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Protocols for field sampling of forest carbon pools for Monitoring, Reporting and Verification Of REDD

机译:监测,报告和核实REDD的森林碳库实地采样的协议

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Monitoring, Reporting and Verification (MRV) of forest carbon (C) stocks, changes in these stocks (ΔC) due to land use and land use change and net greenhouse gas emissions are critical technical challenges of climate change mitigation initiatives aiming to reduce emissions from deforestation and forest degradation in developing countries (REDD). MRV systems for emission reporting for voluntary carbon agreements and REDD will require the careful integration of remotely sensed (RS) data and ground measurements for the retrieval of C and ΔC with sufficient precision and accuracy to be marketable and tradable. MRV systems will also need to be designed specific to scale; from project level monitoring for voluntary carbon agreements to national level REDD reporting. Field sampling will be an expensive component of MRV systems and efficiency and cost effectiveness are paramount. Here we present protocols that can guide the design of field measurement campaigns for estimating C and ΔC for MRV systems in developing tropical countries. We will use examples from Papua New Guinea (PNG).
机译:森林碳(C)股的监测,报告和验证(MRV),由于土地利用和土地利用变化和净温室气体排放导致的这些股票(ΔC)是气候变化缓解举措的关键技术挑战,旨在减少排放的排放发展中国家(REDD)的森林砍伐和森林退化。用于自愿碳协议和REDD的发射报告的MRV系统将需要仔细集成远程感测的(RS)数据和地面测量,以获得C和ΔC的检索,具有足够的精度和准确性,以销售和可交易。 MRV系统还需要特定于规模设计;从项目级监测从自愿碳协议到国家一级红报报告。现场采样将是MRV系统的昂贵组件,效率和成本效益至关重要。在这里,我们提出了可以指导现场测量运动设计的协议,用于估算热带国家MRV系统的C和ΔC。我们将使用巴布亚新几内亚(PNG)的例子。

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