Final answer:
The approximate carrying capacity of the lionfish population in the Bahamas is 116 individuals per 10,000 m²
None of the given options is correct
Step-by-step explanation:
Carrying capacity refers to the maximum number of individuals of a species that an ecosystem can sustainably support over a given period of time. It represents the balance between the population's birth rate, death rate, and available resources.
In this case, the carrying capacity of the lionfish population in the Bahamas has been estimated to be around 116 individuals per 10,000 m². This means that the ecosystem can provide enough food, habitat, and other resources to support this number of lionfish without depleting the resources or causing negative impacts on other species.
The estimation of carrying capacity takes into account various factors, including the availability of prey, habitat suitability, and the lionfish's ecological interactions with other organisms. Researchers use scientific methods and data to estimate the carrying capacity of a population, but it is important to note that these estimations may have some degree of uncertainty.
None of the given options is correct