Land Utilization Pattern in the Indonesian Forest: Cassava Cultivation in an Agroforestal System

E. Banowati, S. Nugraha
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引用次数: 3

Abstract

The potential forestland for agroforestry implementation in Indonesia is teak forest ( Tectona grandis ). The teak forest is less dense during the dry season, allowing sunlight to enter through the trees gap to the ground under the canopy. Therefore, some people use that condition as “palawija” farming land (palawija/phaladwija, in Java-Indonesia represents the type of non-rice agricultural crops). It is done to prevent the growth of weeds that can disturb the teak growth. The phenomenon of land utilization under the stands (PLDT) is an alternative in accessing forestland use by the community, a part of intercropping location. Theoretically, if the implementation was correct, it could be an effort to restore the forest ecological function. The pattern of the PLDT model on teak forests needs to select correct plants according to temporal dynamics, namely the season (dry or rainy) and the plants age. Land use representation could be seen from the cultiva- tion pattern and crops variety that is cultivated under the forest stands at three research locations called Development Areas wilayah pengembangan (WP). The palawija crops that exist on all three WP were cassava ( Manihot esculenta Crantz).
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印度尼西亚森林的土地利用模式:农林业系统中的木薯种植
印度尼西亚实施农林业的潜在林地是柚木林(Tectona grandis)。在旱季,柚木林的密度较低,阳光可以通过树缝照射到树冠下的地面上。因此,有些人将这种情况称为“palawija”耕地(palawija/phaladwija,在爪哇-印度尼西亚代表非水稻作物的类型)。这样做是为了防止杂草的生长,杂草会干扰柚木的生长。林下土地利用(PLDT)现象是群落获取间作用地的一种替代方式。从理论上讲,如果实施正确,这可能是恢复森林生态功能的努力。柚木林PLDT模型的模式需要根据时间动态,即季节(旱季或雨季)和植物年龄选择正确的植物。土地利用代表性可以从三个研究地点(称为wilayah pengembangan开发区)的林分下种植的种植模式和作物品种中看出。存在于所有三个WP上的palawija作物是木薯(Manihot esculenta Crantz)。
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Introductory Chapter: Plant Competition in Multiple Cropping Systems beyond Conceptual Knowledge Land Utilization Pattern in the Indonesian Forest: Cassava Cultivation in an Agroforestal System The Ecological Role of Biodiversity for Crop Protection Enhancing Productivity in Rice-Based Cropping Systems Competitive Ability of Rice Cultivars in the Era of Weed Resistance
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