Agriculture Insights for Improving the Soil Conservation through Optimizing of Water Storage and Advanced Agricultural Methods

A. Bibi, Zoha Malik, Umu Habibah, Muhammad Atif, Malaika Zaheer, Samra Naz, Muhammad Faraz Ali, Abdul Basit, Amjad Ali
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Abstract

Soil damage has been increased the in the few last decades due to human activities, urbanization and other erotic factors. Absorption of water through soil and aerial parts of plants and resource management strategies allow for the conservation of water. While, organic matter playing important role in good soil structure and water holding capacity, promotes water infiltration, and protects the soil from erosion and compaction. The best water conservation practices to be made in order to optimize the water usage as quantity of water reflected to the crops cultivations. Soil restoration increases the chances to minimize the risk of climatic conditions that ultimately helpful for making the soil fertility. In soil, water from different sources absorbed including the rain sources, surface water, ground water and external water sources. Agricultural groundwater sources are also maintained for irrigation and storage of water needed for survival of climatic conditions. Water storage through solar panels also another way for marinating the water balance and also helpful for storage system. Vertical flow CWs (VFs) are more efficient for marinating the water balance in the agricultural land as compared to the horizontal flow.
通过优化储水和先进农业方法改善土壤保持的农业见解
在过去的几十年里,由于人类活动、城市化和其他因素的影响,土壤破坏不断增加。通过土壤和植物的空气部分吸收水分以及资源管理战略可以节约用水。有机质对土壤结构和持水能力起着重要作用,促进水分入渗,保护土壤免受侵蚀和压实。最好的节水措施,以优化水的利用作为水量反映到作物种植。土壤恢复增加了将最终有助于土壤肥力的气候条件的风险降至最低的机会。在土壤中,不同来源的水被吸收,包括雨水、地表水、地下水和外部水源。农业地下水资源也被用于灌溉和储存在气候条件下生存所需的水。通过太阳能板蓄水也是另一种保持水平衡的方式,也有助于蓄水系统。垂直流水系比水平流水系更能有效地维持农田水分平衡。
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