Jaka Suyana, Wisnu Krismonanto, E. Muliawati, H. Widijanto, S. Hartati
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引用次数: 1

摘要

爪哇岛属潮湿的热带气候,有各种各样的植被。研究了在0 ~ 30cm(0 ~ 10、10 ~ 20、20 ~ 30cm)旱地条件下,Mount-Merbabu国家公园林分(Pine/ Pinus merkusii、Puspa/ Schima noronhae theaceae、Acacia/ Acacia decurren fabaceae、Bintamin/柏树sp .和Mixed)的植被特征、氮素营养水平和土壤有机碳(SOC)。植被特征观测采用50 m × 50 m的观测地块单元(observation Plot unit),共3个重复,氮养分和有机碳观测包括:全氮、有机碳和容重土壤,共3个重复。对研究数据进行描述性分析,并在5%水平下进行f检验和DMRT检验。结果表明:孟巴布山国家公园林分物种密度值最高的林分为蒲士柏林分,其次为混交松林分、金合欢林分和滨他明林分;土壤全氮和有机碳含量随土层深度的增加而降低。0 ~ 10 cm土壤全氮含量最高的是蒲士柏林分(1.34%)、金合欢(0.74%)和旱地(0.34%)。土壤有机碳含量最高的是竹林林分(9.53%),最低的是松林(2.85%)和旱地(2.12%)。木荷(木荷科)是一种很好的造林植物。
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KARAKTERISTIK VEGETASI, HARA NITROGEN DAN KARBON ORGANIK TANAH PADA TEGAKAN HUTAN TAMAN NASIONAL GUNUNG-MERBABU DAN TEGALAN (The Characteristics of Vegetation, Soil Nutrients of Nitrogen and Soil Organik Carbon at Forest Stands of Mount-Merbabu National Park and Dry Field)
Java island, which has a wet tropical climate, has a variety of vegetation stands. This study examines the characteristics of vegetation, nutrient levels of N, and soil organic carbon (SOC) under forest stands of Mount-Merbabu National Park (Pine/ Pinus merkusii, Puspa/ Schima noronhae theaceae, Acacia/ Acacia decurren fabaceae, Bintamin/Cupressus sp, and Mixed) and dry field at a soil depth of 0-30 cm (0-10, 10-20, 20-30cm). Observations the characteristics of vegetation were made by Observing Plot Units measuring 50 m x 50 m with 3 replications, while the observations of N nutrients and SOC included: total-N, Organic-C, and bulk density soil with 3 replications as well. The research data were analyzed descriptively, followed by the F-Test and DMRT Test at 5% level. The results showed that the forest stands of Mount-Merbabu National Park has the highest species density value in Puspa forest stand, followed by Mixed, Pine, Acacia, and Bintamin. Soil tota-N and Organic-C content decreased with the increasing soil depth. The highest soil total-N content in the depth of 0-10 cm was in the Puspa forest stand (1.34%), while Acacia is 0.74%, and dry field is 0.34%. The highest of soil organic-C content was in the Puspa forest stand (9.53%), the lowest was Pine (2.85%) and dry field (2.12%). Puspa (Schima noronhae theaceae) can be recommended as a good type of reforestation plant.
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