撒哈拉以南非洲的土壤污染与农业:知识和补救技术的现状

IF 2.1 Q3 SOIL SCIENCE Frontiers in soil science Pub Date : 2023-01-12 DOI:10.3389/fsoil.2022.1101944
H. Tindwa, Bal R Singh
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引用次数: 3

摘要

撒哈拉以南非洲(SSA)地区承受着土壤污染的冲击,主要是由于对区域内外产生的各种污染物的随意处置和严重管理不善。该区域的农业土壤污染非常严重,以至于在世界上受到土地退化(包括土壤污染)严重影响的80个国家中,有36个在非洲,特别是南非洲。土壤污染已导致其支持作物生长和产量的能力大大降低,并危及南非洲农产品的安全和保障。在本区域,土壤污染对人类健康的影响没有得到充分的报告,但这些影响从非致命的、改变生活的影响,如因接触土壤而造成的急性、总是致命的皮肤损伤,到慢性影响。我们在这篇综述中表明,虽然科学和技术的进步已经为污染控制和受影响土壤的修复提供了大量的替代技术,但这些技术在很大程度上是大多数SSA国家无法获得的。在制定、执行和执行法律和政治文书方面也缺乏协调,以解决整个南南非地区土壤污染对人类健康造成的日益严重的污染风险。此外,大多数SSA国家缺乏土壤污染状况的数据,影响了这些国家制定和规划有助于减少土壤污染的政策的能力。各国需要通过加强补救方案、研究如何最好地收集、维护和补充土壤污染数据以及为决策提供信息的行动,最大限度地努力扭转已经受到污染的土地的状况。
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Soil pollution and agriculture in sub-Saharan Africa: State of the knowledge and remediation technologies
The sub-Saharan Africa (SSA) region bears the blunt of soil pollution mainly due to-haphazard disposal and gross mismanagement of a wide assortment of pollutants generated from within and outside the region. Pollution of agricultural soils in the region is so intense that out of the 80 countries substantially affected by land degradation (soil pollution, inclusive) in the world, 36 are found in Africa, the SSA, in particular. Pollution of soils has resulted into a significant reduction in their ability to support crop growth and yield apart from jeopardizing safety and security of agricultural produce in SSA. Consequences of pollution of soils on human health in the region are inadequately reported, but they range from non-fatal, life-changing effects like skin damage due to acute, invariably fatal incidences of exposure to milt by chronic effects. We show in this review, that while science and advancement in technology has provided a multitude of alternative techniques to pollution control and remediation of affected soils, such techniques are largely inaccessible to most SSA countries. There is also lack of coordination on development, enforcement and implementation of legal and political instruments to tackle the growing risk of pollution to human health from soil contamination across the SSA region. Couple with this, lack of data on status of soil pollution in most SSA countries affects the countries’ capacity to devise and plan policies that can help reduce soil pollution. Countries need to maximize efforts to reverse the status of already polluted pieces of land through strengthening remediation programs, research on how best to gather, maintain and complement soil pollution data and actions that inform decision-making.
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