Bio 102 wk 3 case
Please follow instructions on the attached document Warning!!!!!! Please Following the instructions for University of Berkeley. They are looking for specific data Thanks.
Module 3 - Background
PRINCIPLES OF TAXONOMY
Required Material
Characteristics of organisms in the 6 major kingdoms:
DiVenere, Vic (2011) The Diversity of Life. Accessed February 25, 2014, at: http://www(dot)columbia(dot)edu/~vjd1/divers_life.htm
Principles of taxonomy and classification:
Dirnberger, Joseph (n.d.) Phylogeny and Systematics. Accessed February 25, 2014http://science(dot)kennesaw(dot)edu/~jdirnber/Bio2108/Lecture/LecPhylogeny/LecPhylogeny.html
Variety of plant life forms:
Farabee, MJ (2004) Biological Diversity Nonvascular Plants and Nonseed Vascular Plants. Accessed February 25, 2014 athttp://www2(dot)estrellamountain(dot)edu/faculty/farabee/BIOBK/BioBookDiversity_5.html
Variety of animal life forms:
Farabee, MJ (2004) Biological Diversity : Animals I. Accessed February 25, 2014, at:http://www2(dot)estrellamountain(dot)edu/faculty/farabee/BIOBK/BioBookDiversity_7.html
Types of vertebrates and their organ systems:
Kimball, John (2011) The Vertebrates. Accessed February 25, 2014, at:http://users(dot)rcn(dot)com/jkimball.ma.ultranet/BiologyPages/V/Vertebrates.html
Case
Guralnick R, Collins A, Waggoner B, Speer B, Whitney C, Smith D. UCMP Exhibit Hall, University of California Museum of Paleontology, UC Berkeley. Accessed on February 20, 2014 athttp://www(dot)ucmp(dot)berkeley(dot)edu/exhibit/phylogeny.html
SLP
Urakawa, H., Garcia, Juan C., Barreto, Patricia D., Molina, Gabriela A., Barreto, Jose C. (2012). A sensitive crude oil bioassay indicates that oil spills potentially induce a change of major nitrifying prokaryotes from the Archaea to the Bacteria. Environmental Pollution. 164:42-45
Guralnick R, Collins A, Waggoner B, Speer B, Whitney C, Smith D. UCMP Exhibit Hall, University of California Museum of Paleontology, UC Berkeley. Accessed on February 20, 2014 athttp://www(dot)ucmp(dot)berkeley(dot)edu/help/taxaform.html
Module 3 – Case ASSIGMENT BELOW
PRINCIPLES OF TAXONOMY
Case Assignment
From Sea Squirts to Otters...
For the Case Assignment in Module 3, you will compare the taxonomic classification of two organisms within the Phylum Chordata: the sea squirt and the sea otter. Use this site to accomplish your research:
University of California Museum of Paleontology, UC Berkeley
http://www(dot)ucmp(dot)berkeley(dot)edu/exhibit/phylogeny.html
This link will bring you to the "Welcome to the Phylogeny Wing" page where you will begin your orientation to the website.
Follow the links in each of the "four ways to get started" listed on this page. Use your back button to return to the "Welcome to the Phylogeny Wing" page each time.
Read the content on the pages that numbers 1, 2, and 3 link to. Finally, complete your research on the taxonomic classification of sea squirts and sea otters using the link within step 4: Web Lift to Taxa. This is the same link as "tree of life" at the bottom of the page.
Within the Tree of Life/Taxon Lift, you will be able to find information about the classification of the sea squirt and the sea otter, two chordates. First select the appropriate Kingdom that the Phylum Chordata belongs to (you can refer back to our home page - remember, WE are chordates). You will access the rest of the necessary webpages from this list.
Case Assignment
For this Case Assignment, you are required to use the UCMP website and links accessed via this website ONLY. Using this resource write a 3-4 page paper on the taxonomic classification of sea squirts and otters that includes the following for each organism:
Part I: Sea Squirt
Once you find the "Chordata" link within the correct Kingdom page, notice the subphyla listed beneath it. Take note of which subphyla the sea squirt belongs to (you will see it in parentheses next to the correct name). Next click on the "Chordata" link and select "Systematics."
- List the Kingdom and Phylum, for the sea squirt and then briefly describe the characteristics that determine the organism's classification at each taxonomic level.
- Why is the sea squirt classified in the same phylum as a sea otter?
- Click on the "Life History & Ecology" tab to read more about Urochordates. What is another name that is used to describe them? Briefly describe the adult versus larval phase of its life cycle.
Part II: Sea Otter
List the Kingdom, Phylum, Class, Order, Family, Genus, and Species. Summarize the descriptions that are provided in each web page for the taxonomic group and use the website address and the TITLE of the page to cite your source. For example, if you summarize the Mammalia page, use this citation after your summary of the content (Hall of Mammals, http://www(dot)ucmp(dot)berkeley(dot)edu/help/taxaform.html).
Use a similar format to describe the taxonomic groups that this individual belong to as was used on the Home page for this Module. Be sure to take notes on each step of your classification as you complete the following instructions:
- Return to the Tree of Life page using the link at the bottom of the page. Select the correct Kingdom for Phylum Chordata. From this page, now think about what subphyla within Chordata would an otter belong to (HINT: Does it have a vertebral column? Is it more like a koala bear or a primitive fish?).
- Select the correct subphylum from this list.
- Now select the correct Class. On the page you will notice links that lead to fish, amphibia, reptiles, and mammals. Think about which best represents the sea otter (HINT: Does it have hair, scales, or a slimy skin? Is it warm-blooded "homeothermic" or cold-blooded "poikilothermic?"). If you can't decide, try each link until you find characteristics that match those of the sea otter.
- Once you have selected the correct Class, a list of Orders will open next to it. Consider the sea otter's diet. Does it eat vegetables such as sea weed, or meat such as oysters, mussels, and clams? Is it more like whale, horse, elephant, bat, or cat? If you can't decide try some of the links until you narrow it down.
- Select the corresponding Order and make note of it. Determine which Family, Genus and species describe the otter select "Systematics" at the bottom of the page.
- When you enter the "Systematics" page for the sea otter, select the link for "International Sea Otter Survival Fund" to learn more about the family and genus characteristics and classification. Use the links "About Otters" and then "Otter Species" from this page to answer the following questions:
To what family do otter-like animals belong?
Using the Species List, what is the difference between the Sea Otter and the Marine otter? List the genus and species for each.
What threats do the Sea Otter and Marine otter face as species?
Part III: Explore the UCMP Site
Follow two additional links within the UCMP website. This is your choice and your opportunity to explore this very cool resource provided by UC Berkeley. The links within UCMP do not have to be related to either sea squirts or otters, but you must include the web address (and it must be within the ucmp.berkeley.edu domain!) and a brief description of what you learned on that page.
Assignment Expectations
This Case Assignment should be entirely completed with the UC Berkeley UCMP website: http://www(dot)ucmp(dot)berkeley(dot)edu/exhibit/phylogeny.html. Points will be deducted for results reported from general Google searches or homework pages. When summarizing the information you read from the UCMP site, be sure to synthesize the information into your own words, and cite the reference using the title of the webpage and its web address. Please use complete sentences and write your paper in essay format using Part I, II, and III as headings, and the topics within each as subheadings.
Bio 102 wk 3 case instructions
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Part 1
Sea squirts belong to animalia (kingdom), chordate (phyla) and Urochordata (class). Urochordates, which are also termed as the Tunicates, are commonly identified as Sea squirts. The body of an adult sea squirt is simple, structured with two siphons, which transport water within the body (Farabee, 2004). Water passes through the sack body shaped of sea squirt. Sea squirt has a larva which has all chordate features; for example, it has a post-anal tail, pharyngeal slit, nerve dorsal cord and notochord. The larva has a nervous system, which normally fragments. The larva can swim and attaches itself to a solid substance. It can release its tail and has ability to move. Some tunicates are completely pelagic. They are identified as salps, have barrel body shapes and they are common in the open ocean.
Sea squirts are categorized under phylum similar to sea otters because both species belong to the same animal phylum; they are both chordates. Both sea otters and sea squirts are categorized under similar phylum because they are chordates, which exhibit characteristics such as post-anal tail, dorsal nerve cord, pharyngeal slits and notochord.
Guralnick, Collins, Waggoner, Speer, Whitney and Smith (2014) say that urochordates (tunicates or sea squirts) are marine animals. Young urochordate known as a larva is similar to a tadpole and is capable to swim freely using its tail. As the larva becomes mature, it settles and transforms into an inactive adult. The larva loses not only its tail and its capability to move, but also some of its chordate characteristics. Its nervous system fragments. The adult tunicate becomes a sack fixed with two siphons in which water passes. Water passes through the siphons to circulate acquired food into the sack body of the tunicate. The adult tunicate reproduces asexually through budding or sometimes through sexual reproduction. In case, tunicate reproduce sexually, it is hermaphrodite, which implies that it has both sex organs.
Part 2
Sea otters belong to animalia kingdom because they are multi-cellular, heterotrophic and motile organism. They belong to chordate phylum because at some point of their life cycle they have post-anal tail, pharyngeal slits, dorsal nervechord, endostyle and notochord. Sea otters have vertebral columns and are symmetrical bilaterally just like other chordates. Based on the description of this list concerning the phylum of sea otter, the organisms belong to mammalia class. Kimball (2011) views that sea otters are mammals since they are warm blooded organisms and vertebrates. They are hairy and have sweat glands. Moreover, they give birth to young ones. Based on the characteristics described of the class that sea otters belong, it can be deduced that the organisms belong to the carnivore order. Sea otters are a species that eat meat and this is evident from the fact that the organisms have claws and teeth. These are features that correspond to organisms, which eat meat (carnivores). Sea otters are species that have thick fur, round short ears and short legs. Furthermore, the species are always active throughout the year. Based on these described characteristics, it can be construed that sea others belong to the Mustelidae family. From the coll...