Integrating Styrax-Coffee Agroforestry System and Apiculture as Alternative Source of Livelihood for Communities in Lake Toba Catchment Area, North Sumatra

Aswandi, C. R. Kholibrina, A. H. Iswanto
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Abstract

: The environmental degradation in the Lake Toba Water Catchment is multidimensional, so the recovery effort requires a holistic and integrative approach. Based on its multifunction, agroforestry system has potential for ecological regulation as well as community economic development through bee cultivation. This study aims to illustrate the potential of apiculture practices in agroforestry system in Lake Toba. The research was conducted on coffee-styrax-agroforestry system integrated with Apis and Trigona beekeeping in Aek Nauli, Simalungun, Humbang Hasundutan and Pakpak Bharat, North Sumatra. Results showed that plant diversity in agroforestry system provides feed sources in form of nectar and resin for Apis and Trigona bees. Each Trigona colony produces 30-70 g propolis every two weeks which typical flavor of Styrax incense. Whereas from Apis bee cultivation obtained an average 0.3 liters of honey each stup at two weekly harvest. From this integrated practice, farmers earn income Rp1,2 to 2,4 million per month, the welfare improvement considering bee maintenance is relatively easy and minimal time allocation. The laying of bee colonies around coffee gardens also increase fruit production by flowering intensify. Beekeeping in the agroforestry system opens opportunities for alternative livelihood development, optimization land productivity, as well as increased public nutritional security.
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北苏门答腊岛多巴湖集水区将Styrax-Coffee农林复合系统与养蜂结合为社区替代生计来源
多巴湖集水区的环境退化是多方面的,因此恢复工作需要一个整体和综合的方法。基于其多功能,农林业系统具有通过养蜂实现生态调节和社区经济发展的潜力。本研究旨在说明鸟羽湖农林业系统中养蜂实践的潜力。在北苏门答腊省Aek Nauli、Simalungun、Humbang hasundan和Pakpak Bharat进行了咖啡-苯甲酸-农林业系统与api和Trigona养蜂相结合的研究。结果表明,农林复合系统中的植物多样性为蜜蜂和蜜蜂提供了花蜜和树脂等饲料来源。每个Trigona菌落每两周生产30-70克蜂胶,这是Styrax香的典型味道。而蜜蜂养殖在每两周收获时平均每站获得0.3升蜂蜜。通过这种综合做法,农民每月可获得Rp1,2 ~ 240万的收入,考虑到养蜂的福利改善相对容易且时间分配最少。在咖啡园周围产卵的蜂群也通过加强开花来增加水果产量。农林业系统中的养蜂为替代生计发展、优化土地生产力以及提高公共营养安全提供了机会。
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