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All the interconnected feeding relationships in an ecosystem make up a food
becoming groundwater
are nutrient-poor environments.
chemosynthetic
Decomposers
transpiration
web
energy flows in one direction, and nutrients recycle.
True
What are bacteria?
becoming groundwater
are nutrient-poor environments.
chemosynthetic
Decomposers
transpiration
web
energy flows in one direction, and nutrients recycle.
True
When water is absorbed into the ground, this process is
becoming groundwater
are nutrient-poor environments.
chemosynthetic
Decomposers
transpiration
web
energy flows in one direction, and nutrients recycle.
True
Only about 10% of the energy in a trophic level is available to organisms in the next trophic level
becoming groundwater
are nutrient-poor environments.
chemosynthetic
Decomposers
transpiration
web
energy flows in one direction, and nutrients recycle.
True
Compared to land, the open oceans
becoming groundwater
are nutrient-poor environments.
chemosynthetic
Decomposers
transpiration
web
energy flows in one direction, and nutrients recycle.
True
An organism that uses inorganic chemicals to make their own energy are
becoming groundwater
are nutrient-poor environments.
chemosynthetic
Decomposers
transpiration
web
energy flows in one direction, and nutrients recycle.
True
Carbon cycles through the biosphere in all of the following processes EXCEPT
becoming groundwater
are nutrient-poor environments.
chemosynthetic
Decomposers
transpiration
web
energy flows in one direction, and nutrients recycle.
True
The movements of energy and nutrients through living systems are different because
becoming groundwater
are nutrient-poor environments.
chemosynthetic
Decomposers
transpiration
web
energy flows in one direction, and nutrients recycle.
True
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