unicorn 
Incorrect E.
 Jackalope 
 Hydra 
 Bellen 
 Yawclor 
 Elwet 
 Dibblet 
 Xeraph 
 Unicorn 
Incorrect F.
 Jackalope 
 Bellen 
 Hydra 
 Elwet 
 Yawclor 
 Unicorn 
 Dibblet 
 Xeraph 
Incorrect G.
 Jackalope 
 Elwet 
 Hydra 
 Bellen 
 Yawclor 
 Dibblet 
 Unicorn 
 Xeraph 
Incorrect H.
 Yawclor 
 Hydra 
 Bellen 
 Elwet 
 Dibblet 
 Xeraph 
 Unicorn 
 Jackalope 
Incorrect MC

f39c_34f0

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 8 leaves. This phylogenetic tree is affectionately called: "None".

 Ashen 
 Oclora 
 Rynoth 
 Wyvern 
 Unicorn 
 Vyrax 
 Lystra 
 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?

A.
 Lystra 
 Thorret 
 Unicorn 
 Vyrax 
 Rynoth 
 Wyvern 
 Ashen 
 Oclora 
Correct B.
 Lystra 
 Thorret 
 Ashen 
 Oclora 
 Unicorn 
 Vyrax 
 Rynoth 
 Wyvern 
Incorrect C.
 Lystra 
 Thorret 
 Vyrax 
 Wyvern 
 Rynoth 
 Unicorn 
 Ashen 
 Oclora 
Incorrect D.
 Lystra 
 Thorret 
 Ashen 
 Oclora 
 Rynoth 
 Wyvern 
 Unicorn 
 Vyrax 
Incorrect E.
 Lystra 
 Thorret 
 Ashen 
 Oclora 
 Unicorn 
 Vyrax 
 Rynoth 
 Wyvern 
Incorrect F.
 Lystra 
 Thorret 
 Rynoth 
 Unicorn 
 Wyvern 
 Vyrax 
 Ashen 
 Oclora 
Incorrect G.
 Lystra 
 Thorret 
 Rynoth 
 Vyrax 
 Wyvern 
 Unicorn 
 Ashen 
 Oclora 
Incorrect H.
 Wyvern 
 Rynoth 
 Vyrax 
 Unicorn 
 Ashen 
 Oclora 
 Lystra 
 Thorret 
Incorrect