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Energy leaving an ecosystem is most likely due to heat loss during various energy transfers, metabolism, and respiration of organisms, or through waste production and decomposition processes.
An energy pyramid is the graphical representation of the trophic levels (nutritional) by which the incoming solar energy is transferred into an ecosystem. The source of energy for living beings on Earth is the Sun.
second opinion....poh.......pls............ im not sure kung tama tohh...but ang sagot ko ay . . . . . . . . . . . . babalu
Limited sunlight due to the long winter nights could most likely limit the flow of energy within an arctic ecosystem. With less sunlight available for photosynthesis, primary producers may struggle to create energy, impacting the entire food web.
A significant decrease in the pH of rainfall, also known as acid rain, can lead to a decrease in biodiversity among organisms in an ecosystem over time. Acid rain can lower soil pH, affecting plant growth and reducing food sources for other organisms. It can also directly harm aquatic organisms living in bodies of water where the acidic rainwater flows. Over time, this can lead to a decrease in biodiversity as populations decline.
Energy leaving an ecosystem is most likely due to heat loss during various energy transfers, metabolism, and respiration of organisms, or through waste production and decomposition processes.
Squirrels play a vital role in the ecosystem by dispersing seeds through their food storage behavior, which helps with plant regeneration and biodiversity. They also serve as prey for various predators, contributing to the balance of the food chain. However, in some cases, squirrels can negatively impact ecosystems by damaging trees and crops.
An energy pyramid is the graphical representation of the trophic levels (nutritional) by which the incoming solar energy is transferred into an ecosystem. The source of energy for living beings on Earth is the Sun.
The death of smaller plants and animals in a freshwater ecosystem can disrupt the food web, leading to a decrease in populations of predators that depend on those organisms for food. This can cause a cascade effect, affecting other biotic factors such as water quality, nutrient cycling, and overall ecosystem stability.
CATS (:
Energy flows through an ecosystem via trophic levels, where energy is transferred from one level to the next as organisms are consumed. Trophic structure represents the hierarchy of feeding relationships within an ecosystem, showing the flow of energy from primary producers to consumers at different trophic levels. The efficiency of energy transfer decreases as it moves up the trophic levels due to energy loss through respiration, resulting in less energy available for organisms at higher trophic levels.
second opinion....poh.......pls............ im not sure kung tama tohh...but ang sagot ko ay . . . . . . . . . . . . babalu
Limited sunlight due to the long winter nights could most likely limit the flow of energy within an arctic ecosystem. With less sunlight available for photosynthesis, primary producers may struggle to create energy, impacting the entire food web.
An increase in population size, a decrease in available resources, or introduction of a new species are changes that can lead to competition among organisms as they vie for limited resources like food, water, or territory.
An ecosystem will most likely remain stable if there is a balance between the different species and their interactions, sufficient availability of resources like food and water, and minimal human disturbance or environmental stressors. Feedback loops within the ecosystem can help regulate population sizes and maintain equilibrium.
Depends on the ecosystem. Producer, have the largest biomass in all, they're at the bottom of a energy pyramid diagram, which has a larger base (number of producers) than apex top of the food chain consumers). However, in terms of number of individuals, producers can easily be outnumbered by some animals such as insects in a not so dense forest ecosystem or even in a desert for instance, so it's a case-by-case scenario.
A significant decrease in the pH of rainfall, also known as acid rain, can lead to a decrease in biodiversity among organisms in an ecosystem over time. Acid rain can lower soil pH, affecting plant growth and reducing food sources for other organisms. It can also directly harm aquatic organisms living in bodies of water where the acidic rainwater flows. Over time, this can lead to a decrease in biodiversity as populations decline.