Question

The is an estimate of the fewest number of organisms a population needs to avoid extinction. This measurement will most likely if the number of offspring each female in the population produces increases. If the population's , this measurement will most likely increase.

Answer 1

The minimum viable population (MVP) is the estimate of the fewest number of organisms a population needs to avoid extinction. The MVP increases with an increase in the number of offspring produced by each female. However, if the population's habitat declines, the MVP measurement will likely increase as the population faces more threats and risks of extinction.

Step-by-step explanation:

The minimum viable population (MVP) is an estimate of the fewest number of organisms a population needs to avoid extinction. The MVP measurement most likely increases if the number of offspring each female produces increases. This is because having more offspring increases the chances of population growth and survival. On the other hand, if the population's habitat is declining or there are ongoing losses of habitat, the MVP measurement will most likely increase as the population faces more threats and risks of extinction.

Answer 2

Answer and Explanation:

1. Minimum viable population is the estimate of the fewest number of organisms a population needs to avoid extinction.

2. The measurement will most likely stay the same if the number of offspring each female in the population produces increases.

3. If the death rate increases, this measurement will most likely increase.

Clarification:

Least Feasible Populace:

Least practical populace is a biological edge that implies the base number of people needed to keep the species from going wiped out.

MVP decides populace preservation benchmarks.

MVP additionally helps in keeping a populace hereditarily assorted as a set number of people present restricted mating openings and accordingly restricted hereditary variety.