1 kilogram weight gain- Secondary consumer Trophic level 4 10 kilograms of salmon- Secondary consumers Trophic level 3 100 kilograms of krill- Primary consumers Trophic lovel 2 Rectang Trophic level 1 1000 kilograms of phytoplankton- Producers Figure 10 A food pyramid. It takes 1000 kilograms (about 1 ton) of phytoplankton (microscopic marine plants) to provide a 1-kilogram (2-pound) weight gain for a human. Notice that only about 10 percent of the stored energy in ona tronic Javel is gventually pappad on to
1 kilogram weight gain- Secondary consumer Trophic level 4 10 kilograms of salmon- Secondary consumers Trophic level 3 100 kilograms of krill- Primary consumers Trophic lovel 2 Rectang Trophic level 1 1000 kilograms of phytoplankton- Producers Figure 10 A food pyramid. It takes 1000 kilograms (about 1 ton) of phytoplankton (microscopic marine plants) to provide a 1-kilogram (2-pound) weight gain for a human. Notice that only about 10 percent of the stored energy in ona tronic Javel is gventually pappad on to
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Looking at Figure , why does it take 1000 kilograms of plankton to produce only 10 kilograms of fish?
Transcribed Image Text:1 kilogram weight gain-
Secondary consumer
Trophic level 4
10 kilograms of salmon-
Secondary consumers
Trophic level 3
100 kilograms of krill-
Primary consumers
Trophic lovel 2
Rectang
Trophic level 1
1000 kilograms of phytoplankton-
Producers
Figure 10 A food pyramid. It
takes 1000 kilograms (about 1 ton) of
phytoplankton (microscopic marine
plants) to provide a 1-kilogram (2-pound)
weight gain for a human. Notice that only
about 10 percent of the stored energy in
ona tronic Javel is gventually pappad on to
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