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While phosphorous is an essential plant nutrient, very, very small amounts are needed by plants to grow. The introduction of phosphorous to cleaning agents like detergents, soaps and shampoos have introduced phosphorous into the natural landscape, usually in excess. Many ecosystems, like the Chesapeake Bay, suffer from nutrient pollution (nitrogen and phosphorous), which results in algal blooms and eutrophication.
Phosphorus is a limiting factor for plant growth in many soils and aquatic ecosystems because it is often present in low concentrations and is not readily available in forms that plants can absorb. In soils, phosphorus can bind to soil particles and become immobilized, making it difficult for plants to access. In aquatic ecosystems, phosphorus can be rapidly taken up by algae and other organisms, leading to potential nutrient depletion. This limitation can significantly impact plant productivity and ecosystem health.
The major plant nutrient most likely to be a limiting factor is nitrogen. While plants require various nutrients for growth, nitrogen is essential for key processes such as protein synthesis and chlorophyll production. In many ecosystems, nitrogen availability is often low due to its rapid uptake by plants and limited natural sources, making it a critical factor that can restrict plant growth and productivity.
I don't know of water itself being a limiting factor but the supply of water can be, if there is not enough water for a population to live then it limits the growth of the population to a number which can be fed by the given supply of water.
A density dependent factor is a limiting factor that depends on population size. A Density-independent limiting factor affects all populations in similar ways, regardless of the population size. Its in my biology book.
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The flow of an activity is limited by the presence or absence of one or many factors necessary for survival. That factor is called as limiting factor.
A population size decrease is the usual response in the population size of many species to a density-independent limiting factor. Not enough food is an example of a limiting factor.
Phosphorus is a limiting factor for plant growth in many soils and aquatic ecosystems because it is often present in low concentrations and is not readily available in forms that plants can absorb. In soils, phosphorus can bind to soil particles and become immobilized, making it difficult for plants to access. In aquatic ecosystems, phosphorus can be rapidly taken up by algae and other organisms, leading to potential nutrient depletion. This limitation can significantly impact plant productivity and ecosystem health.
The limiting factor is the biggest thing that stands in the way of you solving a problem or accomplishing an objective. Locate the limiting factor as part of your decision-making process to avoid making mistakes. Failure to follow the principle of the limiting factor leads to many poor decisions.
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The major plant nutrient most likely to be a limiting factor is nitrogen. While plants require various nutrients for growth, nitrogen is essential for key processes such as protein synthesis and chlorophyll production. In many ecosystems, nitrogen availability is often low due to its rapid uptake by plants and limited natural sources, making it a critical factor that can restrict plant growth and productivity.
I don't know of water itself being a limiting factor but the supply of water can be, if there is not enough water for a population to live then it limits the growth of the population to a number which can be fed by the given supply of water.
Yes, it is a limiting factor because it affects how many organisms survive and are produced. It affects how animals live and adapt to their environment and limits the population.
A density dependent factor is a limiting factor that depends on population size. A Density-independent limiting factor affects all populations in similar ways, regardless of the population size. Its in my biology book.
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an overall decrease in population regardless of the location of the "clan"