Bodelier Paul L E
Department of Microbial Ecology, Netherlands Institute of Ecology Wageningen, Netherlands.
Front Microbiol. 2011 Apr 25;2:80. doi: 10.3389/fmicb.2011.00080. eCollection 2011.
Microbial communities are at the very basis of life on earth, catalyzing biogeochemical reactions driving global nutrient cycles. However, unlike for plants and animals, microbial diversity is not on the biodiversity-conservation agenda. The latter, however, would imply that microbial diversity is not under any threat by anthropogenic disturbance or climate change. This maybe a misconception caused by the rudimentary knowledge we have concerning microbial diversity and its role in ecosystem functioning. This perspective paper identifies major areas with knowledge gaps within the field of environmental microbiology that preclude a comprehension of microbial ecosystems on the level we have for plants and animals. Opportunities and challenges are pointed out to open the microbial black box and to go from descriptive to predictive microbial ecology.
微生物群落是地球上生命的基础,催化着驱动全球养分循环的生物地球化学反应。然而,与植物和动物不同,微生物多样性并未被列入生物多样性保护议程。但这可能意味着微生物多样性并未受到人为干扰或气候变化的任何威胁。这可能是由于我们对微生物多样性及其在生态系统功能中的作用了解有限而产生的误解。这篇观点文章指出了环境微生物学领域存在知识空白的主要领域,这些空白妨碍了我们像了解植物和动物那样理解微生物生态系统。文章指出了打开微生物黑箱、从描述性微生物生态学转向预测性微生物生态学的机遇和挑战。