When considering competition between individuals of the same species, what allows some individuals to survive over others?(1 point) Responses Some choose not to compete for resources. Some choose not to compete for resources. Some are better adapted. Some are better adapted. Some do not need resources. Some do not need resources. Some are not impacted by rapid changes.
There are several reasons why some individuals of the same species may survive over others in competition:
1. Better adaptation: Some individuals may possess traits or characteristics that make them better suited to their environment, allowing them to outcompete others for resources. These favorable traits can be the result of natural selection or genetic variation.
2. Resource competition: Some individuals may actively compete for limited resources such as food, water, or shelter, and those that are more successful in acquiring and utilizing these resources have a higher chance of survival.
3. Survival strategies: Certain individuals may have developed specific strategies or behaviors that increase their chances of survival. For example, some individuals may be more skilled hunters, better at avoiding predators, or have effective reproductive strategies.
4. Fitness advantage: Individuals with higher fitness levels, in terms of their ability to survive and reproduce, are more likely to pass on their genes to the next generation. This can give them a competitive advantage over individuals with lower fitness, leading to their survival.
5. Environmental changes: Rapid changes in the environment, such as sudden shifts in temperature, availability of resources, or the introduction of new predators or competitors, may impact some individuals more severely than others. Those individuals that are less affected or better able to cope with these changes have a higher chance of survival.
It is important to note that these factors are not mutually exclusive, and multiple factors can contribute to the survival of certain individuals over others in the competition within a species.