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Lesson 5.2 Species Interactions
Lesson 5.2 Species Interactions

Limits on Population
Limits on Population

Population Biology
Population Biology

Populations - jfindlay.ca
Populations - jfindlay.ca

... capacity of organisms living in a desert ecosystem (increased water availability) Example 2: the removal of wolves by human hunters will increase the carrying capacity of moose in this ecosystem (more space, less predators) Example 3: clear-cutting trees will decrease the carrying capacity of certai ...
Document
Document

Section 11.3(student copy)
Section 11.3(student copy)

... are geographically isolated. Example: Experiments with barnacle species ...
all the living organisms and non-living factors found in one place
all the living organisms and non-living factors found in one place

... Population (all the members of one species in one place) ...
Document
Document

... _____ 6. Which of the following statements is correct? a. An organism’s niche is only the part of its habitat that it eats. b. An organism’s habitat is a location. c. Habitat and niche are the same thing. d. An organism’s niche is outside its habitat. _____ 7. Which of the following is part of an Am ...
Read Chapter 1 in the textbook (pages 4 – 21)
Read Chapter 1 in the textbook (pages 4 – 21)

... 2) What term describes the arrangement of a population within a given area? ____________________ 3) What term describes a group of individuals of the same species, living in a given area? __________________ 4) What 2 terms describe a species interaction where one organism feeds on the other? _______ ...
Biotic and Abiotic Influences on Limiting Factor - snc1p
Biotic and Abiotic Influences on Limiting Factor - snc1p

... lynx eat snowshoe hares ...
PowerPoint - Susan Schwinning
PowerPoint - Susan Schwinning

File
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... Chapter 44 Unit Questions 1. Describe the five main interspecific interactions and how each affects the species positively, negatively, or neutrally. ...
BI101SQ Ch40
BI101SQ Ch40

... a. No significant change in the structure of the community would be likely to occur. b. The community is likely to become less diverse, increasingly dominated by a few species that are good competitors for space. c. The community is likely to become more diverse, as strong and weak competitors can t ...
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Document

... Chapter 8 Homework ...
An overview on ecosystems: Ecosystems Terrestrial vs aquatic
An overview on ecosystems: Ecosystems Terrestrial vs aquatic

... Even with latitudinal/altitudinal considerations, there will be small spaces or patches in an environment that have temperature, moisture, light, nutrient or other conditions significantly different from the overall regime (e.g. a south-facing slope or sheltered ravine, proximity to a creek, the sha ...
ch 8 practice test a
ch 8 practice test a

... _____ 3. an owl snatching a mouse from a field to eat ...
Critical Thinking Analyzing a Diagram CHAPTER REVIEW
Critical Thinking Analyzing a Diagram CHAPTER REVIEW

... 6kZgV\ZiZbeZgVijgZ•8 ...
Ecology Unit/Chapter Title: Ecology/ Chapters 52
Ecology Unit/Chapter Title: Ecology/ Chapters 52

... Primary productivity: gross, net Energy transfer Biogeochemical cycle: carbon, nitrogen Human impact: acid precipitation, biological magnification, greenhouse effect, ozone layer ...
Population Interactions
Population Interactions

lecture.11 - Cal State LA
lecture.11 - Cal State LA

... • consumer-resource systems can have more than one stable state: • consumer-imposed equilibrium • resource-imposed equilibrium K ...
Species Interactions lecture notes
Species Interactions lecture notes

Predator-Prey - GaryTurnerScience
Predator-Prey - GaryTurnerScience

Ch. 35: The Nervous System
Ch. 35: The Nervous System

An Organism`s Niche
An Organism`s Niche

... • It includes their physical home, the environmental factors necessary for survival, and all interactions with other organisms ...
4.2 Notes
4.2 Notes

< 1 ... 202 203 204 205 206 207 208 209 210 ... 228 >

Storage effect

The storage effect is a coexistence mechanism proposed in the ecological theory of species coexistence, which tries to explain how such a wide variety of similar species are able to coexist within the same ecological community or guild. The storage effect was originally proposed in the 1980s to explain coexistence in diverse communities of coral reef fish, however it has since been generalized to cover a variety of ecological communities. The theory proposes one way for multiple species to coexist: in a changing environment, no species can be the best under all conditions. Instead, each species must have a unique response to varying environmental conditions, and a way of buffering against the effects of bad years. The storage effect gets its name because each population ""stores"" the gains in good years or microhabitats (patches) to help it survive population losses in bad years or patches. One strength of this theory is that, unlike most coexistence mechanisms, the storage effect can be measured and quantified, with units of per-capita growth rate (offspring per adult per generation).The storage effect can be caused by both temporal and spatial variation. The temporal storage effect (often referred to as simply ""the storage effect"") occurs when species benefit from changes in year-to-year environmental patterns, while the spatial storage effect occurs when species benefit from variation in microhabitats across a landscape.
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