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Inventorying, Mapping and Monitoring of Mangroves towards SustainableManagement of West Coast, India

机译:红树林的清单,制图和监测,以实现印度西海岸的可持续管理

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Mangroves are one of the productive and highly adaptive ecosystems on the Earth, and provide invaluable services to the coastal communities. Ecological and sustainable management of the mangrove ecosystem requires crucial knowledge of variability and dynamics over a time and space. There are no reliable recent spatial extent estimates of mangroves or trend of coverage in West coast. The mapping from medium spatial resolution remote sensing data often leads to the underestimation of spatial extent. An attempt has been made to provide detailed information of mangroves species distribution using remote sensing data of high spatial resolution integrated with the other collateral field information through GIS. The coastline changes and the mangrove dynamics during 1989–2010 were assessed using supervised classifier technique provided the spatial distribution of mangrove species namely Rhizophora mucronata, Sonneratia caseolaris, Avicennia officinalis, Sonneratia alba, and Kandelia candel with classification good accuracy. Delineation of mangroves at species wise records based on extensive field data will be invaluable for appropriate management (e.g. plantation, eco-tourism) and conservation measures for estuaries of Central Western Ghats. Mangroves play pivotal role in providing vital ecosystem goods and services, but are under threat due to anthropogenic activities, affecting habitat for specialised fauna and food resources for humans, birds and fish. This necessitates interventions of regulatory authorities to partner with the local communities in the restoration and conservation of mangrove habitats.
机译:红树林是地球上生产力高,适应性强的生态系统之一,为沿海社区提供了宝贵的服务。红树林生态系统的生态和可持续管理需要关键的知识,即随时间和空间的变化和动态。没有可靠的近期红树林在空间范围上的估计或西海岸的覆盖趋势。来自中等空间分辨率遥感数据的映射经常导致对空间范围的低估。已经尝试使用高空间分辨率的遥感数据与其他附带的野外信息通过GIS集成来提供红树林物种分布的详细信息。使用监督分类器技术对1989-2010年期间的海岸线变化和红树林动态进行了评估,条件是红树林物种Rhizophora mucronata,Sonneratia caseolaris,Avicennia officinalis,Sonneratia alba和Kandelia candel的空间分布具有良好的分类精度。基于大量实地数据在物种明智的记录上对红树林的描述对于中西部高止山脉河口的适当管理(例如人工林,生态旅游)和保护措施将是无价的。红树林在提供重要的生态系统产品和服务中起着关键作用,但由于人为活动而受到威胁,影响了人类,鸟类和鱼类的专门动植物和粮食资源的栖息地。这就需要监管机构进行干预,以便与当地社区合作来恢复和保护红树林生境。

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