Question

In: Biology

CREATE a phylogenetic tree (evolutionary) with Diarthrognathus, Triconodonts, Docodonts, Multituberculates, Symmetrodonts, Pantotheres, Monotremes, Marsupials, and Placentals.

CREATE a phylogenetic tree (evolutionary) with Diarthrognathus, Triconodonts, Docodonts, Multituberculates, Symmetrodonts, Pantotheres, Monotremes, Marsupials, and Placentals.

Solutions

Expert Solution

A phylogenetic tree for mammalian evolution:

1. Diarthrognathus ("Two joint jaw") is an extinct genus of synapsids,

2.  Triconodonts - Any extinct mammal of the order Triconodonta, (A tooth having three conical cusps),

3. Docodonts- Any of several extinct mammals of the order Docodonta,

4. Multituberculates- Any of a small group of rodent-like mammals, of the order Multituberculata,

5. Symmetrodonts- Symmetrodonta is a group of Mesozoic mammals and mammal-like synapsids,

6. Pantotheres- Pantotheria is an abandoned taxon of Mesozoic mammals,

7. Monotremes- Living mammals groups, one of them, along with placentals (Eutheria) and marsupials (Metatheria),

8. Marsupials- Pouched mammals,

9. Placentals- Any animal that is a member of the Placentalia.


Related Solutions

DRAW a phylogenentic tree and include the following: Diarthrognathus Triconodonts Docodonts Multituberculates Symmetrodonts Pantotheres Monotremes Marsupials...
DRAW a phylogenentic tree and include the following: Diarthrognathus Triconodonts Docodonts Multituberculates Symmetrodonts Pantotheres Monotremes Marsupials Placentals.
Define and give examples of convergent evolution • Use a phylogenetic tree to summarize the evolutionary...
Define and give examples of convergent evolution • Use a phylogenetic tree to summarize the evolutionary relationships among vertebrates • Identify the main characteristics of each major vertebrate group (fish, amphibians, reptiles, birds, mammals) • List the four types of tissues that occur in all vertebrate bodies and summarize their functions
Explain the basic features of a phylogenetic tree and discuss the statement that evolutionary relationships inferred...
Explain the basic features of a phylogenetic tree and discuss the statement that evolutionary relationships inferred from phenotypes or sequence data are is not always simply divergent. 500 words
Draw the phylogenetic tree that shows that understanding of the evolutionary relationships of all invertebrates among...
Draw the phylogenetic tree that shows that understanding of the evolutionary relationships of all invertebrates among the major phyla of metazoans. What are the major clades shown on the tree? Why are the phyla grouped together in the specific clades that you have drawn? What are the synapomorphies that define each of the clades and the different phyla within them? What sources of evidence were used to reconstruct the phylogeny that you have drawn? Are certain sources of evidence more...
How is  Diarthrognathus related to Triconodonts, Docodonts, Multituberculates, Symmetrodonts, Pantotheres, Monotremes, Marsupials, and Placentals?
How is  Diarthrognathus related to Triconodonts, Docodonts, Multituberculates, Symmetrodonts, Pantotheres, Monotremes, Marsupials, and Placentals?
Describe the features shared by all mammals. Then, differentiate between the reproductive strategies of Monotremes, Marsupials,...
Describe the features shared by all mammals. Then, differentiate between the reproductive strategies of Monotremes, Marsupials, and Placentals. Do you think the life history of any of these groups is superior to the others? Why/why not?
What is an evolutionary tree? Is there a precise evolutionary tree that explains the emergence and...
What is an evolutionary tree? Is there a precise evolutionary tree that explains the emergence and origin of every type of living organisms?
Compare viruses with living things on the phylogenetic tree of life.
Compare viruses with living things on the phylogenetic tree of life.
Explain the evolutionary and phylogenetic relationships existing among the extinct and extant members of the class...
Explain the evolutionary and phylogenetic relationships existing among the extinct and extant members of the class Repitilia. Discuss significance of the absence or presence, and if present the number and location of the temporal fossae. Say whether or not you consider the Class Reptilia to be a valid taxon. Justify with reason your answer/position.
Explain the evolutionary characters and similarities that exist among Docodonts, Triconodonts, Symmetrodonts, Multituberculates, Monotremes, Pantotheres, Placentals...
Explain the evolutionary characters and similarities that exist among Docodonts, Triconodonts, Symmetrodonts, Multituberculates, Monotremes, Pantotheres, Placentals and Marsupials
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT