1/43
Literally all the units vocabulary, you're welcome
Name | Mastery | Learn | Test | Matching | Spaced |
---|
No study sessions yet.
(1.1) Community
all living organisms in an area
(1.1) Ecosystem
all living and nonliving things in an area(plants, animals, rocks)
(1.1) Individual
One organism
(1.1) Population
group of individuals of same species
(1.1) Biomes
large area w/similar climate that determine plant and animal species there (ex. tropical rainforest)
or a geographic region that is characterized by a certain climate and diverse presence of plants and animals
(1.1) Competition
organisms fighting over a resource like food or shelter, limits pop size
(1.1) Predation
One organism using another for energy source
(1.1) Mutualism
relationship that benefits both organisms (ex. coral reef, fish)
(1.1) Commensalism
relationship that benefits one and doesn’t impact other (ex. birds nesting in trees)
(1.1) Herbivores
(Plant eaters) eat plants plants for energy
(1.1) True Predators (carnivores)
kill and eat prey for energy
(1.1) Parasites
use a host organism for energy, often w/o killing host and often living inside host (ex. mosquitos, tapeworms, sea lampreys)
(1.1) Parasitoids
Lay eggs inside host organism; eggs hatch and eat host for energy (ex. parasitic wasps)
(1.1) Symbiosis
and close and long-term interaction between two organisms of diff species
(Mutualism, commensalism, parasitism)
Coral provides reef structure and CO2 for algae, algae provides sugars for energy for coral
(1.1) Resource partitioning
diff species using same resources in diff ways to reduce competition
(1.1) Temporal Partitioning
Using resources at diff times (ex. wolves and coyotes hunt at different times of day)
(1.1) Spatial Partitioning
using diff areas of a shared habitat
(1.1) Morphological Partitioning
Using diff resources based on diff evolved body features
(1.3) Salinity
How much salt in a body of water
(1.3) Depth
How much sunlight can penetrate and reach plants below surface for photosynthesis
(1.3) Flow
Whish plants and organisms can survive, how much O2 can dissolve in water
(1.3) Temp
Warmer water holds less dissolved O2 so it can support less orgs.
(1.3) Lakes
standing bodies of fresh water
(1.3) Littoral zone
shallow water with emergent plants
(1.3) Limnetic zone
Where light can reach for photosynthesis (No rooted plants here, only phytoplankton)
(1.3) Profundal zone
too deep for sunlight to penetrate for photosynthesis
(1.3) Benthic zone
Murky water where invertebrates(bugs) live, has nutrient rich sediments
(1.3) Wetlands
area with soil submerged/saturated in water for at least part of the year, but shallow enough for emergent plants
-plants adapt to roots submerged in water
(1.3) Estuaries
areas where rivers empty into the ocean
-mix of fresh and salt water(species adapts, ex. mangrove trees)
-high NPP
(1.3) Salt Marsh
Estuary habitat alone coast in temperate climates
(1.3) Mangrove Swamps
Estuary habitat along coast of tropical climates
(1.3) Coral Reef
Warm shallow waters beyond shoreline'
-most diverse marine biome on Earth
-mutualistic relationship between coral and algae
(1.3) Intertidal zones
narrow band of coastline between light and low tide
(1.3) Open ocean
low productivity area (only algae and phytoplankton survive in most oceans)
(1.3) Photic zone
area where sunlight can reach/penetrate (photosyn)
(1.3) Aphotic zone (abyssal)
area too deep for sunlight to penetrate (no photosyn)