(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
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Movement of nutrients between living and nonliving components
Biogeochemical cycle
Parasite living on the outside of the host
Ectoparasite
When two species use the same limiting resource
Competitive exclusion
Breakdown of organic matter by microbes
Decomposition
The change in species composition over time after disturbance
Succession
Offspring raised by a different species
Brood parasitism
Ability of a community to recover after disturbance
Resilience
Species with many offspring early reproduction and fast growth
r-selected species
A species decreasing the chance that another can establish
Inhibition
A species that has a disproportionately large effect on its community
Keystone species
Ability of a community to resist change during disturbance
Resistance
A species altering the environment to increase chance of another establishing
Facilitation
Species richness combined with evenness
Diversity
A slow initial feeding rate at low prey density
Type III functional response
Parasite living inside the host
Endoparasite
Energy lost as heat between trophic levels
Ten percent rule
Relationship where both species negatively affect each other
Competition
Organisms that get energy by eating producers
Herbivores
Organisms that eat other animals
Predators
One species benefits while the other is harmed
Parasitism
Population growth influenced by carrying capacity
Logistic growth
One species benefits and the other is unaffected
Commensalism
Ability of a surface to reflect sunlight
Albedo effect
Species with few offspring slower reproduction and high parental care
K-selected species
A gradual boundary between two communities
Ecotone
Population dispersed evenly due to competition
Uniform dispersion
Population growth by a constant ratio over time
Geometric growth
Population dispersed in clusters
Clumped dispersion
Nutrients added to water causing algal blooms
Eutrophication
Succession beginning on bare substrate with no soil
Primary succession
A positive linear increase in feeding rate with prey density
Type I functional response
Carbon capture through photosynthesis
Carbon fixation
Succession beginning where soil remains after disturbance
Secondary succession
When species evolve to use different parts of a resource
Resource partitioning
Population dispersed randomly
Random dispersion
Productivity increases when sunlight and water are available
Net primary productivity
Both species benefit from the interaction
Mutualism
Organisms that photosynthesize and form the base of energy pyramids
Producers
A predator’s feeding rate that levels off at high prey densities
Type II functional response
Water sunlight temperature and nutrients required by producers
Abiotic resources
