新巴西的红树林恢复:为适应全球气候变化做出统一贡献

Alexander Cesar Ferreira, L. Drude de Lacerda
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摘要

联合国将2021-2030年定义为“生态系统恢复”和“海洋科学促进可持续发展”十年,旨在恢复生态系统和保护海洋。在目标生态系统中,红树林是基本的湿地,因为它们支持陆地和海洋之间充满活力和生物动态的边界,提供许多与湿地扩展有关的商品和服务,如渔业、木材、生物多样性保护和减缓气候变化等。在气候变化方面,红树林恢复有助于减少温室气体排放,因为它可以长期将碳封存在生物质和沉积物中,并在海平面上升和极端气候事件发生时加强海岸保护。红树林恢复的可能性和条件是多方面的,世界范围内许多试验的证据表明,红树林的恢复/恢复是可能的。尽管如此,在方法和治理决策方面仍有许多步骤可以将红树林恢复作为一项全球有效的减缓和适应气候变化措施。关键词:全球变化;生态系统服务;生态恢复;
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MANGROVE RESTORATION IN NE BRAZIL: A UNIFIED CONTRIBUTION TO ADAPTING TO GLOBAL CLIMATE CHANGE
The decade 2021-2030 was defined by the UN as the decade of ‘Ecosystem Restoration’ and of ‘Ocean Science for Sustainable Development’, aiming to restore ecosystems and protect the Oceans. Among target ecosystems, mangroves are fundamental wetlands, since they support a lively, biologically dynamic frontier between land and sea, furnishing many goods and services in relation to their extension, like fisheries, timber, biodiversity conservation and climate change mitigation, among others. Regarding climate change, mangrove restoration helps mitigate GHG emissions, by sequestering carbon in biomass and sediments for long periods of time and increases shore protection facing sea level rise and extreme climate events. The possibilities and conditions for mangrove restoration are many, and their rehabilitation/restoration is possible as provided by evidence form many experiments worldwide. Notwithstanding, there are still many steps in methodology and governance decisions to place mangrove restoration as a globally effective mitigation and adaptation measure to climate change.   Keywords: global changes, ecosystem services, ecological rehabilitation, mitigation.
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