A) coyote B) zebra C) cat D) skunk
A) omnivore B) insectivore C) carnivore D) herbivore
A) produce B) soil C) consumer D) sun
A) A plant makes its own food B) A consumer only eats plants C) A consumer makes its own food D) A producer only eats meat
A) tear up foods B) break down waste C) eat meat D) eat plants
A) the arrow shows the movement of energy B) all food chains start with consumers C) the arrow show which animal eat meat D) the arrow shows which animals are herbivores
A) shows what plants eat in an ecosystem B) animals that break down waste C) animals that eat too much D) overlapping food chains
A) snail B) strawberries C) fish D) cats
A) sun B) soil C) animals D) water
A) sun B) consumer C) adaptation D) producer
A) The animals would be thirsty B) The animals would starve and likely all die C) The mouse would eat the snake D) The snake would eat grass
A) corn-->mouse-->snake B) corn<--mouse<--snake C) mouse-->grass-->snake D) snake-->mouse-->corn
A) bread B) fungus C) grass D) snake
A) plants B) both meat and plants C) mold D) meat
A) lettuce-->turtle-->dog B) mouse -->cat-->coyote C) corn-->mouse-->cat D) grass-->turkey-->person
A) predator B) omnivore C) trees D) scavenger
A) detrivore B) icky organism C) producer D) herbivore
A) symbiosis B) predator-prey relationship C) parasitism D) friendship
A) 3rd trophic level B) 2nd trophic level C) 1st trophic level D) tertiary trophic level
A) heterotroph B) omnivore C) waterotroph D) chemotroph
A) available energy mass B) 10% rule C) biomass D) energy pyramid
A) food chain B) energy pyramid C) biomass pyramid D) 10% rule
A) number of producers available for herbivores to eat B) amount of waste produced by decomposers and detrivores C) way two food chains are inter-connected D) amount of energy that transfers from one trophic level to the next
A) herbivore B) autotroph C) detrivore D) heterotroph
A) heterotroph B) autotroph C) producer D) chemotroph |