Answer:
Succession is the natural evolution that occurs in an ecosystem by its own internal dynamics, that is, it refers to two stages of something that is (precisely) successive in time.
Explanation:
Genetic diversity occurs at various levels of the organization of the ecosystem, through the species that compose it, from its subspecific populations (provenances), family groups and individual genotypes, down to the molecular level of the gene. A succession consists of the process of change that an ecosystem undergoes over time, as a consequence of changes that occur both in the conditions of the environment and in the populations that comprise it, giving rise to an increasingly organized and complex ecosystem. The effects of a succession are the change in the structure and dynamics of an ecosystem over time, as a result of an interaction of physical forces that break in from the outside and development processes generated within the system. Also when the classes of ecological changes are controlled by the community, changes will occur in the physical substrate and the microclimate, altering the composition of species and diversity as a result of competition and other interactions of the populations. Species diversity tends to increase with succession, the species undergo mutations or transformations, given that the soil, air and even water (abiotic factors) have also undergone important transformations during the succession.
Answer:I could be wrong but I think its magnetic pull
Explanation:
The CEREBRUM is responsible for those functions
The fructose concentration will flow from the inside of cell to the outside through diffusion.
Explanation:
The movement of something from a higher concentrated region to a lower one is the process of diffusion. In this process an object tends to spread from a certain point with higher concentration.
The change of pressure and temperature in an object makes it gradient and gradient drives the process of diffusion. So here, the high concentrated fructose will flow towards the outer portion of the cell as per the rule of diffusion.
