Body Systems
Biochemistry/Nutrient Cycles
Energy Transfer
Ecology
Populations/Impacts
Final Jeopardy - Respiration
100
The smallest living unit of an organism
Cell
100
The process that takes in CO2 and water and release glucose and oxygen
Photosynthesis
100
A diagram that shows the feeding relationships between organism and how energy is transferred
A Food Web
100
A species that is the first to arrive in a new area, often carried by wind or ocean currents
Pioneer Species
100
A human introduced, non-native species, that harms native species
Invasive Species
200
A collection of cells working together to perform a function
Tissue
200
The process where glucose is broken into (ATP) energy, water, and CO2
Cellular Respiration (Aerobic)
200
The amount of energy transferred between each trophic level in food pyramid
10%
200
This form of ecological succession proceeds more quickly than the other
Secondary succession
200
Diseases spread faster in populations as this increases
Population Density
300
A collection of tissue serving a single function
Organ
300
During alcoholic fermentation, glucose is broken into these three components
Ethanol (alcohol), CO2, and ATP (energy)
300
The lowest level of a food chain is occupied by this type of organism that harnesses energy from the environment
Producer
300
Areas of high biodiversity are also more resistant to this ecological pressure
Environmental change
300
Humans contribute to global climate change by emitting this potent greenhouse gas
Carbon Dioxide (CO2)
400
Food is broken down into smaller particles for absorption by these body chemicals
Enzymes
400
Within the nitrogen cycle, nitrogen is removed from the atmosphere by these soil dwelling organisms
Nitrogen Fixing Bacteria
400
The type of organism that feeds exclusively on producers
Primary Consumers
400
An ecological relationship that benefits both organisms
Mutualism
400
A mechanism that keeps populations from growing exponentially
Limiting Factor
500
When body temperature increases, blood vessels dilate, and sweat is produced to return the body to homeostasis. This is an example of this kind of feedback loop
Negative Feedback Loop
500
Of the four macromolecules, this type is type is most responsible for power the cells
Carbohydrates
500
Based on the food web, identify the tertiary consumer(s)
Owls and Hawks
500
Because competition increases as population size grows, populations cannot grow forever. This ecological concept defines when they reach the point where they cannot grow further.
Carrying Capacity
500
Which of these two populations is growing
A B
B
600
Blood clotting is an example of this kind of feedback loop
Positive Feedback Loop
600
The bonds between these two components of ATP are broken to release energy 
Between C & D
600
If the producers create 7,300 cal of energy, this amount of energy will exist on the forth trophic level
7.3 cal
600
When wolves were reintroduced to Yellowstone they brought stability back to the environment. They are an example of this kind of species
Keystone Species
600
The population in the diagram is experiencing this population dynamic
Decreasing Population Size
600
During respiration, this is the area that begins with highest concentration of CO2
The Capillary