if you have this question the your screwed beceuse your dum
if you have this question the your screwed beceuse your dum
The amount of sunlight is an abiotic factor that can function as a limiting factor for autotrophs in an ecosystem. If there is insufficient sunlight reaching the plants, photosynthesis may be limited, impacting their ability to produce energy and grow effectively.
The limiting factor for sun-loving mosses as taller plants grow during succession would likely be reduced light availability. As taller plants shade the ground below them, the mosses may receive less sunlight, causing them to struggle to photosynthesize and grow. This reduced light can hinder the mosses' ability to compete with the taller plants for resources.
Phosphorus is a limiting factor in most ecosystems because it is essential for plant growth and is often found in limited supply in the environment. Without enough phosphorus, plants cannot grow properly, which can affect the entire food chain in an ecosystem.
The greatest limiting factor for plants that grow on the floor of a rainforest is often the lack of sunlight due to the dense canopy above. This results in limited light availability for photosynthesis, which is crucial for plant growth and survival. As a result, plants on the rainforest floor have adaptations to maximize light absorption, such as large leaves or growing towards small gaps in the canopy.
Phosphorous is often a limiting factor in environments because plants need phosphorous to maintain their cellular biology. If there is insufficient phosphorous, plants will be stunted or not grow at all. If there is too much phosphorous, plants also have a difficult time or won't grow. Phosphorous uptake is not something that plants can control with certainty, and phosphorous could be a limiting nutrient in a given area under study. Use the link to the Wikipedia article on phosphorous and see what is posted on phosphorous and biology.
limiting factor
The amount of sunlight is an abiotic factor that can function as a limiting factor for autotrophs in an ecosystem. If there is insufficient sunlight reaching the plants, photosynthesis may be limited, impacting their ability to produce energy and grow effectively.
The limiting factor for sun-loving mosses as taller plants grow during succession would likely be reduced light availability. As taller plants shade the ground below them, the mosses may receive less sunlight, causing them to struggle to photosynthesize and grow. This reduced light can hinder the mosses' ability to compete with the taller plants for resources.
Phosphorus is a limiting factor in most ecosystems because it is essential for plant growth and is often found in limited supply in the environment. Without enough phosphorus, plants cannot grow properly, which can affect the entire food chain in an ecosystem.
Temperature. The soil is frozen, making it difficult for large plants to grow. Most plants in the tundra are shrubs or other low-growing plants. Since plants make up the bottom of the food chain, life is difficult in a tundra.
Temperature. The soil is frozen, making it difficult for large plants to grow. Most plants in the tundra are shrubs or other low-growing plants. Since plants make up the bottom of the food chain, life is difficult in a tundra.
Yes it is true
The greatest limiting factor for plants that grow on the floor of a rainforest is often the lack of sunlight due to the dense canopy above. This results in limited light availability for photosynthesis, which is crucial for plant growth and survival. As a result, plants on the rainforest floor have adaptations to maximize light absorption, such as large leaves or growing towards small gaps in the canopy.
It is generally the Nitrogen, Phosphorus and Potash ratio in the soil that helps the plants to grow, if light and water are not limiting factors.
Phosphorous is often a limiting factor in environments because plants need phosphorous to maintain their cellular biology. If there is insufficient phosphorous, plants will be stunted or not grow at all. If there is too much phosphorous, plants also have a difficult time or won't grow. Phosphorous uptake is not something that plants can control with certainty, and phosphorous could be a limiting nutrient in a given area under study. Use the link to the Wikipedia article on phosphorous and see what is posted on phosphorous and biology.
A limiting factor is important because without it there would be billions and billions of organisms that would never decrease they would just keep on increasing.
Sand provides horrible nutrients, and bad anchoring for plants roots, therefore limiting the plants height. water is the answer