气候变化对阿塞拜疆中部地区土壤肥力的影响

F. T. Jafarov, M. Mustafayev
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摘要

全球变暖也加剧了持续的土地退化。近年来,更高的温度变得更加频繁,由于降雨减少和蒸发增加,导致荒漠化和土地退化。沙漠化问题对气候干燥的阿塞拜疆来说是非常重要的。阿塞拜疆中部固有的土地肥力潜在和有效指标的恶化已成为一个持续和不可逆转的进程。在大多数自然地区,腐殖质的减少是一个严重的警告,应该被视为环境危机或土壤退化,而腐殖质是生育力的一个非常重要的指标。为了保持土壤肥力,可以采用土地复垦和农业复垦措施。除了这些措施之外,还可以通过使用新技术(保护性农业)来保持土壤肥力。保守(受保护)系统不仅仅是一种技术,而只是一种方法。以下技术列表正在使用的保守农业:•激光表面对准;•区域内植物残留物的保存;•减少土壤耕作(最少耕作)或将犁降至零;•轮作制度的应用。这种类型的养殖也被称为母猪或直接母猪。以减少耕地或重新耕地为基础的保守农业。此外,在土壤表面施用植物残体也很重要,并应与顺序栽培相结合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The impact of climate change on soil fertility in the Central region of Azerbaijan
Global warming also contributes to ongoing land degradation. Higher temperatures have become more frequent in recent years, which has led to desertification and land degradation due to reduced rainfall and increased evaporation. The problem of desertification is very important for Azerbaijan, located in dry climate. The deterioration of potential and effective indicators of land fertility inherent in the central part of Azerbaijan has become a consistent and irreversible process. In most natural areas, a decrease in humus, which is a very important indicator of fertility, is a serious warning and should be seen as an environmental crisis or soil degradation. To maintain soil fertility, a system of land reclamation and agroreclamation measures can be applied. Besides of these measures it is also possible through the use of new technologies (Conservation Agriculture) to maintain soil fertility. Conservative (protected) systems are not just a technique, but simply a type of approach. Following list of technologies is using on conservative agriculture: • Laser surface alignment; • Preservation of plant residue in the area; • Reduction of soil plowing (minimum cultivation) or lowering the plow to zero; • Application of turn cultivation system. This type of cultivation is also called a sow or a direct sow. Conservative agriculture based on reduction of plowing or reset plowing. Additionally, it is important to apply plant debris on soil surface and it should be combined with sequence cultivation.
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