对红树林生态的误解及其对保护和管理的影响

M. Amarasinghe
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引用次数: 2

摘要

红树林独特地位于陆地和海洋之间恶劣的潮间带,长期以来一直被认为是蚊子滋生、恶臭和泥泞的环境,只有通过“开发”才能使其具有价值,并将其转化为适合其他有利可图的土地用途的土地,如椰子种植、宅基地/城市/旅游相关基础设施开发。60年代后期在佛罗里达州发起的红树林生态研究,深入了解了红树林的生态价值及其通过营养循环对河口和沿海水域渔业(次级生产力)的潜在积极影响。除了分类学和生物地理学的研究外,在全球范围内进行了大量的研究工作,阐明了红树林生态系统的生态功能的性质,从初级生产力和碳固存到营养循环和维持沿海生物多样性,这为制定可持续的计划保护受到严重人为压力的红树林提供了宝贵的知识基础。然而,在红树林生境和特有物种的特征方面经常遇到一些误解,这些误解对红树林的保护造成了深远的负面影响。本文利用现有的科学知识基础对它们进行了分析,并确定了导致红树林及其宝贵生态功能最终丧失的伪科学的潜在驱动力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Misconceptions of mangrove ecology and their implications on conservation and management
Being uniquely located in the harsh inter-tidal zone between land and sea, mangroves have long been considered mosquito-infested stinky and muddy environments, that can be made worthy only through “development” and converted to land suitable for other lucrative land uses such as coconut cultivation, homestead/ urban/ tourism related infrastructure development. Mangrove ecological research initiated in Florida in the late 60’s gave an insight over their ecological value and their potential positive influence on fisheries (secondary productivity) of estuaries and coastal waters through nutrient cycling. Apart from taxonomic and biogeographic studies, considerable research effort has since been devoted globally that has elucidated the nature of ecological functions of mangrove ecosystems ranging from primary productivity and carbon sequestration to nutrient cycling and maintenance of coastal biodiversity that has generated an invaluable knowledge base useful to draw up sustainable plans to conserve mangroves which are under heavy anthropogenic pressure. A few misconceptions however are often encountered with regard to characterization of mangrove habitats and species exclusive to them that inflict far-reaching negative impacts on mangrove conservation. This paper analyses them with the available scientific knowledge base and identifies the potential driving forces that contribute to pseudo-science that leads to eventual loss of mangroves and their invaluable ecological functions.
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