Ecosystems
Water
Carbon-Nitrogen
Energy Transfer
Populations
100

When one organism hunts another for food

Predation

100

Waters ability to attach to other molecules

adhesion

100

Element found in all living things

Carbon

100

A model that shows  a one directional consumption of energy 

Food Chain

100

Group of the same species living in the same area

Population

200

Two organisms live close to one another and at least one benefits

Symbiosis

200

Quality of water that allows it to be a great solute

Polarity

200

Largest reservoir of carbon

The Ocean

200

organisms that get their energy/food from the sun

Producers/autotrophs

200

Group of ecosystems that have similar climates and organisms

Biome

300

Symbiotic relationship where both organisms benefit

Mutualism

300

Process that allows water to defy gravity

Capillary Action

300

Removing nitrogen or its compounds

denitrification

300

Term for each level of energy transfer in an energy pyramid

Trophic Level

300

non-living parts of an ecosystem

abiotic

400

The symbiotic relationship between a tree and mistletoe

Parasitism

400

Type of bond between water molecules

hydrogen

400

An occurrence that releases carbon into the atmosphere (Several possibilities)

organisms die, volcanoes erupt, fires blaze, fossil fuels are burned

400

Grasshopper is to plant as lion is to _________

meat, animal

400

Factor that limits a population that doesn't depend on the size of the population

density independant

500

Type of symbiotic relationship between the milkweed and the monarch butterfly

Commensalism

500

amount of heat required to change the heat content of 1 mole of material by exactly 1°C.

Heat capacity

500

How do humans get the nitrogen their bodies need?

By eating animals that eat plants

500

plankton is to autotroph as a shark is to ____________________

heterotroph

500

Population growth drops after a period of exponential growth

Logistical Growth

M
e
n
u