Lotka–Volterra equations
Lotka–Volterra equations Mathematical models of competition, devised in the 1920s by A. J. Lotka and V. Volterra, between resourcelimited species living in the same space with the same environmental requirements. They have been modified subsequently to simulate simple predator–prey interactions. The competition model predicts that coexistence of such species populations is impossible; one is always eliminated, as was verified experimentally by G. F. Gause. The predation model predicts cyclic fluctuations of predator and prey populations. Reduction of predator numbers allows prey to recuperate, which in turn stimulates the population growth of the predator. Increasing predator numbers depress the prey population, leading eventually to a reduction in the predator population. This was also tested experimentally by Gause in 1934 and more recently and more convincingly by S. Utida in 1950 and 1957. See also competitive exclusion principle.
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"Lotka–Volterra equations." A Dictionary of Ecology. . Encyclopedia.com. 13 Dec. 2017 <http://www.encyclopedia.com>.
"Lotka–Volterra equations." A Dictionary of Ecology. . Encyclopedia.com. (December 13, 2017). http://www.encyclopedia.com/science/dictionariesthesaurusespicturesandpressreleases/lotkavolterraequations1
"Lotka–Volterra equations." A Dictionary of Ecology. . Retrieved December 13, 2017 from Encyclopedia.com: http://www.encyclopedia.com/science/dictionariesthesaurusespicturesandpressreleases/lotkavolterraequations1
LotkaVolterra equations
LotkaVolterra equations Mathematical models of competition between resourcelimited species living in the same space with the same environmental requirements. They have been modified subsequently to simulate simple predator–prey interactions. The competition model predicts that coexistence of such species populations is impossible: one is always eliminated, as was verified experimentally by G. F. Gause. The predation model predicts cyclic fluctuations of predator and prey populations. Reduction of predator numbers allows prey to recuperate, which in turn stimulates the population growth of the predator. Increasing predator numbers depress the prey population, leading eventually to a reduction in the predator population. This was also tested experimentally by Gause (1934) and more recently and more convincingly by S. Utida (1950, 1957). See also COMPETITIVE EXCLUSION PRINCIPLE.
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"LotkaVolterra equations." A Dictionary of Plant Sciences. . Encyclopedia.com. 13 Dec. 2017 <http://www.encyclopedia.com>.
"LotkaVolterra equations." A Dictionary of Plant Sciences. . Encyclopedia.com. (December 13, 2017). http://www.encyclopedia.com/science/dictionariesthesaurusespicturesandpressreleases/lotkavolterraequations
"LotkaVolterra equations." A Dictionary of Plant Sciences. . Retrieved December 13, 2017 from Encyclopedia.com: http://www.encyclopedia.com/science/dictionariesthesaurusespicturesandpressreleases/lotkavolterraequations
LotkaVolterra equations
LotkaVolterra equations Mathematical models of competition between resourcelimited species living in the same space with the same environmental requirements. They have been modified subsequently to simulate simple predatorprey interactions. The competition model predicts that coexistence of such species populations is impossible; one is always eliminated, according to the competitiveexclusion principle. The predation model predicts cyclic fluctuations of predator and prey populations. Reduction of predator numbers allows prey to recuperate, which in turn stimulates the population growth of the predator. Increasing predator numbers depress the prey population, leading eventually to a reduction in the predator population.
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"LotkaVolterra equations." A Dictionary of Zoology. . Encyclopedia.com. 13 Dec. 2017 <http://www.encyclopedia.com>.
"LotkaVolterra equations." A Dictionary of Zoology. . Encyclopedia.com. (December 13, 2017). http://www.encyclopedia.com/science/dictionariesthesaurusespicturesandpressreleases/lotkavolterraequations0
"LotkaVolterra equations." A Dictionary of Zoology. . Retrieved December 13, 2017 from Encyclopedia.com: http://www.encyclopedia.com/science/dictionariesthesaurusespicturesandpressreleases/lotkavolterraequations0