Agroforestry Systems: A Boon for Developing Country

R. Abhishek, Jhariya Mk, K. Nahid
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引用次数: 3

Abstract

An intensive practice of agroecosystem affects overall health and productivity of land. Agricultural land expansions lead to deforestation that not only makes blurred relation between these two land use practices but also affects overall productivity and health of ecosystem. In this context, agroforestry emerge new trend of farming system that involves both components into same piece of land simultaneously that are ecologically viable, socially acceptable and economically profitable. Nowadays, agroforestry systems are prevalent in most part of developing countries where it becomes a boon for farmers by producing various diversified timber and non-timber products that strengthen the farmer’s socioeconomic status and improve livelihood security. The diversified components of agroforestry system intensify ecosystem services in both tangible and intangible ways. Resource conservation, soil health management, climate change mitigations, maintaining carbon footprints and farmers socioeconomic upliftments etc are key services delivered through sustainbale practices of agroforestry systems in various agro-ecological zones of the developing countries of the tropical world. Moreover, agroforestry system maintains carbon footprints due to its better carbon sequestration potential that makes carbon balance in the atmosphere and regulates carbon flow and flux in the ecosystem. Thus, practicing climate resilient agroforestry system in the developing countries controls GHGs emission and mitigates climate change problems. Carbon sequestration adds vegetational biomass and ensures soil carbon pools in the agroforestry system. Similarly, agroforestry and other horticulture based land use system provide various healthy and quality food and fruits that not only source of income but also maintain health status of the farmer’s. Reclamation of degraded land, desertification and saline/ alkaline soil are another potential of agroforestry systems in developing countries that not only make sustainable land practices but also intensify high yield and productivity to make food (grains, fruits, vegetables, spices, etc.) availability for burgeoning populations in developing countries. In view of the above, in-depth discussions were made in this paper that covers overall agroforestry scope and potential in food-soil-climate and farmer’s livelihood security in developing countries.
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农林复合系统:发展中国家的福音
农业生态系统的密集实践影响土地的整体健康和生产力。农业用地扩张导致森林砍伐,不仅模糊了这两种土地利用方式之间的关系,而且影响了整体生产力和生态系统的健康。在这种情况下,农林业出现了一种新的耕作制度趋势,它将生态上可行、社会上可接受和经济上有利可图的两个组成部分同时纳入同一块土地。如今,农林业系统在发展中国家的大部分地区都很普遍,它通过生产各种多样化的木材和非木材产品来提高农民的社会经济地位和改善生计安全,从而成为农民的福音。农林复合系统的多样化组成部分以有形和无形的方式加强生态系统服务。资源保护、土壤健康管理、减缓气候变化、维持碳足迹和提高农民的社会经济地位等是热带世界发展中国家各农业生态区通过农林业系统的可持续做法提供的关键服务。此外,农林复合系统由于具有较好的固碳潜力,维持了碳足迹,使大气中的碳保持平衡,调节了生态系统中的碳流量和通量。因此,在发展中国家实施气候适应型农林复合系统可以控制温室气体排放,缓解气候变化问题。碳固存增加了植被生物量,确保了农林复合系统中的土壤碳库。同样,农林业和其他以园艺为基础的土地利用系统提供各种健康和优质的食品和水果,不仅是收入来源,而且保持农民的健康状态。退化土地的复垦、沙漠化和盐碱地是发展中国家农林业系统的另一个潜力,它不仅使土地实践可持续,而且还加强高产和生产力,为发展中国家迅速增长的人口提供粮食(谷物、水果、蔬菜、香料等)。鉴于此,本文对发展中国家农林业在粮食-土壤-气候和农民生计安全方面的总体范围和潜力进行了深入讨论。
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