Efficient drought-resistant moisture-preserving soil capable of making seedling stronger

Abstract

An efficient drought-resistant, moisture-preserving soil for making plant strong is prepared from blue clay (45-65 wt.%), kaolin (10-15 wt.%), SAP (12-18 wt.%), N (4-6 wt.%), P (4-6 wt.%) and K (4-6 wt.%) through mixing. Its advantage is high hydroscopicity that is tens times greater than its dead weight.

Description

technical field [0001] The present invention relates to a high-efficiency drought-resistant, moisturizing and seedling-strengthening soil, in particular to a soil that can absorb dozens of times its own weight in a short period of time and store it for release when plants need it, thereby ensuring stable and reliable Moist soil. technical background [0002] At present, with the improvement of people's living standards, people pay more and more attention to the greening of the environment, and the planting and cultivation of plants such as flowers, grasses, trees, and fruit trees cannot do without water. However, it is very difficult to plant these plants in arid and desertified areas. First, the loss of water is very serious, and second, it is very difficult to maintain water. In order to prevent the plants from being dehydrated and to facilitate the cultivation and growth of the plants, the prior art is to crush the stalks of the plants and mix them with the soil to keep ...

AI Technical Summary

Problems solved by technology

This method is due to the poor water absorption capacity of plant orange stalks.

So the moisturizing time is short and the effect is not good

There are also plastic films under the sand to prevent water loss. This method is prone to over-humidity, which will cause the plant roots to be airtight and cause rotten roots.

What's more is to cover the surface of the soil with plastic film to prevent water from evaporating. This method affects the growth and development of plants due to airtightness. Long-term use will also affect the environment and cause white pollution.