北马鲁古特尔纳特市希里岛旱地农业可用水量和需水量及居民用水需求分析

Q3 Social Sciences
Ramli Hadun, Buhari Umasugi, Suratman Sudjud, Amiruddin Teapon
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引用次数: 0

摘要

旱地耕作是北马鲁古群岛农民使用的主要农业模式之一,因此非常依赖雨水的供应。雨季有水可供作物生长,旱季则会出现干旱,希里岛就是旱季之一。本研究旨在根据土地特征和用途分析植物的可用水量和需水量,为希里岛旱地农业的发展提供信息。可用水量的计算方法是利用过去十年的降雨量数据,采用土地水分平衡法,而植物需水量的分析则是基于土壤含水量和植物系数法。根据希里岛上月平均降雨量为 186.4 毫米的 2,236.4 毫米土地水量平衡和土地利用类型对可用水量进行分析的结果表明,农林业的可用水量最高,为 40.92%,次生林为 39.04%,椰子、种植园为 35.72%,田地为 35.18%,林下为 34.67%。植物种植企业必须满足植物对水的需求才能提高产量。希里岛上的居民需要 29340 升水才能满足日常需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of the availability and water requirements of dryland farming and the water needs of residents in Hiri Island, Ternate City, North Maluku
Dryland farming is one of the main agricultural models farmers use on the islands of North Maluku, so it is very dependent on the availability of rainwater. The water for crops is available in the rainy season, and drought is experienced in the dry season, one of which occurs on Hiri Island. This study aimed to analyze the availability and water needs of plants based on land characteristics and use to provide information for the development of dryland farming on Hiri Island. The method for calculating water availability used the land water balance approach using rainfall data for the last ten years, while the analysis of plant water needs was based on the soil moisture content and plant coefficient approach. The results of the analysis of water availability based on the land water balance of 2,236.4 mm with an average monthly rainfall of 186.4 mm and according to the type of land use on Hiri Island show that the highest available water in agroforestry was 40.92% in the secondary forest was 39.04%, in coconut, plantations was 35.72%, in fields was 35.18%, and undergrowth was 34.67%. Plant cultivation businesses must meet the water needs of plants to increase production. The people on Hiri Island need 29,340 L of water to fulfill their daily needs.
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来源期刊
Journal of Degraded and Mining Lands Management
Journal of Degraded and Mining Lands Management Environmental Science-Nature and Landscape Conservation
CiteScore
1.50
自引率
0.00%
发文量
81
审稿时长
4 weeks
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