首页> 外文期刊>Asian Journal of Microbiology, Biotechnology and Environmental Science >MISMATCH IDENTIFICATION OF LANDUSE PLANNING AND FORMULATION OF LANDUSE PATTERN BASED ON TIDALSWAMP AGROECOSYSTEM
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MISMATCH IDENTIFICATION OF LANDUSE PLANNING AND FORMULATION OF LANDUSE PATTERN BASED ON TIDALSWAMP AGROECOSYSTEM

机译:基于潮汐沼泽农业生态系统的土地利用规划失误识别与土地利用格局制定

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摘要

The research objectives are to identify the mismatch of Banyuasin spatial plan with the existing landuse, to formulate landuse patterns based on agroecosystems, and to develop recommendation strategies to to achieve optimally sustainable landuse. Thestudy was conducted in a tidal reclaimed area of Delta II Telang Banyuasin in South Sumatra Province with is approximately 13,800 ha. The choice of location was based on the typological system of tidal area, accessibility and the pattern of landuse change. Research was carried out within two stages, namely: 1) identifying nonconformities between land utilization and spatial planning of Banyuasin regency. 2) performing agro-ecosystems evaluation on landuse in order to formulate recommendation strategies.The obtained research result indicates that there was incompatibility between existing land utilization and the Regence's spatial plan, This has happened since 1989 till 2013. Conditions of land use has undergone many changes over the span of 24 years (1989-2013). Increasing population growth has brought a change in land use pattern. The diminishing on primary and secondary forest is a result of land utilization for paddy fields, settlement and plantation area. The area of rice fields covers an area of 3,709.87 ha in 1989 and in the year 2013 to 5,458.53 ha (increasing of 39.55%). The agro-ecosystem based landuse patterns would be able to support the crops growth and improve land suitability to be level S2.
机译:研究的目的是识别Banyuasin空间计划与现有土地利用的不匹配,根据农业生态系统制定土地利用模式,并制定推荐策略以实现最佳的可持续土地利用。该研究是在南苏门答腊省Delta II Telang Banyuasin的潮汐填海区进行的,面积约为13,800公顷。选址的依据是潮汐地区的类型系统,可及性和土地利用变化的模式。研究分两个阶段进行,即:1)识别Banyuasin摄政区土地利用与空间规划之间的不符合。 2)对土地利用进行农业生态系统评价,以制定推荐策略。研究结果表明,现有土地利用与Regence的空间规划之间存在不相容性,这种情况发生在1989年至2013年之间。在24年(1989-2013年)内发生了变化。人口增长的增加带来了土地利用方式的变化。原始森林和次要森林的减少是稻田,定居点和人工林土地利用的结果。 1989年的稻田面积为3,709.87公顷,2013年为5,458.53公顷(增长39.55%)。基于农业生态系统的土地利用方式将能够支持农作物的生长并将土地的适宜性提高到S2级。

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