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1. To understand how energy could be flowing in this aquatic ecosystem, list the different autotrophic and heterotrophic organisms found at each pond, and explain its role in energy flow through the system. 2. How would the pH and dissolved oxygen change over the course of a day (morning, noon, and night)? Over the course of a year? What is driving these changes?
3. Levels of organic wastes from manmade sources such as food-processing plants, run-off from the lawn, and wastewater treatment bring a lot of organic material to the aquatic ecosystems favoring the oxidation of organic compounds. What would happen to the dissolved oxygen and pH in the ponds or lakes if a large amount of wastewater is added to these systems?
4. What ecosystem goods and services does each of the ponds you sampled today provide FIU as an institution? Do any of them benefit you personally? Name one other Florida ecosystem and describe 2 goods or services it provides the south Florida population.
Fatty acid beta oxidation generates both NADH and FAD2. These are oxidized in the electron transport chain through
Determine what kind of energy storage molecule would you most likely find in the highest quantity in the seed of a plant? please explain why it would be this type of molecule in one sentence.
suppose random and equal distribution of nucleotides.
Give an instance of a successful plant disease forecasting system and explain how it works. How plant diseases could be forecasted and what are the needs for that.
In a Mendel assignemnt, I was given F2 generation of ear corns yellow plump, yellow shrunken, purple plum, and purple-shrunken with a phenotype ratio of 9:3:3:1.
A rare recessive allele inherited in the Mendelian manner, results in the disease Cystic Fibrosis. Assume a man who is phenotypically normal, and whose mother was normal however his father had cystic fibrosis, marries a woman who is also phenotypi..
Explain the process of prokaryotic replication. Pay particular attention to the early stages. In your work, be sure to include the origin of replication, DnaA, components.
Early in development, most human cells turn off expression of essential component of telomerase, enzyme responsible for addition of telomere repeat sequences to ends of chromosomes.
Know how liquid (broth) and solid forms of media (slants, deeps, petri dishes) are prepared and sterilized in an autoclave.
If the experimental animals in the chamber were engaged in physical activity (such as running in a wheel), how do you think this would change results of the metabolism experiment. What changes would you expect to see in the fluid levels of manometer.
As a result of single intake of 6.3x10^3 Bq of a radionuclide, a particular organ will receive doses of the 0.2 mGy from a low energy beta particles and 0.05 mGy from the alpha particles during next 50 y.
What kind of measure is useful in investigating the epidemics? Enlist the steps you would carry out for detecting or investigating an outbreak.
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