Overpopulation of a species can lead to competition for resources such as food and space, which can result in a decline of other species in the ecosystem. It can also lead to habitat destruction and increased pressure on the ecosystem overall, disrupting the balance of the ecosystem.
The maximum size that a population can reach in an ecosystem is called the carrying capacity. This represents the maximum number of individuals of a species that the ecosystem can support over the long term, taking into account available resources and environmental conditions. When a population exceeds the carrying capacity, it can lead to competition for resources, which may result in a decline in population size.
Direct harvesting can lead to the decline in population of the harvested species, disrupt the food chain, and alter the ecosystem's balance. It can also result in habitat destruction and biodiversity loss, impacting other species that rely on the harvested species. Unsustainable direct harvesting practices can further lead to long-term damage to the ecosystem.
Adding a species can disrupt the balance of the ecosystem, leading to competition for resources and potential changes in the food chain. Removing a species can also have cascading effects, such as disrupting predator-prey relationships or altering nutrient cycling processes. Both scenarios can result in changes to biodiversity and overall ecosystem stability.
Functional redundancy refers to the situation where multiple species or components within an ecosystem perform similar functions, such that the loss of one species or component does not result in a significant loss of ecosystem function. This redundancy helps to ensure ecosystem resilience and stability in the face of environmental changes or disturbances.
A result of your, or another's, actions can be called a consequence.
An example of a keystone species in an ecosystem is the sea otter. If sea otters are removed or leave the ecosystem, it can lead to a decrease in biodiversity and disrupt the balance of the ecosystem. This can result in overpopulation of sea urchins, which can then overgraze on kelp forests, leading to a decline in other species that rely on the kelp for habitat and food.
Invasive species to an ecosystem results in an increase in biodiversity.
No, the death of a species as a result of natural causes or environmental changes is not referred to as extermination. Extermination typically refers to intentional and systematic actions by humans to completely eliminate a species from a particular area or from the planet.
The final result of secondary succession can vary depending on the specific conditions and factors involved. It could lead to the adaptation of species to the changed environment, the rebuilding of a diverse ecosystem, competition among different species for resources, or in some cases, eventual extinction for certain species that are unable to thrive in the new conditions.
Overpopulation of a species can lead to competition for resources such as food and space, which can result in a decline of other species in the ecosystem. It can also lead to habitat destruction and increased pressure on the ecosystem overall, disrupting the balance of the ecosystem.
Succession is the process by which the structure and composition of an ecosystem change over time. It can result in changes in vegetation, species diversity, and ecosystem services as new species colonize and compete with existing ones. Ultimately, succession can lead to the development of a more complex and stable ecosystem.
A new species, when introduced to an ecosystem, will compete with the indigenous species for food and resources. If the new species is predatory, it may also begin preying on the indigenous species, so the native populations will decrease sharply.
a "bloom" happens
a "bloom" happens
a "bloom" happens
Humans can disrupt the state of dynamic equilibrium in the ecosystem by cutting down trees in a forest or woody area. This will cause the lack of animal habitat, and the soil will become more loose as a result.