Q1: What percentage of the original 10,000 Kilocalories is available to a shark that might eat the tuna in this ﬁgure? Q2: What trophic level and term would describe a predator of tuna? Q3: Give an example of a primary consumer in a terrestrial environment. Trophic lovelEnergy (Kilocalories)10Tertiary consumer =fourth trophic levelOnly 10% of the energycaptured and stored ateach trophic level istransferred to the nexttrophic level. Theremainder is lost throughmetabolic heat andSecondary consumer = 100third trophic levelinefficient consumption.Primary consumer =second trophic level1,000Of each 10,000 Kilocaloriesof energy captured fromthe sun by producers,primary consumers captureand store only about 10%.Producerfirst trophic level10,000 Kcal

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Answered: Trophic lovel Energy (Kilocalories) 10…

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter54: Ecosystems And Global Change

Section: Chapter Questions

Problem 9TYK: The amount of energy available at the highest trophic level in an ecosystem is determined by: a....

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Q1: What percentage of the original 10,000 Kilocalories is available to a shark that might eat the tuna in this ﬁgure? Q2: What trophic level and term would describe a predator of tuna? Q3: Give an example of a primary consumer in a terrestrial environment.

Trophic lovel
Energy (Kilocalories)
10
Tertiary consumer =
fourth trophic level
Only 10% of the energy
captured and stored at
each trophic level is
transferred to the next
trophic level. The
remainder is lost through
metabolic heat and
Secondary consumer = 100
third trophic level
inefficient consumption.
Primary consumer =
second trophic level
1,000
Of each 10,000 Kilocalories
of energy captured from
the sun by producers,
primary consumers capture
and store only about 10%.
Producer
first trophic level
10,000 Kcal

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