because of bieber fever..:)-Justin Bieber..#swag
the ecosystem
Count the number of species, and determine their relative abundance.////Apex
An ecologist could conduct a field experiment, manipulating environmental conditions to determine if the species can survive or reproduce outside of its realized niche. Additionally, observing the species' behavioral responses to new conditions can provide insight into whether it is utilizing its full fundamental niche. Modeling habitat suitability based on environmental variables can also help determine the potential extent of the species' fundamental niche.
This is known as the species' ecological role or trophic level in the food chain. It helps determine the species' place in the ecosystem and how it interacts with other organisms.
One approach would be to conduct a removal experiment by removing the organism from the ecosystem and observing the effects on other species and ecosystem functions. If the removal leads to significant changes in species composition or ecosystem dynamics, it suggests that the organism is a keystone species. Another approach could involve monitoring the organism's population dynamics and ecosystem impacts over time to assess its role as a keystone species.
because of bieber fever..:)-Justin Bieber..#swag
the ecosystem
This ecologist is likely interested in the biological organization level called an ecosystem. Ecosystems encompass all the living organisms in an area interacting with one another and their physical environment, including abiotic factors. This level of study allows ecologists to understand the complex relationships and dynamics within a specific area.
One can determine the relative abundance of a species in a given ecosystem by conducting surveys or sampling methods to count the number of individuals of that species compared to other species present in the ecosystem. This information can help scientists understand the population dynamics and overall health of the ecosystem.
Count the number of species, and determine their relative abundance.////Apex
Keystone species are organisms that have a big impact on their ecosystem, even though they may not be the most abundant. They play a crucial role in maintaining the balance of the ecosystem. Characteristics that determine if an organism is a keystone species include their unique ecological niche, their influence on other species, and the significant effects their presence or absence can have on the ecosystem.
An ecologist could conduct a field experiment, manipulating environmental conditions to determine if the species can survive or reproduce outside of its realized niche. Additionally, observing the species' behavioral responses to new conditions can provide insight into whether it is utilizing its full fundamental niche. Modeling habitat suitability based on environmental variables can also help determine the potential extent of the species' fundamental niche.
An ecologist is likely to research topics such as species interactions, ecosystem dynamics, biodiversity, and the impacts of human activities on the environment. They may study how organisms adapt to changing environments, the effects of climate change on ecosystems, and strategies for conservation and sustainable resource management.
This is known as the species' ecological role or trophic level in the food chain. It helps determine the species' place in the ecosystem and how it interacts with other organisms.
One approach would be to conduct a removal experiment by removing the organism from the ecosystem and observing the effects on other species and ecosystem functions. If the removal leads to significant changes in species composition or ecosystem dynamics, it suggests that the organism is a keystone species. Another approach could involve monitoring the organism's population dynamics and ecosystem impacts over time to assess its role as a keystone species.
If a species is ecologically dominant, it dominates the biomass of the ecosystem (think big dipterocarp trees dominating a rainforest). These organisms influence the ecosystem due to their huge size or enormous number. Other organisms rely on these species and removing them often has a domino effect of local extinctions.
The dynamic balance of an ecosystem is best indicated by a variety of species coexisting and cycling of nutrients where no single species dominates and natural checks and balances maintain stability. This balance allows for resilience to disturbances and the ability to adapt to changing environmental conditions.