Questions are in the Image. 5. At the E1 threshold, HF and HF-Pindividuals achieve the same net energyintake. Which group reached this thresholdslower and why?6. Does the same logic used in question 5apply for the LF and LF-P groups? Explain.7. Why do these two groups have shallowerslopes compared to the steeper slopes of theHF and HF-P groups? NET ENERGY INTAKENTEHFJP_TP_HF-PLF-LF-PTIME IN PATCHFIG. 2.-Patch choice model relating net energy intake to time spent in patches under thefour experimental conditions of (1) high food, no predator; (2) high food, predator; (3) lowfood, no predator; (4) low food, predator. T, time spent foraging: 7,- time spent watchingfor predators: E,- net energy intake in condition HF (high food, no predator) during I: E.- net energy intake in condition LF (low food, no predator) during 7.

Predator The organism which hunt and kill ist prey in order to get food.

5. At the E1 threshold, HF and HF-P individuals achieve the same net energy intake. Which group reached this threshold slower and why? 6. Does the same logic used in question 5 apply for the LF and LF-P groups? Explain. 7. Why do these two groups have shallower slopes compared to the steeper slopes of the HF and HF-P groups?

5. At the E1 threshold, HF and HF-P individuals achieve the same net energy intake. Which group reached this threshold slower and why? 6. Does the same logic used in question 5 apply for the LF and LF-P groups? Explain. 7. Why do these two groups have shallower slopes compared to the steeper slopes of the HF and HF-P groups?

Aquaculture Science

3rd Edition

ISBN:9781133558347

Author:Parker

Publisher:Parker

Chapter17: Aquaculture Business

Section: Chapter Questions

Problem 5KA

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