Programa de Pós Graduação em Biotecnologia Vegetal, Centro de Ciências da Saúde , Universidade Federal do Rio de Janeiro, RJ , Brasil.
Braz J Microbiol. 2012 Oct;43(4):1242-54. doi: 10.1590/S1517-83822012000400002. Epub 2012 Jun 1.
The importance and protection of mangrove ecosystems has been recognized in Brazilian Federal law since 1965. Being protected in law, however, has not always guaranteed their protection in practice. Mangroves are found in coastal and estuarine locations, which are prime real estate for the growth of cities, ports and other economic activities important for Brazilian development. In this mini-review we introduce what mangroves are and why they are so important. We give a brief overview of the microbial diversity found in mangrove sediments and then focus on diversity studies from Brazilian mangroves. We highlight the breadth and depth of knowledge about mangrove microbial communities gained from studying Brazilian mangroves. We report on the exciting findings of molecular microbial ecology methods that have been very successfully applied to study bacterial communities. We note that there have been fewer studies that focus on fungal communities and that fungal diversity studies deserve more attention. The review ends with a look at how a combination of new molecular biology methods and isolation studies are being developed to monitor and conserve mangrove ecosystems and their associated microbial communities. These recent studies are having a global impact and we hope they will help to protect and re-establish mangrove ecosystems.
巴西联邦法律自 1965 年以来就已经认识到红树林生态系统的重要性和保护意义。然而,尽管受到法律保护,但在实践中并不总能确保对其进行保护。红树林分布在沿海和河口地区,这些地区是城市、港口和其他对巴西发展至关重要的经济活动的黄金地段。在这篇综述中,我们将介绍红树林是什么以及它们为什么如此重要。我们简要概述了红树林沉积物中发现的微生物多样性,然后重点介绍了巴西红树林的多样性研究。我们强调了从研究巴西红树林中获得的关于红树林微生物群落的广泛而深入的知识。我们报告了分子微生物生态学方法的令人兴奋的发现,这些方法已非常成功地应用于研究细菌群落。我们注意到,针对真菌群落的研究较少,而真菌多样性研究值得更多关注。综述以展望如何结合新的分子生物学方法和分离研究来监测和保护红树林生态系统及其相关微生物群落结束。这些最近的研究正在产生全球性影响,我们希望它们将有助于保护和重建红树林生态系统。