answersLogoWhite

0

In a plot of soil untouched by human beings, the decaying growth from this year slowly breaks down into the basic soil nutrients over the next year (or two). Over many years, this keeps the soil's fertility in constant, steady replenishment. That is nature's way. If mankind steps in and takes over that soil, he can add naturally broken-down organic matter himself, and artificial fertilizers, too, which boost the amount of the most plant-necessary nutrients. Worst-case scenario: Man uses the soil to grow what he wants, and adds nothing. In a very few years, the soil is exhausted, and will grow nothing well, it is so poor. If man then abandons it, it will slowly (many years) and naturally build itself up again.

User Avatar

Wiki User

14y ago

What else can I help you with?

Related Questions

Do plants receive their nutrients chiefly from sunlight?

Plants need sunlight for photosynthesis, but they get many of their nutrients from the soil. That is why farmers use fertilizer on their fields, and organic growers add compost to soil. As plants use nutrients from the soil, it needs to be replenished for the next crop.


Why should soil nutrients be replenished from time to time?

Soil nutrients should be replenished from time to time to ensure that plants have access to essential elements for healthy growth. As plants absorb nutrients from the soil, over time the nutrient levels can become depleted, resulting in decreased plant growth and productivity. Replenishing soil nutrients can help maintain fertility, improve soil structure, and promote overall plant health.


One advantage of crop rotation is?

Nutrients in the soil are replenished.


Why should soil be replenished with nutrients?

because when a plant lives it draws nutrients out of the soil through it's roots to live, leaving less nutrients in the soil meaning there are less nutrients for other plants to grow at a later time. so to ensure future plant growth, you must replenish the nutriens.


Why doesn't the soil run out of nutrition?

Soil is constantly being replenished with organic matter from decomposing plants and animals, adding nutrients back into the soil. Additionally, the interactions between soil microorganisms, plants, and other organisms help to recycle and redistribute nutrients within the soil, preventing them from running out.


Why are fertilizers applied?

Fertilizers are applied to provide essential nutrients such as nitrogen, phosphorus, and potassium to plants, which can improve their growth, yield, and overall health. These nutrients may be lacking in the soil or may need to be replenished to support plant growth.


What are some reasons plants need water?

Plants and animals consist of a high percentage of water. That water is constantly being released into the environment and needs to be replenished. Water is important in keeping the plants' leaves, stems, flowers, and fruits firm. Water also carries nutrients in the soil to the roots of plants to nourish them.


How nutrients can be replenished in the soil without the use of fertilizers?

Nutrients can be replenished in the soil naturally through practices like crop rotation, cover cropping, using compost or manure, mulching, and allowing organic matter to decompose on the soil surface. These methods help maintain a healthy soil structure and microbial activity, leading to improved nutrient availability for plants without the need for synthetic fertilizers.


How plants get nutrients?

Plants get nutrients from the soil they are in. The nutrients dissolve in the water and are then absorbed from the plant's roots. Plants make food with photosynthesis.


How does burning cause loss of plants nutrients?

It bursna away the plants nutrients.


What do humans get from plants?

the get nutrients from plants


How do plants get nutrients from animals?

Plants do not actively get nutrients from animals. Instead, some plants have evolved to form mutualistic relationships with animals, such as certain types of carnivorous plants that capture and digest insects for additional nutrients.