Unit 1 Vocab Part B ecosystems APES

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Vocabulary for Unit 1 Ecosystems for AP Environmental Science

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Billie Jean Warta

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Unit 1 Vocab Part B ecosystems APES


Froggy Jumps Unit 1 Vocab Part B ecosystems APESOnline version Vocabulary for Unit 1 Ecosystems for AP Environmental Science by Billie Jean Warta 1 cells convert glucose into energy in the absence of oxygen. a cellular respiration b aerobic respiration c anaerobic respiration 2 nitrogen moves from sinks to sources and vice versa a nitrogen cycle b nitrogen fixation c nitrification 3 algae inside corals die, causing corals to turn white. a steady state b global warming c coral bleaching 4 earth's temperatures rise due to humans producing more greenhouse gases a steady state b global warming c coral bleaching 5 rapid increase in algal population due to excess nutrients a dead zone b algal bloom c eutrophication 6 cells unlock the energy of chemical compound takes place in cytoplasm and mitochondria a cellular respiration b aerobic respiration c anaerobic respiration 7 conversion of ammonia (NH4+) into nitrite (NO2−) & then into nitrate (NO3−). a nitrogen cycle b nitrogen fixation c nitrification 8 successive levels of organisms consuming one another a trophic pyramid b 10% rule c trophic level 9 converts nitrogen gas in the atmosphere (N2) into forms of nitrogen that producers can use. a nitrogen cycle b nitrogen fixation c nitrification 10 decomposers break down organic matter from dead stuff & waste & convert these organic compounds back into inorganic compounds a mineralization b denitrification c nitrification 11 rate of converting solar energy into organic compounds over a period of time a gross primary productivity b primary productivity c net primary productivity 12 cells convert glucose and oxygen into energy, carbon dioxide, and water. a cellular respiration b aerobic respiration c anaerobic respiration 13 conversion of nitrate (NO3−) in a series of steps to gases nitrous oxide (N2O) & finally, nitrogen gas (N2) a mineralization b denitrification c nitrification 14 system’s inputs equal outputs, so that the system is not changing over time a steady state b global warming c coral bleaching 15 Gases in Earth’s atmosphere that trap heat near surface a global warming b greenhouse gases c coral bleaching 16 oxygen concentrations become so low that it kills fish and other aquatic animals a dead zone b algal bloom c eutrophication 17 dissolved molecules are transported through soil via groundwater. a leaching b runoff c watershed 18 water moving across the Earth's surface and entering waterways a leaching b runoff c watershed 19 low in oxygen a hypoxic b anaerobic c profundal 20 total biomass available at a given trophic level a trophic pyramid b 10% rule c trophic level 21 energy captured by producers in ecosystem minus energy producers respire a gross primary productivity b primary productivity c net primary productivity 22 total amount of solar energy that producers in ecosystem capture via photosynthesis over a given amount of time a gross primary productivity b primary productivity c net primary productivity 23 total mass of all living matter in a specific area a biomass b standing crop c producers 24 amount of biomass present in an ecosystem at a particular time a biomass b standing crop c producers 25 specializes in breaking down dead tissues & waste products into smaller particles a detrivore b carnivore c herbivore 26 eats other consumers a detrivore b carnivore c herbivore 27 eats plants or other producers a detrivore b carnivore c herbivore 28 shows distribution of biomass, numbers, or energy among trophic levels a trophic pyramid b 10% rule c trophic level

Unit 1 Vocab Part B ecosystems APES

Froggy Jumps

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Unit 1 Vocab Part B ecosystems APESOnline version

by Billie Jean Warta

cells convert glucose into energy in the absence of oxygen.

nitrogen moves from sinks to sources and vice versa

algae inside corals die, causing corals to turn white.

earth's temperatures rise due to humans producing more greenhouse gases

rapid increase in algal population due to excess nutrients

cells unlock the energy of chemical compound takes place in cytoplasm and mitochondria

conversion of ammonia (NH4+) into nitrite (NO2−) & then into nitrate (NO3−).

successive levels of organisms consuming one another

converts nitrogen gas in the atmosphere (N2) into forms of nitrogen that producers can use.

decomposers break down organic matter from dead stuff & waste & convert these organic compounds back into inorganic compounds

rate of converting solar energy into organic compounds over a period of time

cells convert glucose and oxygen into energy, carbon dioxide, and water.

conversion of nitrate (NO3−) in a series of steps to gases nitrous oxide (N2O) & finally, nitrogen gas (N2)

system’s inputs equal outputs, so that the system is not changing over time

Gases in Earth’s atmosphere that trap heat near surface

oxygen concentrations become so low that it kills fish and other aquatic animals

dissolved molecules are transported through soil via groundwater.

water moving across the Earth's surface and entering waterways

low in oxygen

total biomass available at a given trophic level

energy captured by producers in ecosystem minus energy producers respire

total amount of solar energy that producers in ecosystem capture via photosynthesis over a given amount of time

total mass of all living matter in a specific area

amount of biomass present in an ecosystem at a particular time

specializes in breaking down dead tissues & waste products into smaller particles

eats other consumers

eats plants or other producers

shows distribution of biomass, numbers, or energy among trophic levels