science

definition of abiotic

At the behest of the biology, abioticIt is all that is devoid of life.

What does not have life

It also involves that environment in which life is not possible, that is, the abiotic is the direct opposite of the biotic, where life is absolutely possible and then, it is the concept that allows us to refer to what is not part of or is not the product of living beings.

It should be noted that abiotic factors will appear as a consequence of the influence exerted by both the chemical and physical components of the environment, on the other hand, the abiotic factors they are the result of living beings and the products that come from them.

Anyway, both abiotic factors how biotics are needed ...

Most prominent abiotic factors

For example, they are abiotic factors: the air, the sun, the water, the ground, among others and the cow, which is a biotic factor, needs air and water to survive as such, which, as we indicated above, is one of the many abiotic factors.

Another example, which brings more clarity to this link, the biotic plant needs air for the photosynthesis process and water and soil with certain nutrients to continue living, which as we indicated, air, water and soil are factors abiotic.

The typical abiotic elements in any ecosystem are light, which is the source of energy par excellence and essential when it comes to allowing the development of processes such as photosynthesis and facilitating the visibility of things and objects.

Temperature is also a type of abiotic element since it is very important with regard to the adaptation of animals, living beings in general, with the environment.

And water, that element so abundant on our planet and also as precious as air is decisive when it comes to producing climate stability and obviously for the maintenance of life of the beings that inhabit the planet.

Without water present, life on our land would be unviable

The minerals present in the soil and the organic material also make their contribution because they intervene in the balance of the territory.

Then each one has a specific and relevant function that will directly influence the maintenance of the equilibrium of the system and of course, as we have already pointed out, of life.

On the other hand, the abiotic components configure the biotope; the biotope is the physical space in which the biocenosisMeanwhile, biocenosis is made up of biotic components, the set of different species that coexist in the same place.

Meanwhile, the biotope is divided into edafotope (land), climatope (climatic characteristics) and the hydrothope (hydrographic factors).

Abiotic evolution, also called abiogenesis, a concept developed by Thomas Huxley in the year 1870, as opposed to biogenesis, is the set of theories that postulate the formation of life from matter that is not alive.

The negative impact of climate change and the errant actions of man on the environment

As we know, our planet is currently seriously affected by climate change, some natural processes that are unexpectedly precipitated and many others that are the product of the irresponsible action of man on the world.

And of course, all this has a constant and resounding impact on the abiotic factors that we were addressing in this review, and as a consequence, and because of the interrelation that we saw, these factors end up affecting biotics.

The link between the two is often not generated spontaneously as it should be, but there is the cruel and erratic hand of man that forces certain situations and conditions.

While the role of man on the environment was contained and passive, the ecosystem remained calm, but when it began to overwhelm it, the problems and degradation of which we are spectators today began.

Fortunately, the hand of destruction also grew awareness and this makes us think that not all is lost in this sense and that although it sounds like a cliché we can still save the planet from our own clutches.

$config[zx-auto] not found$config[zx-overlay] not found