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Blue Carbon: A Hidden Treasure in the Climate Change Science

机译:蓝碳:气候变化科学中的隐藏宝藏

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The rapid industrialization and urbanization in recent times has altered the climate of the planet Earth. The abrupt hike in the level of GHG has not only affected the temperature, rainfall pattern, humidity, snowfall etc., but at the same time, the biodiversity has also been impacted to a great extent. It is now the right time to develop a register for carbon sequestration activity series by coastal vegetation. In several conferences and conventions, the terrestrial forest vegetation is given priority for studying carbon sequestration. The blue carbon vertical, which basically includes the stored carbon in seaweeds, tidal marshes, mangroves and seagrass meadows, has not yet been emphasized as the potential sink of CO,. Although blue carbon was not included as a separate item on the agenda for SBSTA 35 at the COP 17 meetings in Durban in December 2011, the report from SBSTA 35 invited parties and organizations “to provide information on the technical and scientific aspects of emissions by sources, removals by sinks, and reserving all Green House Gases, including emission and removals from coastal and marine ecosystems, such as mangroves, tidal salt marshes, wetlands and seagrass meadows” [1]. This topic was given stress at SBSTA 36 in May 2012 in Bonn. The submission from a number of members of the Coalition for Rainforest Nations (CfRN), forwarded the view that sufficient time should be dedicated for discussing “emissions and removals from coastal and marine ecosystems, such as mangroves, tidal salt marshes, and seagrass meadows,” and that it should be considered a theme of the SBSTA 36 Research Dialogue. They also called for a workshop on Coastal Marine Ecosystems to be held in Honduras before SBSTA 37 (at COP 18 in Doha), in order to provide information to support the UNFCCC process, and requested that SBSTA invite the Intergovernmental Panel on Climate Change (IPCC) to start a work program “aimed at quantifying the role of coastal marine ecosystems on global atmospheric fluxes of greenhouse gases.” Lastly, CfRN stated that SBSTA should address “the contribution of networks for the monitoring and reporting of greenhouse gas emissions by sources, removals by sinks and reservoirs of coastal and marine ecosystems, such as mangroves, tidal salt marshes and seagrass meadows”.
机译:近年来,快速的工业化和城市化改变了地球的气候。温室气体水平的突然上升不仅影响了温度,降雨方式,湿度,降雪等,而且同时也极大地影响了生物多样性。现在是时候开发沿海植被碳汇活动系列的记录了。在一些会议和公约中,陆生森林植被被优先研究碳固存。垂直的蓝色碳,基本上包括海藻,潮汐沼泽,红树林和海草草甸中储存的碳,尚未被强调为潜在的CO汇。尽管在2011年12月于德班举行的COP 17会议上并未将SBSTA 35列入单独的蓝碳议程,但SBSTA 35的报告请缔约方和各组织“提供有关排放源排放的技术和科学方面的信息,汇清除,保留所有温室气体,包括沿海和海洋生态系统(如红树林,潮汐盐沼,湿地和海草草甸)的排放和清除” [1]。 2012年5月在波恩举行的SBSTA 36上对该主题给予了强调。雨林国家联盟(CfRN)的一些成员提交的意见提出了这样的观点,即应该花足够的时间来讨论“沿海和海洋生态系统的排放和清除,如红树林,潮汐盐沼和海草草甸, ”,并且应将其视为科技咨询机构第36届研究对话的主题。他们还呼吁在科咨机构第37届会议之前(在多哈的COP 18上)在洪都拉斯举办一次沿海海洋生态系统讲习班,以提供支持UNFCCC进程的信息,并要求科咨机构邀请政府间气候变化专门委员会(IPCC) )启动一项工作计划“旨在量化沿海海洋生态系统在全球温室气体通量中的作用。”最后,CfRN指出,科技咨询机构应解决“网络对监测和报告温室气体排放源,沉积和水库对沿海和海洋生态系统(如红树林,潮汐盐沼和海草草甸)的清除的贡献”。

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