ETgystmmary
Tataleptasentate
Species Communities annal Ecosystems
thatcaninterbreedandproduceoffsprings
species agroupoforganisms Mesocosm
ecologystudyofthe livingorganismsandtheir
between
relationships mesocosmenclosedenviornmentsthat
allowus toobservenaturalenviornme
nviornment undercontrolledconditions
Levelsof
ecologicalorganization sustainableecosystem
individual
energyavailability
population
community ofnutrientsbysapotrophs
nutrientavailability recycling
ecosystem recyclingofwastes
biosphere
speciationMechanisms autotrophcanproduce itsownfoodusinglightwatercarbondioxiderathe
eographicalpopbecomesgeographical isolated chemicals
barriersmountainsriversoceans
m eatsotherplantsoranimals
heterotrophs forenergynutrients
Behavioraluniquebehavioralpatternsrituals birdsfishhumans
Dogs
attractmatesofsame
species detritivores feedsondeadorganic
material
n obtainsorganicnutrientsby
internaldigestion
Niches fungi
earthwormstermites
undamentainione resource habitataspeciescouldtheoreticallyuse bigger sapotropnsfeedson organicmatter
decaying
nineresourcehabitat obtainsorganicnutrientsbyexternaldigestion absorbs
produ
intraspecificwithin
samespecies
interspecificbetweenspecies Bacteriafungimushrooms
thatbreaksdowndeadorganicmaterial
Decomposer organism
sometimesreferredtoasdetritivores
Foodweb
energyHow
trophiclevels
notruleonlylotofenergystoredasbiomassinatrophicle
toy levels producer ispassedfromoneleveltothenext
IIII
levela primaryconsumer
ii
t http if.it
tdIbbbologgattHEog
jymE3,2
levels secondaryconsumer
Levein tertiaryconsumer
p a topcarnivores exlioneaglepeacock
I eatsecondaryconsumerslargepredators
Foodchain
secondary
consumers largelycarnivores omnivores
fr primary
grasshoppers H consumers and levelHerbivores
trophic
snake producers plantsthat food
theirown
make
thII grass t
Hawk
EBEBot_ zooEoot ao
Bacteria
on y
Tataleptasentate
Species Communities annal Ecosystems
thatcaninterbreedandproduceoffsprings
species agroupoforganisms Mesocosm
ecologystudyofthe livingorganismsandtheir
between
relationships mesocosmenclosedenviornmentsthat
allowus toobservenaturalenviornme
nviornment undercontrolledconditions
Levelsof
ecologicalorganization sustainableecosystem
individual
energyavailability
population
community ofnutrientsbysapotrophs
nutrientavailability recycling
ecosystem recyclingofwastes
biosphere
speciationMechanisms autotrophcanproduce itsownfoodusinglightwatercarbondioxiderathe
eographicalpopbecomesgeographical isolated chemicals
barriersmountainsriversoceans
m eatsotherplantsoranimals
heterotrophs forenergynutrients
Behavioraluniquebehavioralpatternsrituals birdsfishhumans
Dogs
attractmatesofsame
species detritivores feedsondeadorganic
material
n obtainsorganicnutrientsby
internaldigestion
Niches fungi
earthwormstermites
undamentainione resource habitataspeciescouldtheoreticallyuse bigger sapotropnsfeedson organicmatter
decaying
nineresourcehabitat obtainsorganicnutrientsbyexternaldigestion absorbs
produ
intraspecificwithin
samespecies
interspecificbetweenspecies Bacteriafungimushrooms
thatbreaksdowndeadorganicmaterial
Decomposer organism
sometimesreferredtoasdetritivores
Foodweb
energyHow
trophiclevels
notruleonlylotofenergystoredasbiomassinatrophicle
toy levels producer ispassedfromoneleveltothenext
IIII
levela primaryconsumer
ii
t http if.it
tdIbbbologgattHEog
jymE3,2
levels secondaryconsumer
Levein tertiaryconsumer
p a topcarnivores exlioneaglepeacock
I eatsecondaryconsumerslargepredators
Foodchain
secondary
consumers largelycarnivores omnivores
fr primary
grasshoppers H consumers and levelHerbivores
trophic
snake producers plantsthat food
theirown
make
thII grass t
Hawk
EBEBot_ zooEoot ao
Bacteria
on y
