Santangelo Giovanni, Bramanti Lorenzo
Department of Biology, University of Pisa, Via Volta 6, I-56126 Pisa, Italy.
Riv Biol. 2006 Sep-Dec;99(3):395-424.
This brief review is an attempt to condense the major events in the history of Ecology into short 10 sections. In little more than two generations, a new science has emerged and developed into a fundamental part of our lives, spurred on by increasing interest in "natural systems" and concerns over the environmental changes we are witnessing. Ecology, rather neglected until the early decades of last century, flourished and established itself as mature science during the mid-1900s, producing many theories, models, hypothesis and trends of thought. Ecology deals with interacting natural systems and eclectically applies tools drawn from several different sciences (Biology, Mathematics, Statistics, Chemistry, Geology, Physics and so on). The beauty of the subject and its multidisciplinary approach makes Ecology extremely intriguing for researchers. One of the main goals of Ecology is to forecast population, community and ecosystem trends over time. Ecological systems are complex: they are composed of such a large number of different, interacting components that their overall behavior can only be understood in terms of emerging properties. Therefore, some interactions and effects are difficult to predict. However, some insights into population and community trends can be inferred from exhaustive data sets and sufficiently long-term, time-series data and dynamic models. Unfortunately, due to the limited funding of environmental data collection, only a few exhaustive, long-term samplings have been carried out, and systematic record keeping for the purposes of ecological research has only recently become widespread. However, it is still possible to garner some insights from historical reports (proxies), which clearly show how the population structures of most of today's communities have been affected by human activities. This short review is based on a talk given at Arcidosso (Grosseto, Italy) during the September, 2005 workshop: "Scientific research and society during the last fifty years", organized by the Interdisciplinary Center for the Study of Complex Systems of the University of Pisa (CISSC), in cooperation with the Domus Galilaeana. The talk was addressed to scientists in various fields with the threefold aim of presenting Ecology as a true science, stimulating curiosity and laying the bases for further insights. We hope that this review, as brief as it is, may at least partially attain such goals.
本简要综述旨在将生态学历史上的重大事件浓缩为简短的10个部分。在仅仅两代多一点的时间里,一门新科学应运而生,并发展成为我们生活的一个基本组成部分,这得益于人们对“自然系统”日益浓厚的兴趣以及对我们正在目睹的环境变化的担忧。生态学在上世纪初几十年之前一直备受冷落,在20世纪中叶蓬勃发展并确立为一门成熟的科学,产生了许多理论、模型、假设和思想潮流。生态学研究相互作用的自然系统,并兼收并蓄地应用从多种不同科学(生物学、数学、统计学、化学、地质学、物理学等等)中汲取的工具。该学科的魅力及其多学科方法使得生态学对研究人员极具吸引力。生态学的主要目标之一是预测种群、群落和生态系统随时间的变化趋势。生态系统很复杂:它们由大量不同的、相互作用的成分组成,其整体行为只能根据涌现特性来理解。因此,一些相互作用和影响难以预测。然而,从详尽的数据集以及足够长期的时间序列数据和动态模型中可以推断出一些关于种群和群落趋势的见解。不幸的是,由于环境数据收集资金有限,仅进行了少数详尽的长期采样,而且为生态研究目的进行的系统记录保存直到最近才广泛开展。然而,仍然有可能从历史报告(替代数据)中获得一些见解,这些报告清楚地表明了当今大多数群落的种群结构是如何受到人类活动影响的。本简短综述基于2005年9月在意大利格罗塞托省阿尔基多索举行的一次讲座,该讲座是由比萨大学复杂系统跨学科研究中心(CISSC)与多穆斯·加利莱亚纳合作组织的“过去五十年的科学研究与社会”研讨会的一部分。该讲座面向各个领域的科学家,具有三重目的:将生态学呈现为一门真正的科学、激发好奇心并为进一步深入了解奠定基础。我们希望这篇综述尽管简短,但至少能部分实现这些目标。