B.
koalas that eat only eucalyptus leaves
done
An increase in population size, a decrease in available resources, or introduction of a new species are changes that can lead to competition among organisms as they vie for limited resources like food, water, or territory.
In a health ecosystem, organisms at the bottom of the food chain, such as plants and plankton, are likely to have the highest population because they form the base of the ecosystem and support higher trophic levels. Organisms at the top of the food chain, such as predators or apex predators, would have the lowest population as they typically have fewer individuals due to their position in the food web.
An ecosystem will most likely remain stable if there is a balance between the different species and their interactions, sufficient availability of resources like food and water, and minimal human disturbance or environmental stressors. Feedback loops within the ecosystem can help regulate population sizes and maintain equilibrium.
National selection can change the frequency of traits in a population by favoring certain traits that provide a survival or reproductive advantage. Over time, individuals with these advantageous traits are more likely to survive and pass their genes on to the next generation, leading to an increase in the frequency of those traits in the population. Conversely, traits that are not advantageous may decrease in frequency or be selected against.
Robins are typically found in forest ecosystems with ample vegetation and water sources, so they would not be well-suited to survive in a desert ecosystem with limited vegetation and water. The lack of suitable food sources and nesting areas in a desert environment would likely pose significant challenges for a robin's survival.
they are more likely to have individuals with an adaption
A population that often has many mutations is more likely to develop adaptations to a changing ecosystem because they have greater genetic diversity to explore a wider range of traits that could provide a selective advantage in the new environment. This diversity increases the chances that some individuals will possess advantageous traits that allow them to survive and reproduce in the changing conditions.
sexual reproduction
When environmental conditions change it is more likely that at least some members of a species will survive if there is variation among the members.
Those who are more adapt to there environment.
Most likely not a limiting factor for a population in an ecosystem is the availability of oxygen in the atmosphere. Other common limiting factors include food availability, water supply, habitat space, predation, and disease.
An increase in population size, a decrease in available resources, or introduction of a new species are changes that can lead to competition among organisms as they vie for limited resources like food, water, or territory.
A population with few mutations will have more room in there genes to do mutations
A piece of grass will have a smaller ecosystem than other insects and animals. A bird will likely have the largest ecosystem.
In a health ecosystem, organisms at the bottom of the food chain, such as plants and plankton, are likely to have the highest population because they form the base of the ecosystem and support higher trophic levels. Organisms at the top of the food chain, such as predators or apex predators, would have the lowest population as they typically have fewer individuals due to their position in the food web.
An ant with a big abdomen plays a significant role in the ecosystem as it is likely a queen ant. Queen ants are responsible for laying eggs and starting new ant colonies, which helps maintain the population and balance of the ecosystem.
An ecosystem will most likely remain stable if there is a balance between the different species and their interactions, sufficient availability of resources like food and water, and minimal human disturbance or environmental stressors. Feedback loops within the ecosystem can help regulate population sizes and maintain equilibrium.