Answer:
Explanation:
carrying capacity is how many of a certain organism an ecosystem can hold, limiting factors are things that can limit a population's growth. So for example say there's a forest and it has a low amount of food for deer. Food availability would be a limiting factor and it effects how many deer the forest can support.
The carrying capacity of an ecosystem is its maximum sustainable population size. When this limit is exceeded, resource competition can result in population decrease.
The carrying capacity of an ecosystem is the maximum number of individuals of a particular species that the environment can support indefinitely, given the available resources like food, water, and space. When the population exceeds the carrying capacity, resources become scarce leading to competition.
As a result, some individuals may fail to survive or reproduce, thus causing the population to decrease in size.
For example, consider a herd of deer in a forest. If food and water supply becomes limited due to their growing numbers and overconsumption, some deer might not get enough food and may consequently die of starvation, thus reducing the population number.
This phenomenon embodies the concept of population dynamics, a key aspect in studying ecosystems and biodiversity.
#SPJ3
region of DNA
a mutation that
Ancierses the ability
to store moisture
ina y environment
a color mutation
that decreases a
bird's chances
of sexual selection
a mutation in a gene
that does not change
protein synthesis
increased white
pigmentation on
a prey animal in a
Snowy environment
a mutation decreasing
a plant's height in
competition for light
Harmful
Beneficial
Netural
Answer:
first option nuetral
second option is benificial only if it required mositure
third harmful decreasing the sexual trait will effect the survial rate and it all depending how on way it can reproduce
icreasing white sprot is benifical
Explanation:
Answer:
Mendels studies predicted inheritance in a simple manner by studying traits which were not continuous or polygenic. Hence, the patterns of Mendel's observations were simple.
But there are certain traits which are polygenic that means depending on more than one gene type and there are other traits which are continuous. These kinds of traits have complex inheritance patterns and cannot be predicted through laws of Mendel.