巴基斯坦KP斯瓦比地区水土保持实践

M. Ali, Farmanullah Khan, I. Khan, Waqar Ali, S. Sara, Abid Kamal
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引用次数: 4

摘要

本研究基于对巴基斯坦斯瓦比区(北纬34°10′23”,东经72°34′80”)不同地区农民采取的保护措施的调查。调查区由该区的86个区组成,以集合农民的水土保持实践。一些评论表明,世界上70%以上的农村地区面临直接衰退。水也同样通过沉淀,被各种化学物质污染,变成了一种稀有资源。在任何地区采取特定的保护措施似乎都与该地区的气候条件和土地救济有关。例如,巴哈(坡度相对较小)的做法与乌特拉(坡度较高)的做法不同,在乌特拉,石墙梯田是最常见的做法。此外,保护措施的使用也取决于降水和风的程度,在降水高的地区,保护措施主要是覆盖残茬、覆盖作物、草条、田边和过滤条,这些措施可以通过改善入渗来减少溢流。而风蚀程度较高的地区,一般都有风蚀带和人工林。从结果可以明显看出,斯瓦比区的农民采取的保护措施更侧重于减少土壤流失,确保自然生物多样性的安全栖息地,提高土壤肥力和增加生物能源生产,这将有助于增加生活在该地区的农业社区的经济收益。
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Soil and Water Conservation Practices in District Swabi, KP, Pakistan
This study is based on survey of the conservation practices adopted by the farmers in various regions of District Swabi (34°10'23" N, 72°34'80" E), (Pakistan). The surveyed area comprised of 86 zones of the District to assemble farmer’s practices for conservation of water and soil. A few reviews demonstrated that over 70% of the world rural areas face direct decline. Water is likewise turning into a rare resource by sedimentation, contaminating with various chemicals. The adoption of a particular conservation practice in any zone seems to have relation with the region’s climatic conditions and land relief. For instance, the practices in Baja (with a relatively smaller slope gradient) were different to that adopted in Utla (with higher slope gradient) where stone walled terracing was the most common practice. Additionally, use of conservation practices were also dependent upon the extent of precipitation and wind, and the regions where precipitation was high, conservation practices were for the most part stubble mulching, cover crops, grass strips, field borders and filter strips that can diminish overflow by improving infiltration. Whilst the areas with higher level of wind erosion were, generally, proliferated with wind breaks and trees plantations. From the results it is obvious that farmers adoptive conservation practices in District Swabi were more focused on decreasing the soil loss, ensuring a safe habitat for natural biodiversity, improving soil fertility and increasing bioenergy production which should help increase financial gains of the farming community living in the area.
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