植被(病理学)
比例(比率)
主题(文档)
草本植物
领域(数学)
植被分类
计算机科学
简单(哲学)
生态学
归属
数据挖掘
地理
地图学
数学
心理学
生物
万维网
认识论
哲学
病理
纯数学
社会心理学
医学
作者
John Hodgson,Peter J. Wilson,Roderick Hunt,J. P. Grime,K. Thompson
出处
期刊:Oikos
[Wiley]
日期:1999-05-01
卷期号:85 (2): 282-282
被引量:590
摘要
A long-term research programme, conducted mainly in northern England, has involved field surveys (1965-77), laboratory screening (1974-96), monitoring of permanent plots (1958 to date) and manipulative experiments (1987 to date). The so-called C-S-R classification of plant functional types developed from all this activity. Patterns of covariation among the traits used in the classification have recently been validated in this journal. The C-S-R classification appears to be applicable to vegetation in general. It thus has considerable potential for interpreting and predicting vegetation and ecosystem properties on a world-wide scale. However, to realize this potential we need to develop simplified procedures to extrapolate the C-S-R system to the many species which have not been the subject of previous ecological investigation. Here we describe a rapid method for attribution of C-S-R type and we test its accuracy in Britain by comparing it with an independent classification based upon more laborious procedures. The new method allocates a functional type to an unknown herbaceous subject using few, simple predictor variables. We have developed spreadsheets to perform all of the necessary calculations. These may be downloaded from the UCPE website at http://www.shef.ac.uk/uni/academic/N-Q/ nuocpe, or obtained by direct application to the E-mail address ucpe@sheffield.ac.uk.
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