Yes, it is the most common distribution of a species in nature for the sake of survival and adaptation.
nature could be explained though abstract reasoning an exper........
it studys nature and tests mixtures of nature!
what is the nature of proteins
When he is standing on the bare ground in nature.
The Genes determine the nature of the cell's work....Each gene is a blueprint that directs the production.
clumped
They are as follows: Clumped, Random, and Nearly Uniform. :)
There are many dispersions, there is uniform, clumped and random. The most common is clumped dispersion
There are three main patterns of dispersion. These include clumped, even, and random. If individuals are evenly dispersed, they are located at equal intervals. If they are clumped, they are bunched together in clusters. Random dispersion means the location of each individual is determined by chance. The most common type of dispersion in nature is clumped.
Uniform - known as uniform or even distribution, this distribution pattern is characterized by the maximization of distance between any two individuals. Typically this is found in plants; they compete for a resource such as soil nutrients or moisture, so they space themselves far apart in order to maximize the amount of resource consumption. It can also be a result of territorial behavior as in penguin colonies.Clumped - the most common distribution pattern in nature, clumped distribution is the opposite of uniform: individuals minimize the space between others; as a result, "clumps" of species form around each other. This can be a result of unreliable resources. If one area tends to accumulate one resource important to the population, the individuals of the population will clump around this resource. It is also found among many animals to either aid predation or fend off predators. Hyenas, lions, and cheetahs hunt in packs to ensure a kill while schools of fish aggregate to minimize the chance that any one fish will be eaten.Random - in very homogenous environments, random or unpredictable spacing will occur, but this is not common in nature. For random distribution to occur, an individual of the population won't have any affinity or repulsion from another individual, nor will they have a preference for location due to biotic factors. Some examples of random dispersion include the random destinations of dandelion seeds dispersed by the wind and oyster larvae that are carried by water currents.
It is a consequence of the Central Limit Theorem (CLT). Suppose you have a large number of independent random variables. Then, provided some fairly simple conditions are met, the CLT states that their mean has a distribution which approximates the Normal distribution - the bell curve.
H. G. Barnett has written: 'The nature of the potlatch' 'Culture element distributions: VII'
The reason why random distribution patterns for species are the rarest in nature is because of biotic and abiotic factors. These give rise to organisms being clustered or spread out.
The atomic mass of an element is the average of its isotopes, weighted by abundance in nature.
The atomic mass of an element is the average of its isotopes, weighted by abundance in nature.
very common
the most common.