Organic waste is a new resource for the economy and the environment: agriculture in a waterless world!

The use of recycled organic materials is not only a way to solve the waste crisis, it can not only save the use of them in the case of rising fertilizer prices... but also save water and fight drought. It is possible in a world without water! The prevailing view is that there can be no agriculture without water. Research by the Ministry of Energy, Ministry of Water Resources, and Ministry of Agriculture or research funded by the International Research Center proves that a loan of more than US$4 billion is reasonable for the construction of surface dams to collect water, of which 70 people have long been considered the largest water use in Lebanon household.

 This is the percentage of the agricultural sector. These figures obscure consumption in other sectors, especially the tourism sector in countries that rely on services. Agriculture is still the first "defendant" to consume water resources. The "clean-up plan" has always tended to build dams to meet growing demand, while ignoring other irrigation methods that help simplify water use, or introducing new, austerity-based agricultural practices.

 This is possible in a world without water, so it is no longer important to talk about the fluctuations of rain and snow, but to change our organic waste management and provide protection of the soil from drying up waste. How can you do this? The water stored in the soil is called green water, which is an important part of hydrological activities. cycle.When it rains or irrigates, water can seep into the soil, but the amount of water is insufficient or may not always be available, not to mention that this irrigation process is not 100% effective.

 When rain or irrigation is very rapid, the soil becomes insufficient... able to hold enough water, some of which slip off the surface of the soil, often carrying some soil and causing its erosion. The goal is to get as much water as possible into the soil and stay where the plants are. Taking into account the huge differences between soil types and their interaction with water in terms of absorption, filtration, preservation and storage, terrestrial organic matter is provided.

 But how do organic materials affect the interaction of water and water? The increase in the concentration of organic matter in the soil increases the pore area and provides a kind of "glue" that can hold the mineral particles together. By increasing the pore area, water can flow into the soil faster. The surface provided by y pr can block moisture and hold soil particles together after it penetrates into the soil. The kit makes it more resistant to corrosion.

 The most effective way to increase soil organic matter in a short period of time is to add organic additives to the soil.Compost, biosolids, fertilizer... they all perform their own duties. According to experiments by Washington State University, increasing the soil organic matter content from 1.5% to 3% can lead to an increase in water holding capacity under higher loads of 10% to 20%, increasing all plants by 16%, sometimes more than 25%.