影响 Tasikmalaya 县 Puspahiang 分区 Puspahiang 村山竹(Garcinia Mangostana)产量的因素

Reva Noormahesa, Candra Nuraini, Unang Unang
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引用次数: 0

摘要

山竹是印度尼西亚具有发展前景的园艺产品之一。它是一种多年生植物,寿命长达几十年。印度尼西亚的山竹果树平均每棵树每年一次采收可产 30-70 公斤果实,与马来西亚、泰国和印度相比产量较低,这些国家每棵树可产 200-300 公斤果实。印度尼西亚的主要山竹果生产中心位于西爪哇省,特别是塔希克马拉亚(Tasikmalaya)、梳邦(Subang)和苏卡布米(Sukabumi)。本研究旨在确定影响山竹果产量的因素。研究方法采用调查法,直接从受访者(山竹果农)处收集原始数据,并从塔西克马拉亚区中央统计局获取二手数据。研究在 Tasikmalaya 县 Puspahiang 区 Puspahiang 村进行,样本选择采用简单随机抽样法。使用柯布-道格拉斯生产函数方程模型分析了生产要素的影响。为了评估同时效应,采用了 F 检验,而对于部分效应,则采用了 t 检验。研究结果表明,土地面积、树木数量、有机肥料、劳动力和树龄等变量共同影响着山竹的产量。此外,如果单独研究,土地面积、树木数量、有机肥料、劳动力和树龄对山竹果产量都有显著影响。生产规模结果表明,投入每增加 1%,山竹果产量就会增加 2.216%,这表明收益规模是递增的。
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Faktor-Faktor yang Memengaruhi Produksi Manggis (Garcinia Mangostana) Di Desa Puspahiang Kecamatan Puspahiang Kabupaten Tasikmalaya
Mangosteen is one of the prospective horticultural commodities in Indonesia. It is a perennial plant with a lifespan of several decades. On average, mangosteen trees in Indonesia can produce 30-70 kg of fruit per tree in a single harvest per year, which is lower compared to Malaysia, Thailand, and India where yields can reach 200-300 kg of fruit per tree. The primary mangosteen production centers in Indonesia are located in West Java Province, specifically in Tasikmalaya, Subang, and Sukabumi. This research was conducted to identify the factors influencing mangosteen production. The research methodology employed a survey approach, collecting primary data directly from respondents (mangosteen farmers) and secondary data obtained from the Tasikmalaya District Central Statistics Agency. The study was conducted in Puspahiang Village, Puspahiang District, Tasikmalaya Regency, and simple random sampling was used for sample selection. The impact of production factors was analyzed using the Cobb-Douglas production function equation model. To assess the simultaneous effect, an F-test was conducted, and for the partial effects, a t-test was employed. The research findings indicate that variables such as land area, number of trees, organic fertilizers, labor force, and tree age collectively influence mangosteen production. Additionally, when examined individually, land area, number of trees, organic fertilizers, labor force, and tree age each have a significant impact on mangosteen production. The scale of production results suggests that a 1 percent increase in input will lead to a 2.216 percent increase in mangosteen production, indicating an increasing return scale.
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