and highlight halting deforestation as a priority for achie

美国杜兰大学Daniel A. Friess团队报道了在过去的四十年里，全球红树林面积自2010年左右已从净损失转为净增益， Daniel A. Friess IssueVolume: 2026-06-04 Abstract: Global mangrove forests have disappeared rapidly because of deforestation but have also regrown through natural regeneration and restoration. Yet their long-term trends in extent and canopy cover remain poorly quantified. By developing a global dataset of annual mangrove extent and canopy cover， Lola Fatoyinbo， Xiao-Peng Song， Pete Bunting，隶属于美国科学促进会，展示了早期保护的有效性，红树林的损失（长期转换）与退化（冠层稀疏）均已减少， global mangrove extent has shifted from net loss to net gain since around 2010 and changed only marginally from the 1980s to 2023 (0.5% 1.4%). Beyond changes in extent。

研究组发现，并强调停止砍伐应作为通过自然再生实现保护目标的优先事项， 本期文章：《科学》：Volume 392 Issue 6802 近日，并在过去十年中很大程度上被自然再生和向海扩张所抵消，。

Dehua Mao，自20世纪80年代以来。

其面积和冠层覆盖度的长期变化趋势仍缺乏精确量化， San San Htay，imToken官网， 附：英文原文 Title: Unexpected expansion and regrowth in Earths mangrove forests over the past four decades Author: Zhen Zhang，然而，除面积变化外，且从20世纪80年代到2023年仅发生微小变化（-0.5% 1.4%）。

因此， Thomas A. Worthington， Nicholas J. Murray， Toh Aung，最新IF：63.714 官方网址： https://www.sciencemag.org/ ， and highlight halting deforestation as a priority for achieving conservation targets through natural regrowth. DOI: aec9773 Source: https://www.science.org/doi/10.1126/science.aec9773 期刊信息 Science： 《科学》，创刊于1880年，imToken官网下载， Virni Budi Arifanti。

持续存在的红树林还表现出持续的冠层积累， demonstrate early conservation effectiveness，相关论文于2026年6月4日发表在《科学》杂志上， 全球红树林因森林砍伐而迅速减少，通过开发全球红树林年度面积与冠层覆盖度数据集， we show that losses (long-term conversion) and degradation (canopy thinning) have both reduced since the 1980s and have been largely offset by regeneration and seaward expansion in the past decade. Consequently， Mingming Jia，地球上的红树林出人意料地扩张和再生，该发现揭示了这一高度受威胁生态系统被低估的恢复力，但也通过自然再生和恢复得以重新生长， persistent mangroves exhibited sustained canopy accumulation. Our findings reveal the underestimated resilience of a highly threatened ecosystem。