An Overview Of Our Solution
- Population Impacted:
- Continent: Asia
地址
Wetlands International Indonesia Programme Jl. Ahmad Yani 53 Bogor 16161
West Java
印度尼西亚
电子邮件
受影响的人口
尺寸
147.35 km2
主要职业
社区所依赖的本地资源,以及用于什么目的
对资源的本地威胁
气候危害
敏感度等级
适应能力水平
Although the community has been regularly exposed to various hazards, both sea and land based hazards, however, their adaptive capacity are considerably medium to low. This is mostly resulted from the limited recovery option available, including the limited available livelihood option
生态成本
生态效益
用于衡量效益的经济指标
Introduction of exotic species. We have put the highest alert to avoid the introduction of exotic species into our working ecosystem. There is, however, a potential that local community together with local government introducing exotic species, such as fish species, without our intention
社区/社会成本
社区/社会福利
用于衡量福利的社区/社会指标
经济成本
? Increased awareness on mangrove role on DRR and Climate Change Adaptation ? Increased social cohesion and capacity to self-organisation ? Increased community networking with community from other villages/districts ? Increased community access to knowledge on climate-related data and information ? Increased community access to the development of government policy ? Improved livelihood option and quality
经济效益
? Number of community willing to participate on the programme ? Number of community group members actively participated on the agreed group plan and activities ? Number of established livelihood activities ? Status of income earned from established livelihood activities ? Level of community group participation on the development of village development planning/ consultation events
用于衡量效益的生态指标
? Facilitation cost ? Livelihood development cost ? Training cost ? Policy and advocacy dialogue cost ? Awareness and consultation/socialization cost
您的社区在实施此解决方案时面临哪些挑战?
? Additional income generated through BioRights mechanism ? Additional income from better restored ecosystem, for example fisheries at mangrove areas ? Reduced recovery cost
描述用于开发解决方案的基于社区的流程,包括使用的工具和流程
The village has high level of sensitivity, mainly to drought as there is only limited resources of clean water; and to coastal flooding and storm surges as it will have direct impact to community settlement and livelihood
关注的气候危害
您的解决方案如何减少暴露和缓冲/保护受影响的生态系统?
The programme was designed to innovatively integrate three main approaches on: ? Disaster risk reduction (DRR): The concept and practice of reducing disaster risks through systematic efforts to analyse and manage the causal factors of disasters, including through reduced exposure to hazards, lessened vulnerability of people and property, wise management of land and the environment, and improved preparedness for adverse events; ? Climate change adaptation (CCA): The adjustment in natural or human systems in response to actual or expected climatic stimuli or their effects, which moderates harm or exploits beneficial opportunities; ? Ecosystem management and restoration (EMR): A strategy for the integrated management of land, water and living resources that provides sustainable delivery of ecosystem services in an equitable Core to the programme is the assertion that the three methods for strengthening resilience DRR, CCA and EMR will, if implemented in an integrated manner, create significant synergetic effects. Disaster risk reduction strategies will be more robust if they include the risks related to climate change. Vibrant ecosystems are essential as buffers against extreme events. By thus positioning the ?triangle? of DRR-CCA-EBA, the Partners for Resilience have found an innovative and cost-effective solution for creating resilience for development. In term of the diversification or development alternative livelihoods, the project introduced the BioRights approached which enabled community group to explore and develop their own group?s and individual member?s innovative solution for alternative livelihood. The project will facilitate the provision of capital for the agreed livelihoods development, based on the agreement that they are willing to participate on the ecosystem restoration programme at the site where the community is living. In most cases, the restoration programme is in the form of tree planting at degraded coastal and water spring areas. In order to obtain successful results on both livelihood and ecosystem restoration works, the project also facilitate the arrangement of various related training on livelihoods and ecosystem restoration. As part of the livelihood ? CCA solution, this project also facilitated the development of staple vegetation which is highly adaptive to the arid condition of East Nusa Tenggara province. One of the selected vegetation is sorghum, which historically is the main staple of people in the project areas ? which is different with the main staple of other parts of Indonesia (rice, sago). We are working with a well known local champion who has been awarded with some national-level awards due to her outstanding efforts on the development of sorghum to be re-utilized as local community main staple. She is providing training and awareness on sorghum planting and post-harvest management. It is aimed that in the future the local community will use sorghum as their main staple, so that the production will not provide negative impact to the ecosystem, as the sorghum is well adapted to the current ecosystem condition without many external supports.
How has your solution increased the capacity of the ecosystem to adapt to potential climate changes?
The current BioRights approach which innovatively integrate livelihood and ecosystem restoration programme has been proven to be very effective in reducing problem related with both community livelihood and ecosystem ? mainly coastal and water spring areas ? at the project sites. By the early of 2013, a total of about 410,000 trees have been planted by local communities. This will enable to reduce the exposure of coastal ecosystem from sea-based hazards, but also reduce the drought problem resulted from the degradation of water spring areas.
您的解决方案如何减少受影响社区的暴露并缓冲/保护受影响的社区?
The tree planting at coastal areas will reduce the sensitivity of the coastal ecosystem from sea-based hazards and climate condition. The good condition of restored mangrove, for example, will develop a more preferable micro-climate which is more suitable for mangrove ecosystem ? mangrove and other living organism living in ? to grow better. This will then reduce the sensitivity of mangrove ecosystem to, for example, coastal flooding, but also protect the back-swamp areas from storm surges.
您的解决方案如何降低受影响社区的敏感性?
The development of hybrid engineering at the coastal areas, in parallel with mangrove tree planting, has been successfully provide additional accreted land on-shore, but also protected coastal line from further loss due to sea abrasion. The new accreted land is potentially planted by suitable mangrove species, to the extent that it will increase the protection against coastal flooding or sea level rise
您的解决方案如何提高当地社区适应潜在气候变化的能力?
The integrated planting program ? in parallel with other supported activities ? at coastal and water spring areas will provide buffer/protection to community settlement as well as livelihood. At coastal areas, the increment of mangrove vegetation will improve the provision of environmental services provided by mangrove ecosystem, including protection from sea-based hazards, better fishing ground resulted from good fish nursery, honey production as well as other non-timber forest products. At the water spring areas, the restoration will resulted into better provision of spring water and reduce the risk of land slide.
这个解决方案可以在其他地方复制吗?
? Monitoring of community group member?s livelihood ? Regular communication with community group members