stochasticity

A fundamental distinction can be made between environmental and demographic stochasticity.

Stochasticity: Biological systems exhibit behavior that appears to be random.

It wrestles with big, serious ideas like stochasticity, time and deception.

But there are many areas where causality fails us and stochasticity must come to our rescue.

Learning from the games animals play: using behavior to assess spatial structure and stochasticity in natural populations.

Uncertainty, that results from the inherent randomness of the world is called stochasticity.

Another level at which stochasticity may be important is in the process of apoptosis and self-renewal.

The threats due to environmental stochasticity have not been studied and are virtually impossible to quantify.

Although the agent has to account for the stochasticity, this approach becomes convenient for certain problems.

Population dynamics, demographic stochasticity, and the evolution of cooperation.

This gives a measure of the demographic stochasticity.

My sense of stochasticity would not hold.

Whether or not demographic stochasticity can be considered a part of Allee effect is somewhat contentious however.

They are simply a failed generation of offspring, produced as a result of reproductive stochasticity.

Stochasticity of reactions can be either attenuated or amplified.

The final matrix model included demographic stochasticity and proved to be very successful in describing the population trajectory from 1986 to 2000.

With small population sizes and habitat, these populations are susceptible to demographic and environmental stochasticity.

It includes both aquatic and terrestrial indicators and is able to incorporate stochasticity.

In small populations, these random events increase the risk of extinction. Environmental Stochasticity:

There's no stochasticity without simultaneity, and no sanity either.

Risks of population extinction from demographic and environmental stochasticity and random catastrophes.

Many variants on these models have been developed, which incorporate weak selection, mutual population structure, stochasticity, etc.

The underlying basis for the simulations conducted by Shelton is consistent with the concept of demographic stochasticity.

Although environmental stochasticity can affect all sizes of populations, the effects are higher in smaller populations or those already affected by other factors.

One important alternative source of stochasticity, perhaps more important than genetic drift, is genetic draft.