its a catch should be done in a limit without harming the marine environment and in a sustainable way so that could be preserved for the future .
Sustainable yield in fisheries refers to the maximum catch that can be taken from a fish population without compromising its ability to replenish itself over time. This concept is crucial for maintaining fish populations and ensuring the long-term viability of the fishing industry. By managing fish stocks within sustainable yield limits, fisheries can avoid overfishing, protect biodiversity, and support the livelihoods of communities that depend on fishing. Effective monitoring and regulation are essential to achieving sustainable yields and promoting ecological balance.
The maximum sustainable yield graph shows the maximum amount of fish that can be harvested from a population over time without depleting the population's ability to reproduce and replenish itself. It helps fisheries managers determine the optimal level of fishing to maintain a healthy and productive fish population.
The maximum sustainable yield formula is used to find the highest amount of a renewable resource that can be harvested without depleting the resource over time. It is calculated by taking into account the growth rate of the resource and the carrying capacity of the environment.
A sustainable yield.
Forests can provide a sustainable yield by planting a tree to replace one that was cut down
Sustainable yield means to not be able to extract things without reducing the base of capital its self. A forest that is damaged by natural disaster would need help in the area of sustainable yield.
Managing a resource for maximum sustainable yield often prioritizes economic output and short-term gains, which can lead to overexploitation and degradation of the ecosystem. This approach may disregard the complex interdependencies within ecosystems, potentially harming biodiversity and overall ecological health. Additionally, focusing solely on yield can overlook the long-term impacts of resource extraction, such as habitat loss and reduced resilience to environmental changes. Consequently, a balance must be struck to ensure both sustainable resource use and ecosystem integrity.
a. renewable resources. b. non-renewable resources. c. perpetual resources.
Maximum sustainable yield (MSY) is typically reached at a population size that allows for the greatest number of individuals to be harvested without compromising future population growth. In many biological models, this is often at about half the carrying capacity of the environment. Based on the options provided, if we assume a typical scenario where MSY occurs at half of the carrying capacity, the population number that would likely achieve maximum sustainable yield is most often around 30. Thus, the answer is B, 30.
The population number at which maximum sustained yield is achieved is half of the carrying capacity. Therefore, in this case, the maximum sustained yield would be achieved when the population reaches 30.
Not until it starts raining salt water.
managing fisheries for a sustainable yield includes setting fishing limits, changing fishing methods, developing aquaculture techniques, and finding new resources.