Aims and Methods of Vegetation Ecology
This book was written 30 years ago as the first synthesis of European and Anglo-American methods in vegetation ecology. Upon its publication in 1974, it rapidly became the standard text for the study of vegetation in over 60 US colleges and universities. An unsolicited review appeared in Ecology 56: 1233 (1975) with the title "Getting It All Together in Plant Synecology." The book also received wide international acceptance. "In his foreword to the 1974 edition, Raymond Fosberg referred to this book as 'by far the best work of its scope that I know.' It is still agreed that there is no comparable work. It was used as the only textbook for the first twenty offerings of one graduate course. For the past dozen years it's been moved to the recommended list because it has been out of print. There have been several vegetation science textbooks published since 1974, but their foci have been on ordination and multivariate data analysis instead of on sampling methods. No other text has covered the subject of vegetation sampling design in such depth, breadth, and impartiality as this book, Aims and Methods of Vegetation Ecology. Most of this material remains as current and topical today as it was a quarter of a century ago, because the progress that has been made in vegetation science is in the computer-based treatment of sample data, not in the creation of new sampling protocols.A new generation of vegetation ecologists can now have the same advantage - the same easy access to this classic reference work - that a past generation had in quantifying and summarizing the formidable complexity of natural, wildland vegetation." Foreword by Michael G. Barbour, Plant Ecologist, University of California at Davis, Department of Environmental Horticulture, November 2002.
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Plant Community Hypotheses
Considerations in Vegetation Sampling
Measuring Species Quantities
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Arrhenatherum association axis basal area biomass BRAUN-BLANQUET chamaephytes character species Cirsium oleraceum classiﬁcation Classifying and Ordinating climate climax community community type concept constancy correlation cover deﬁned deﬁnition differential species distribution dominant dunes ecological ecological groups ecosystem ELLENBERG environmental environmental gradient epiphytes evergreen example Explanations of Vegetation factors ﬁeld ﬁre ﬁrst ﬁve ﬂoristic forest formation frequency geobotany geographic geophytes gradient grass grassland habitat height hemicryptophytes herb herbaceous indices inﬂuence layer meadow method minimal area modiﬁcation MUELLER-DOMBOIS munity number of species occur Ordinating Vegetation Data percent phanerophytes plant communities plant life forms plot primary succession quadrats quantitative reference stand region releve releve's sample stands sampling point sclerophyllous secondary succession shows shrubland shrubs signiﬁcant similar soil species groups speciﬁc structure synusia TABLE Temporal Explanations tion tree species tropical undergrowth values variations Vegetation Analysis vegetation ecology Vegetation Patterns vegetation units woody