microorganisms grow and reproduce rapidly - have high enzymatic activity rates (a) Energy Flow biogeochemical cycling - requires energy - driven directly or indirectly by light energy from the sun energy flow involves: (i) absorption of energy (ii) conversion of energy (iii) storage of energy (iv) dissipation (loss) of energy flow of energy through the ecosystem allows ecosystems to function - Figure 13.9 illustrates energy flow through an ecosystem sources of energy - sunlight is absorbed by photoautotrophs and used in photosynthesis to convert inorganic carbon to organic carbon - import of organic matter (previously fixed in through synthetic processes) is absorbed (ingested) by heterotrophs and converted to new forms of organic matter at consumer (and decomposer) levels of the food chain - through respiratory processes, organic matter is transferred up through the food chain to herbivores, & 
(microorganisms; grow; ) (dissipation (loss) of energy flow of energy through the ecosystem; allows; ecosystems to function - Figure 13.9 illustrates energy flow through an ecosystem sources of energy - sunlight) Context(dissipation ( loss ) of energy flow of energy through the ecosystem allows,List([299, 371))):(ecosystems to function - Figure 13.9; illustrates; energy flow) (microorganisms; reproduce; high enzymatic activity rates (a) Energy Flow biogeochemical cycling - requires energy - driven directly or indirectly by light energy from the sun energy flow involves: (i) absorption of energy (ii) conversion of energy (iii) storage of energy (iv) dissipation (loss) of energy flow of energy through the ecosystem allows ecosystems to function - Figure 13.9 illustrates energy flow through an ecosystem sources of energy - sunlight is absorbed by photoautotrophs and used in photosynthesis to convert inorganic carbon to organic carbon - import of organic matter (previously fixed in through synthetic processes) is absorbed (ingested) by heterotrophs and converted to new forms of organic matter at consumer (and decomposer) levels of the food chain - through respiratory processes, organic matter is transferred up through the food chain to herbivores) Context(microorganisms reproduce,List([0, 33))):(high enzymatic activity rates; (a); ) Context(microorganisms reproduce high enzymatic activity rates (a),List([0, 82))):(organic matter; is transferred; up; through the food chain; to herbivores) (microorganisms; is absorbed; by photoautotrophs) (Energy Flow; requires; energy - driven directly or indirectly by light energy from the sun energy flow involves: (i) absorption of energy (ii) conversion of energy (iii) storage of energy)
dissipation ( loss ) of energy flow of energy through the ecosystem allows,List([299, 371)) microorganisms reproduce,List([0, 33)) microorganisms reproduce high enzymatic activity rates (a),List([0, 82))
microorganisms dissipation (loss) of energy flow of energy through the ecosystem ecosystems to function - Figure 13.9 microorganisms high enzymatic activity rates organic matter microorganisms Energy Flow
grow allows illustrates reproduce (a) is transferred is absorbed requires
ecosystems to function - Figure 13.9 illustrates energy flow through an ecosystem sources of energy - sunlight
energy flow
high enzymatic activity rates (a) Energy Flow biogeochemical cycling - requires energy - driven directly or indirectly by light energy from the sun energy flow involves: (i) absorption of energy (ii) conversion of energy (iii) storage of energy (iv) dissipation (loss) of energy flow of energy through the ecosystem allows ecosystems to function - Figure 13.9 illustrates energy flow through an ecosystem sources of energy - sunlight is absorbed by photoautotrophs and used in photosynthesis to convert inorganic carbon to organic carbon - import of organic matter (previously fixed in through synthetic processes) is absorbed (ingested) by heterotrophs and converted to new forms of organic matter at consumer (and decomposer) levels of the food chain - through respiratory processes, organic matter is transferred up through the food chain to herbivores
up through the food chain to herbivores
by photoautotrophs
energy - driven directly or indirectly by light energy from the sun energy flow involves: (i) absorption of energy (ii) conversion of energy (iii) storage of energy