Processes A. Energy Flow B. Cycles of Matter C. Succession Part III (detail) Distinguish between: grazing food chain v. detrital food chain Part A. Energy Flow: the functioning of food chains net radiation = incoming reflected absorbed transmitted photosynthesis + assimilation + respiration (green plants, algae, some bacteria) ingestion + " + " (herbivores, carnivores) absorption + " + " (saprophages, e. g., bacteria, fungi) Distinguish between: gross primary production vs. net primary production vs. secondary production Laws of Thermodynamics - in any energy transformation expect the following: the total amount of energy to always remain constant, while an amount of usable energy is always lost.
(Processes A. Energy Flow B. Cycles of Matter C. Succession Part III; Distinguish; between: grazing food chain v. detrital food chain Part A. Energy Flow: the functioning of food chains net radiation = incoming reflected absorbed transmitted photosynthesis + assimilation + respiration (green plants, algae, some bacteria) ingestion + " + " (herbivores, carnivores) absorption + " + " (saprophages, e. g., bacteria, fungi) Distinguish between) (gross primary production vs. net primary production vs. secondary production Laws of Thermodynamics - in any energy transformation; expect; the following: the total amount of energy to always remain constant) Context(gross primary production vs. net primary production vs. secondary production Laws of Thermodynamics - in any energy transformation expect,List([450, 587))):(the functioning of food chains net radiation = incoming; reflected; absorbed transmitted photosynthesis + assimilation + respiration) (the total amount of energy; to remain; constant; T:always) (an amount of usable energy; is lost; T:always)
gross primary production vs. net primary production vs. secondary production Laws of Thermodynamics - in any energy transformation expect,List([450, 587))
Processes A. Energy Flow B. Cycles of Matter C. Succession Part III gross primary production vs. net primary production vs. secondary production Laws of Thermodynamics - in any energy transformation the functioning of food chains net radiation = incoming the total amount of energy an amount of usable energy
Distinguish expect reflected to remain is lost
between: grazing food chain v. detrital food chain Part A. Energy Flow: the functioning of food chains net radiation = incoming reflected absorbed transmitted photosynthesis + assimilation + respiration (green plants, algae, some bacteria) ingestion + " + " (herbivores, carnivores) absorption + " + " (saprophages, e. g., bacteria, fungi) Distinguish between
the following: the total amount of energy to always remain constant
absorbed transmitted photosynthesis + assimilation + respiration
constant T:always
T:always