湿地植物的研究潜力

C. Field
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引用次数: 0

摘要

在过去一年左右的时间里,湿地受到了公众的广泛关注,研究和保护湿地的案例主要建立在三个假设之上。它们是湿地在海洋生产力、提供鱼类和鸟类栖息地以及陆地稳定方面发挥重要作用。第四个考虑因素可能是居住在这些地区的动植物的内在性质。湿地地区的植物群经常不得不在潮汐淹没中生存,并伴随缺氧和盐度升高的问题。人们普遍认为,湿地植物群经历了选择性的变化或“适应”,但这是如何发生的却很难确定。湿地植物如何在如此恶劣的环境中生存,更不用说生长和繁殖,这个谜仍然没有解决。毫无疑问,答案在于对不同物种的形态学、生理学和生态学的研究。然而,人们对这些植物是否包含与这些特征相关的离散遗传信息单元越来越感兴趣,这可能对更具经济意义的作物植物的基因工程至关重要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research Potential of Wetland Plants
Wetland areas have received considerable public attention over the last year or so and a case for research and conservation has been built on three main assumptions. They are that wetlands play an important role in marine productivity, provision of fish and bird habitats and in land stabilisation. A fourth consideration might be the intrinsic nature of the fauna and flora that inhabit such areas. The flora of wetland areas frequently have to survive tidal inundations with the accompanying problems of anoxia and elevated salinity. It is generally agreed that wetland flora have undergone selective change or ‘adaptation’ but how this has happened is difficult to determine. The enigma of how wetland plants persist, let alone grow, and reproduce in such apparently hostile conditions remains unsolved. No doubt, the answers lie in the study of the morphology, physiology and ecology of the various species. However, of increasing interest in whether such plants contain discrete units of genetic information relating to these characteristics that may be of vital interest in the genetic engineering of more economically important crop plants.
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