How will the increase in biosphere production of carbon alter the carbon levels in: Atmosphere Surface ocean Deep ocean Fossil fuels Number and variety of terrestrial plants and animals? How will the increased carbon levels as noted in your Data Table affect current taxonomy? Will the number and variety of species change? How will they change? From your collected data and what you have learned so far, what do you propose as a solution to this dilemma?

How will the increase in biosphere production of carbon alter the carbon levels in: Atmosphere Surface ocean Deep ocean Fossil fuels Number and variety of terrestrial plants and animals? How will the increased carbon levels as noted in your Data Table affect current taxonomy? Will the number and variety of species change? How will they change? From your collected data and what you have learned so far, what do you propose as a solution to this dilemma?

Biology Today and Tomorrow without Physiology (MindTap Course List)

5th Edition

ISBN:9781305117396

Author:Cecie Starr, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Christine Evers, Lisa Starr

Chapter1: Invitation To Biology

Section: Chapter Questions

Problem 1FIO: Figure 1.7 Taxonomic classification of five species that are related at different levels. Each...

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Figure 1.7 Taxonomic classification of five species that are related at different levels. Each species has been assigned to ever more inclusive groups, or taxa: in this case, from genus to domain. From the left, Joaquim Gaspar; kymkemp.com; Sylvie Bouchard/Shutterstock.com; Courtesy of Melissa S. Green, www.flickr.com/photos/henkimaa; Grodana Sarkotic. Figure It Out: Which of the plants shown here are in the same order?
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Step 1: select two different species (one eukaryotic and another prokaryotic and dothe taxonomy. Step 2: Classify each one based on modern taxonomy, and write their scientific namein three different ways based on Linnaeus. Step 3:Describe their dichotomous key and show how far they are in their taxonomyfrom each other and describe how they interact together in the ecosystem basedon what you studied. Step 4: - Take screenshots of their location in the phylogenetic tree
Distinguish between morphological, phylogenetic and biological species concepts. What are the advantages of each?. What notion is common to each of the species definition that we considered?. Why do species definition matter in conservation biology?
Distinguish between morphological, phylogenetic, and biological species concepts. what notion is common to each of the species definitions that we considered? why do species definitions matter in conservation biology?
In the binomial naming system, scientific names are written in italics, with the first word capitalized and the second not capitalized. The scientific name of a type of fungus beetle is therefore written as Gelae donut (pronounced “jelly donut,” seriously!). Which level of the classification system does each word of that scientific name represent? (Note: this is NOT a multiple choice question…) Gelae = donut =
Distinguish between morphological, phylogenetic, and biological species concepts. What are the advantages and disadvantage of each? What notion is common to each of the species defintions that we considered? Why do species definitions matter in conservation biology?
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In a phylogenetic tree, Species 1 and 2 are distantly related to one another but are both darkly pigmented. Species 3 which is unpigmented is a sister taxon to Species 2. The common ancestor to all three species is darkly pigmented; thus, this trait in the phylogeny is considered to be a - A. homoplasy. B. synapomorphy. C. apomorphy. D. symplesiomorphy.
If a taxonomist constructs a rooted phylogenetic tree for a group of living species, the structure of the tree alone can be used to distinguish hypotheses of monophyly versus nonmonophyly of a particular subgroup. If monophyly is rejected for a particular subgroup, tree topology alone cannot distinguish paraphyly from polyphyly. What additional information is needed to distinguish paraphyly from polyphyly?
It is possible for two different genes to imply different phylogenetic relationships among a group of species. What are the possible reasons for this? If there is only one true history of formation of these species, what might we do in order to determine which (if either) gene accurately portrays that history? Is it possible for both phylogenetic trees to be accurate even if there has been only one history of species divergence?