The Law of the minimum, also called Liebig's law of the minimum, is a law about the growth of plants. Its states that the growth of a plant is limited by the resource, which is most scarce, and nor by the total amount of resources available. The law has also been used to predict the growth of populations.
Liebig's barrel[change | change source]
Dobenecks used the image of a barrel — often called "Liebig's barrel" — to explain Liebig's law. In a barrel, with staves of unequal length, the capacity of the barrel is determined by the shortest stave. This is also true for the growth of a plant: it is limited by the nutrient in shortest supply.
If a system satisfies the law of the minimum then adaptation will equalize the load of different factors because the adaptation resource will be allocated for compensation of limitation. Adaptation systems act as the cooper of Liebig's barrel and lengthens the shortest stave to improve barrel capacity. Indeed, in well-adapted systems the limiting factor should be compensated as far as possible. This observation follows the concept of resource competition and fitness maximization.
Due to the law of the minimum paradoxes, if we observe the Law of the Minimum in artificial systems, then under natural conditions adaptation will equalize the load of different factors and we can expect a violation of the law of the minimum. Inversely, if artificial systems demonstrate significant violation of the law of the minimum, then we can expect that under natural conditions adaptation will compensate this violation. In a limited system life will adjust as an evolution of what came before.
References[change | change source]
- Whitson, A.R.; Walster, H.L. (1912). Soils and soil fertility. St. Paul MN: Webb. p. 73. OCLC 1593332.
100. Illustration of Limiting Factors. The accompanying illustration devised by Dr. Dobenecks is intended to illustrate this principle of limiting factors.
- A.N. Gorban, L.I. Pokidysheva,·E,V. Smirnova, T.A. Tyukina. Law of the Minimum Paradoxes, Bull Math Biol 73(9) (2011), 2013-2044
- D. Tilman, Resource Competition and Community Structure, Princeton University Press, Princeton, NJ (1982).