Capacidade de Suporte K
- Created by
- Renato Passos, Eng. de Software
- Reviewed by
- Renato Passos, Eng. de Software
Last updated: Apr 18, 2026
Formula
K
About this calculator
The K-Support Capacity Calculator is a useful tool for ecologists and biology students who want to calculate the support capacity of a population in an ecosystem.
This calculator uses the formula K = r·N/(r·N/K_est), where K is the support capacity, r is the population growth rate, N is the current population and K_est is the estimated support capacity.
The support capacity is an important measure in ecology, as it indicates the maximum size of a population that an ecosystem can sustain. It's essential to consider factors such as resource availability, competition for food and predator pressure.
In addition, it's worth noting that the support capacity may vary over time due to changes in the ecosystem, such as climate changes, resource availability changes or the presence of invasive species.
Frequently asked questions
What is support capacity in ecology?
Support capacity is the measure of the maximum size of a population that an ecosystem can sustain, considering factors such as resources, competition and predator pressure.
When should I use this calculator?
This calculator is useful when you need to calculate the support capacity of a population in an ecosystem, considering factors such as population growth rate and resource availability.
What is population growth rate?
Population growth rate is the rate at which the population increases over time, influenced by factors such as resource availability and competition for food.
Can I use this calculator to calculate the support capacity of an invasive species population?
Yes, you can use this calculator to calculate the support capacity of any population, including invasive species. However, it's essential to consider the negative impacts that these species can have on the ecosystem.
What is estimated support capacity?
Estimated support capacity is an approximate measure of the support capacity of an ecosystem, generally based on previous studies or theoretical models.