Compare the energy component of your ecological footprint calculated in this way with the 5.9 ha calculated using the method of the Global Footprint Network. Explain why results from the two methods may differ.
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| Compare the energy component of your ecological footprint calculated in this way with the 5.9 ha calculated using the method of the Global Footprint Network. Explain why results from the two methods may differ. |
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- What conditions produce an inverted pyramid of biomass in which the consumers have a greater biomass than the producers? Can you think of an example of an inverted pyramid of numbers in which there are, for example, more herbivores than plants on which they feed?Describe the growth at various parts of the S-shaped curve of logistic growth.Construct a biomass pyramid for the following hypothetical scenario. Be sure to include all four trophic levels in the pyramid, and provide the total biomass of living things found at each level. Be sure to include units, and label each trophic level. The shape of your pyramid should be based on the biomass of each trophic level. Levels with more biomass should be drawn wider, and levels with less biomass should be drawn thinner. Note that your biomass pyramid may or may not be a true pyramid. Scenario: Hickory Run Nature Reserve is a 150-acre conservation area filled with plants and animals native to the Mid-Atlantic region of the United States. A baseline study was done to determine the total biomass of producers and consumers living on the reserve. Baseline data will be compared to data collected in future years to determine trends in species accumulation or loss. This comparison is important because the region surrounding the reserve is experiencing a high rate of human development…
- The gross primary productivity is 100 g/m2/year and the respiration rate is 57 g/m2/year . If the standing crop (of plants) in the above question is 145 g/m2 what will the standing crop (of plants) be a year later, assuming no death/predation? Group of answer choices can't tell from the information given a. 188 g/m2 b. 145 g/m2 c. 245 g/m2 d. 182 g/m2Using this graph, Differentiate Terrestrial Ecosystem from Aquatic Ecosystem in terms of net primary productivity. Explain your answer and cite examples.Would you give a real life example (not hypothetical) of crude density and ecological density?
- Assume that the producer level in your trophic pyramid contains 12,000,000 kcal of energy. Write the number of kcal that would be available to the other two levels of the pyramid.Energy transferred from one trophic level to the next in an ecosystem is measured in calories, numbers, and in biomass. If a rangeland has a biomass of 100, 000g/m2 from the grass, how much biomass will be available in human beings who eat the cow that eat that grass?Is this answer correct about the ecological footprint?
- Compare the two microhabitats based on the Net Primary Production (NPP), Community Respiration (CR), and Gross Primary Product (GPP).Reference:https://www.youtube.com/watch?v=ZdgGQ5BpK-0Why does the carbon footprint calculator ask where you live.PLEASE ANSWER A AND B As we know, energy is lost moving from one trophic level to the next (total energy moved from one trophic level to the next is usually estimated at 10%). The total loss is known as trophic efficiency. Trophic efficiency is made of 3 parts (3 places where energy is lost). You need to pick TWO of the three individual efficiencies that make up the overall trophic efficiency and for EACH, tell me: a. What do we call this part of trophic efficiency? b. How is energy lost in this part of trophic efficiency? c. We discussed characteristics of an organism or environment that made it more or less efficient in certain parts of trophic efficiency (we did not use this one in class, but for instance, endoparasites have a higher xxxxxxx efficiency than ectoparasites). Tell me what characteristics of an organism/ecosystem (other than the example above) would make it more or less efficient for this part of Trophic efficiency. (Make sure to say what characteristics makes it…