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How will a population change if there is abundant space and food and if the population is protected from the predators and disease?
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.
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How will a population change if there is abundant space and food and if the population is protected from predators and diseases?
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.
How will a population change if there is abundant space and food and if the population is protected from predator disease?
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.
How will a population change if there is abundant space and food and if the population is protected from predators and disease?
If there is abundant space and food, and the population is protected from predators and disease, the population is likely to increase rapidly. With ample resources and minimal threats, individuals will have higher survival rates and reproduction rates, leading to a growing population size. Over time, this can lead to overpopulation if not managed carefully.
How will a population change if there's abundance space and food and if the population is protected from predators and disease?
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.
What would happen if a population has plenty of food and space and has no competition or predators?
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.
Why might the lynx population increase?
The lynx population might increase due to abundant prey availability, reduced threats from predators or disease, successful conservation efforts, and suitable habitat conditions for breeding and raising offspring.
What could be some of the reasons for the decreasing animal population?
hunting, deforestation, disease, natural death, injury, too many predators, death at birth
What causes the moose population to decrease?
The moose population can decrease due to several factors, including habitat loss, predation, and disease. Habitat destruction from urban development, logging, and agriculture reduces their food sources and living space. Increased predation from wolves and bears can also significantly impact their numbers, especially in areas where natural predators are more abundant. Additionally, diseases such as winter ticks and chronic wasting disease can weaken moose populations and lead to higher mortality rates.
If the population of mice is reduced by disease which change will occur in food web?
If the population of mice is reduced due to disease, their predators may experience a decrease in food supply, leading to potential population decline among them. Conversely, the population of plants and insects that mice prey on could see an increase, which may impact other species further down the food web.
Name 3 limiting factors for population?
Three limiting factors for population growth are availability of resources such as food and water, space for living and reproduction, and the presence of predators and disease that regulate population size.
What happen to the shrew population if a disease kills most of the owls?
If a disease significantly reduces the owl population, which are natural predators of shrews, the shrew population is likely to increase. With fewer owls to control their numbers, shrews can thrive, leading to a potential overpopulation. This surge could result in increased competition for food and habitat among shrews, and possibly lead to ecological imbalances in their environment. Over time, other factors such as food availability and disease among shrews may eventually regulate their population.
Who studies ways the body can protected against disease?
A bacteriologist
