Death ;)
If a population has abudant space and foor, and is protected from predators and disease, then organisms in that population will multiply and the population size will increase.
: High rains increase the water supply.
Over time, the population of mice is likely to experience genetic drift and inbreeding due to the limited gene pool. This can lead to reduced genetic diversity and increased susceptibility to diseases and genetic disorders. Eventually, the population may face extinction if they are unable to adapt to the unique challenges of their isolated environment.
Populations with abundant resources, low competition, and ideal environmental conditions are more likely to exhibit exponential growth. These conditions support rapid reproduction and population increase without constraints.
True. If a disease significantly reduced the rabbit population, it would also impact the coyote population in the same environment, as coyotes rely on rabbits as a food source. With fewer rabbits available, the coyote population would likely suffer from decreased food supply, potentially leading to a decline in their population as well.
A population with a limited food supply will most likely experience a slow or stagnant growth rate, often described as logistic growth. Initially, the population may grow rapidly, but as resources become scarce, the growth rate will decline and eventually stabilize around the carrying capacity of the environment. This balance occurs because competition for limited resources restricts population expansion, leading to increased mortality and reduced birth rates.
limited resources
This is a tough question, as there are many contributing factors, but the main ones would most likely be Environment, Health, and Resources. -In Resources, an animal's life can be limited by the availability of food, water, and shelter. -In Health, an Animal's life can be limited by plagues, parasites, and predators. -In Environment, not living in a compatible environment can limit an animals health, by giving it incompatible resources. Also, an animal living in a controlled environment, like a zoo, tends to live longer than an animal living in the wild.
If vital resources become more plentiful, the population size of the organism is likely to increase. The abundance of resources can support more individuals within the population, leading to improved survival and reproduction rates. This may result in a higher carrying capacity for the organism in its environment.
Competition between members of the species.
The species that is better adapted to the environment and able to acquire resources more effectively will likely outcompete the other species. This can lead to a decrease in population or even local extinction of the less competitive species.
they are more likely to have individuals with an adaption
stabilize or decline due to limited resources like food, water, and shelter. This can lead to increased competition, disease spread, or predation, causing the population to resist further growth.
Resources such as water, food, or sunlight are most likely to be limiting factors when a population is approaching the carrying capacity.
Darwin applied Malthus's idea of population growth outstripping resources to the theory of evolution by natural selection by suggesting that in nature, there is a struggle for existence due to limited resources. Organisms with advantageous traits that help them survive and reproduce in this competitive environment are more likely to pass on their genes to future generations, leading to the gradual adaptation and evolution of species over time.
Those who are more adapt to there environment.
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