慈溪翁流域农林业发展土地能力评价

R. Fitri
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引用次数: 1

摘要

Ciliwung流域农林业发展土地能力评价1Rini Fitri, 2Nuraida, 3Eka rahmi 1阿拉木斯大学农学院农业技术系,2阿拉木斯大学农学院农业工业技术系,3阿拉木斯大学农学院林业系,Jl。摘要土地转换是流域破坏(DAS)的原因之一,是上下游流域一个复杂的物理、经济和社会问题。上溪翁流域具有从高到极高的指标资格,属于恢复流域,需要重点处理。本研究旨在分析慈溪翁上游流域发展可持续农林业的能力。集约观测的土地利用单位多达60个,分布在7个小流域,即Cibalok、Cisuren、Ciliwung、Ciesek、Cisukabirus、Cisarua和Ciseseupan小流域。土地利用单元的土地能力等级分析包括灌木林利用、开阔地利用和旱地农业利用。土地使用单位将作为建议在上奇利翁流域使用农林业的单位。结果表明:上溪翁流域土地利用能力等级为ⅱ类土地利用能力329.7 ha(23.92%)、ⅲ类土地利用能力464.8 ha(33.72%)、ⅳ类土地利用能力584 ha (42.36%);上溪翁流域土地利用以ⅲ类为主,主要障碍因子为凹凸坡。通过对分布在土地利用单元上的灌丛地、开阔地和旱地农业的土地利用能力分析,建议采用农林业-农牧和农林业-农业的土地利用方式。关键词:土地承载力;土地利用;农林复合
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of Land Capability for Agroforestry Development in Ciliwung Watershed
Evaluation of Land Capability for Agroforestry Development in Ciliwung Watershed 1Rini Fitri, 2Nuraida, 3Eka Rahmi1Department of Agrotechnology, Faculty of Agriculture, Almuslim University,2Department of Agroindustrial Technology, Faculty of Agriculture, Almuslim University,3Department of Forestry, Faculty of Agriculture, Almuslim University,Jl. Almuslim Bireuen 24263, Aceh Indonesia*Corresponding author: rinnie_fitrie@yahoo.co.id Abstract Land conversion is one cause of damage to watersheds (DAS), leading to a complex problem physically, economically and socially in the upper and lower watershed. Upper Ciliwung watershed is classified as watershed of which its carrying capacity is restored as it has indicator qualification of high until very high and it is important to be handled. This study was aimed to analyze the cability of upper Ciliwung watershed area for the development of sustainable agroforestry. The units of land use (SPL) used for intensive observation were as many as 60 units of land use spread over seven (7) sub-watershed, namely sub-watershed of Cibalok, Cisuren, Ciliwung, Ciesek, Cisukabirus, Cisarua and Ciseseupan. The unit of land use of which its land capability class was analyzed included the use of shrub land, open land and dry land agriculture. The unit of land use will be used as a recommendation for the use of agroforestry in upper Ciliwung watershed. The results showed that the land capability class in the upper Ciliwung watershed consisted of land capability class II, covering an area of 329.7 ha (23.92%), capability class III of 464.8 ha (33.72%) and capability class IV of 584 ha (42.36%). Land use of upper Ciliwung watershed was dominated by class III with dominant obstacle factor namely bumpy slope. Analysis of land capability on shrubland, open land, and dry land agriculture which spread over the unit of land use in the area of upper Ciliwung watershed was generally recommended for land use of agroforestry-agrisilvopasture and agroforestry-agrisilviculture.Keywords: Land capability, land use, agroforestry, upper Ciliwung Watershed
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