Developing Social-Ecological System Approach and a Case Study in Red River Delta

Truong Quang Hoc, Hoang Thi Ngoc Ha
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Abstract

After 3 decades of sustainable development, Vietnam's development is still not sustainable, especially in terms of society and ecology, the economy is still a brown economy: low product quality, high consumption resources, causing environmental pollution, increasing greenhouse gas emissions – causing climate change, and other social issues. In the last 20 years, the Socio-Ecological theory has developed on a global scale and is widely applied in many fields for sustainable development. Currently, Vietnam is having many innovations in the direction of rapid and sustainable development, nature-based/harmonization development, and planning based on integrated ecological functions, etc. In this direction, the Center for Eco-Community Development (ECODE) conducted a case study based on the Socio-Ecological system approach in 3 coastal districts (Tien Hai district, Thai Binh province, Giao Thuy district, Nam Dinh province, and Cat Hai district, Hai Phong city), typical for the Red River Delta – one of the areas in Vietnam most vulnerable to climate change, and has obtained significant results about: i) Zoning of social - ecological functions; ii) Assessing the impacts of climate change and development resources/climate disaster resilience of sub-regions; and iii) propose solutions and models of climate-adaptive livelihoods based on ecosystems. The research results confirmed the role of ecological and social pillars and systemic, interdisciplinary, inter-regional, and ecosystem-based approaches are crucial in research for sustainable development in the global context.
发展社会生态系统方法及红河三角洲个案研究
经过30年的可持续发展,越南的发展仍然不可持续,特别是在社会和生态方面,经济仍然是棕色经济:产品质量低,资源消耗高,造成环境污染,温室气体排放增加-造成气候变化等社会问题。近20年来,社会生态学理论在全球范围内得到了发展,并在可持续发展的许多领域得到了广泛的应用。目前,越南在快速和可持续发展、基于自然/协调发展、基于综合生态功能的规划等方向上进行了许多创新。在这一方向上,生态社区发展中心(ECODE)在越南最易受气候变化影响的红河三角洲3个典型的沿海地区(泰平省天海区、南定省Giao Thuy区和海防市Cat Hai区)开展了基于社会生态系统方法的案例研究,并在以下方面取得了重要成果:1)社会生态功能分区;ii)评估气候变化和次区域发展资源/气候灾害恢复能力的影响;iii)提出基于生态系统的气候适应生计的解决方案和模式。研究结果证实了生态和社会支柱的作用,以及系统性、跨学科、跨区域和基于生态系统的方法在全球可持续发展研究中至关重要。
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