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A stable ecosystem can have high biodiversity because each species in that ecosystem
the loss of energy in the form of heat
cell structures work together to maintain homeostasis in single-celled organisms
scavengers
insulin
interfering with the process of ecological succession
occupies a different niche
It will feed on organisms that are important to other species.
the living and nonliving environment both change over time
In the pyramid, the arrows labeled X represent
the loss of energy in the form of heat
cell structures work together to maintain homeostasis in single-celled organisms
scavengers
insulin
interfering with the process of ecological succession
occupies a different niche
It will feed on organisms that are important to other species.
the living and nonliving environment both change over time
This sequence of rock layers best illustrates the concept that
the loss of energy in the form of heat
cell structures work together to maintain homeostasis in single-celled organisms
scavengers
insulin
interfering with the process of ecological succession
occupies a different niche
It will feed on organisms that are important to other species.
the living and nonliving environment both change over time
Sharks are often followed by smaller fish that eat some of the scraps from the organisms eaten by the shark. These smaller fish are acting as
the loss of energy in the form of heat
cell structures work together to maintain homeostasis in single-celled organisms
scavengers
insulin
interfering with the process of ecological succession
occupies a different niche
It will feed on organisms that are important to other species.
the living and nonliving environment both change over time
The hormone referred to in this feedback mechanism is
the loss of energy in the form of heat
cell structures work together to maintain homeostasis in single-celled organisms
scavengers
insulin
interfering with the process of ecological succession
occupies a different niche
It will feed on organisms that are important to other species.
the living and nonliving environment both change over time
Single-celled organisms are able to maintain homeostasis, even though they lack higher levels of organization such as organs and organ systems, because
the loss of energy in the form of heat
cell structures work together to maintain homeostasis in single-celled organisms
scavengers
insulin
interfering with the process of ecological succession
occupies a different niche
It will feed on organisms that are important to other species.
the living and nonliving environment both change over time
Which statement best describes the effect of the water flea on the lake?
the loss of energy in the form of heat
cell structures work together to maintain homeostasis in single-celled organisms
scavengers
insulin
interfering with the process of ecological succession
occupies a different niche
It will feed on organisms that are important to other species.
the living and nonliving environment both change over time
Under the supervision of experts, certain areas in a nature preserve are regularly exposed to frequent, low-intensity fires. These controlled fires maintain specific populations of plants by directly
the loss of energy in the form of heat
cell structures work together to maintain homeostasis in single-celled organisms
scavengers
insulin
interfering with the process of ecological succession
occupies a different niche
It will feed on organisms that are important to other species.
the living and nonliving environment both change over time
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