nutrients
Decayed plants and animals compose the soil. When plants and animals die they decay and become part of the soil. New plants grow causing herbivores to come and eat the plants. Well you know how the cycle goes and then the dead animals and plants become part of the soil once again
Decayed plants and animals compose the soil. When plants and animals die they decay and become part of the soil. New plants grow causing herbivores to come and eat the plants. Well you know how the cycle goes and then the dead animals and plants become part of the soil once again
When plants and animals die and decompose in the soil, they release nutrients and organic matter that enrich the soil. Microorganisms break down the dead matter, turning it into humus, which improves soil structure and fertility. This process helps support new plant growth and maintains the overall health of the ecosystem.
Organic matter in soil comes from living things, such as dead plants and animals. This organic matter provides nutrients for the soil and helps support the growth of new plants.
Decaying plants release nutrients, such as nitrogen, back into the soil. This process is known as decomposition, where dead organic matter is broken down by decomposers like bacteria and fungi, enriching the soil for new plant growth. Nitrogen is an essential element for plant growth and is a key component of proteins, chlorophyll, and DNA.
No, it is not recommended to reuse soil that has root rot for planting new plants as it may contain harmful pathogens that can infect the new plants. It is best to discard the contaminated soil and use fresh, sterile soil for planting.
Decay is important in an ecosystem because it breaks down organic matter such as dead plants and animals into simpler forms that can be recycled by other living organisms. This process releases nutrients back into the soil, which helps support the growth of new plants and contributes to the overall health and balance of the ecosystem. Decay also helps to clean up and recycle waste, preventing the accumulation of dead matter.
Decayed plants and animals compose the soil. When plants and animals die they decay and become part of the soil. New plants grow causing herbivores to come and eat the plants. Well you know how the cycle goes and then the dead animals and plants become part of the soil once again
Yes, monstera aerial roots can be planted in soil to propagate new plants.
To effectively change the soil in your potted plants, first remove the plant from the pot and gently shake off the old soil. Then, add fresh potting soil to the pot, ensuring it is well-draining and nutrient-rich. Replant the plant in the new soil, water it thoroughly, and place it in a suitable location for its light and water needs.
Decayed plants and animals compose the soil. When plants and animals die they decay and become part of the soil. New plants grow causing herbivores to come and eat the plants. Well you know how the cycle goes and then the dead animals and plants become part of the soil once again
Lichen dies and create organic material and soil ,which plants grow new soil anyways
There's actually four. The decay of the remains of dead animals and plants The growth of bacteria in the soil which take in nitrogen gas to make nitrates Bacteria in the roots of plants (such as peas, beans, clover etc) which can also tun nitrogen gas into nitrates Lightning flashes in thunderstorms which make the air hot enough for nitrogen and oxygen gases to react with eachother. Then rain washes the new nitrogen compounds into soil. Hope this helps (:
soil, where they are taken up by new plants for growth and development. This process of recycling nutrients is essential for sustaining ecosystem productivity and maintaining soil fertility.
soil helps the plants and food grow for us to eat.
soil helps the plants and food grow for us to eat.
When plants and animals die and decompose in the soil, they release nutrients and organic matter that enrich the soil. Microorganisms break down the dead matter, turning it into humus, which improves soil structure and fertility. This process helps support new plant growth and maintains the overall health of the ecosystem.