Question

How can biotic and abiotic factors work together to control population growth?

Answer 1

Biotic factors can be presence of food, microorganism, or a hunter. Abiotic factors can be physical or compound components in the climate like PH of water or soil, temperature, speed of wind or flow, accessibility of minerals in the dirt, daylight and many more.

Complete answer:
The presence of food and the favored abiotic factors by the species lead to the foundation and the development of the number of inhabitants in this species in the territory.
The presence of hunters, infections and inadmissible abiotic factors lead to the control of the size of populace and could prompt a decline of it because of high death rate or relocation.
A restricting element is any factor that puts a maximum breaking point on the size of a populace. Restricting components might be biotic, for example, the accessibility of food, or abiotic, for example, admittance to water. Abiotic factors, for example, temperature, light, and soil can impact an animal groups' capacity to endure.
There is a progressing change in perspective in arrangement how biotic and abiotic factors shape species appropriations. Up to this point, it was generally acknowledged that abiotic factors, for example, temperature and precipitation, assumed the essential function in molding dispersions of species and biodiversity at expansive scopes (e.g., local, mainland, worldwide degrees) and that biotic variables were generally significant at fine scales (e.g., site, nearby degrees).
It is progressively perceived, in any case, that biotic elements are significant determinants of species disseminations at wide spatial scales, particularly while thinking about biotic cooperation. Although interspecific rivalry can be a significant biotic determinant in species conveyance models at wide scales, different types of biotic communications, for example, predation and symbiosis, can likewise be significant determinants yet have gotten less consideration.

Note: Also, in spite of the fact that scientists have assessed the impacts of biotic communications on geographic reach limits1, generally couple of studies has assessed how biotic variables impact populace thickness across an animal categories' reach which can be more educational in understanding large scale environmental examples.