南加里曼丹塔平登加区Hiyung村Hiyung辣椒发展的土地适宜性评价

R. Taher, Muhammad Syarbini, Kamiliah Wilda
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引用次数: 1

摘要

Hiyung村是农业生产中心之一,尤其是辣椒。海永辣椒的优点是其辣味,其中capcaisin化合物为94.5万ppm。一般来说,它的辣度是辣椒的17倍。农业种植的成败在很大程度上受土地适宜性的影响。此外,土壤和环境条件影响植物的生长和发育。本研究旨在分析土壤性质和土地特征,以评估其对海永辣椒开发的适宜性。本研究是一项描述性研究,采用土地适宜性评价调查方法,获取土地特征和当前土地管理的数据。土壤样本取自五个地点,每个地点相距约1公里。在每个位置的0厘米至20厘米的深度处取三个样本点。对有效深度、坡度、地表岩石、岩石露头、洪水危害、土壤横截面中的粗物质、侵蚀危害、温度、年平均降水量、旱季长度和当前土地管理进行了观测。结果表明,实际的土地适宜性包括在S3(边际适宜性)中,并具有温度、水分可用性(降雨量)和养分保持率(pH值和基本饱和度)的限制因素。潜在的土地适宜性仍然包括在S3类(边际适宜)中,因为唯一可以改善的限制因素是土壤pH值和基底饱和度。
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Evaluation of land suitability for the development of Hiyung cayenne pepper in Hiyung Village, Tapin Tengah District, South Kalimantan
Hiyung Village is one of the centers of agricultural production, especially cayenne pepper.  The advantage of Hiyung cayenne pepper is its spiciness which has capcaisin compound of 94.5 thousand ppm. It is 17 times spicier than cayenne pepper in general.  The success of agricultural cultivation is greatly influenced by the land suitability. Furthermore, soil and environmental conditions affect plant growth and development.  This study aims to analyze the soil properties and land characteristics to evaluate their suitability for the development of Hiyung cayenne pepper. This study is a descriptive research, carried out using a land suitability evaluation survey method to obtain data on land characteristics and current land management. Soil samples were taken from five locations, each about 1 km apart. Three sample points were taken at a depth of 0 cm to 20 cm in each location. Observation were made on effective depth, slope, surface rocks, rock outcrops, flood hazard, coarse material in soil cross section, erosion hazard, temperature, mean annual precipitation, length of the dry season, and current land management. The results showed that the actual land suitability is included in the S3 (marginally suitable) with limiting factors of temperature, water availability (rainfall), and nutrient retention (pH and base saturation). Potential land suitability is still included in S3 class (marginally suitable) because the only limiting factors that may be improved are soil pH and base saturation.
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审稿时长
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