Methods in Stream Ecology, 2nd Edition,F. Hauer,ISBN9780123329073
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Methods in Stream Ecology, 2nd Edition

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Editor : G Lamberti  

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Imprint: Academic Press

ISBN: 9780123329073

Pages: 896

Dimensions: 260 X 184

This new edition is revised, updated and now features full-color!

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Key Features

* NEW information on remote sensing, the relation between stream flow and alluviation, and additional coverage of macrophyte
* Offers a brand new chapter on Riparian Zones
* Provides a variety of exercises in each chapter to accomodate both the student and the practicing scientist
* Includes detailed instructions, illustrations, formulae, and data sheets for conducting stream ecology
* Contains taxonomic keys to common stream fishes, invertebrates, algae, and bryophytes

Description

Now in its second edition, Methods in Stream Ecology covers six important areas of the field: Physical Stream Ecology, Material Transport and Storage, Stream Biotia, Community Interactions, Ecosystem Process, and Ecosystem Quality. This bestselling title has been significantly revised and updated, providing a complete series of field and laboratory protocols in stream ecology.

Readership

Advamced undergraduate, graduate students, faculty, researchers, federal, state and local government officials interested in and responsible for stream evaluation and monitoring. Previous editions of the book have been used in courses.

F. Hauer

Affiliations and Expertise

University of Montana, Polson, Montana, USA

Methods in Stream Ecology, 2nd Edition

METHODS IN STREAM ECOLOGY

Edited by:

F. Richard Hauer and Gary A. Lamberti

SECTION A: PHYSICAL PROCESSES
CHAPTER 1: LANDSCAPES AND RIVERSCAPES
Jack A. Stanford
CHAPTER 2: VALLEY SEGMENTS, STREAM REACHES, AND CHANNEL UNITS
Peter A. Bisson, David R. Montgomery, and John M. Buffington
CHAPTER 3: DISCHARGE MEASUREMENTS AND STREAMFLOW ANALYSIS
James A. Gore
CHAPTER 4: DYNAMICS OF FLOW
Robert W. Newbury and David J. Bates
CHAPTER 5: TEMPERATURE, LIGHT, AND OXYGEN
F. Richard Hauer and Walter R. Hill
CHAPTER 6: HYPORHEIC ZONES
Clifford N. Dahm, H. Maurice Valett, Colden V. Baxter, and William W. Woessner

SECTION B: MATERIAL TRANSPORT, UPTAKE, AND STORAGE
CHAPTER 7: FLUVIAL GEOMORPHIC PROCESSES
Mark S. Lorang and F. Richard Hauer
CHAPTER 8: SOLUTE DYNAMICS
Jackson R. Webster and H. Maurice Valett
CHAPTER 9: PHOSPHORUS LIMITATION, UPTAKE, AND TURNOVER IN BENTHIC ALGAE
Alan D. Steinman and Patrick J. Mulholland
CHAPTER 10: NITROGEN LIMITATION AND UPTAKE
Jennifer L. Tank, Melody J. Bernot, and Emma J. Rosi-Marshall
CHAPTER 11: DISSOLVED ORGANIC MATTER
Stuart Findlay
CHAPTER 12: TRANSPORT AND STORAGE OF FPOM
J. Bruce Wallace, John J. Hutchens, Jr., and Jack W. Grubaugh
CHAPTER 13: CPOM TRANSPORT, RETENTION, AND MEASUREMENT
Gary A. Lamberti and Stanley V. Gregory

SECTION C: STREAM BIOTA
CHAPTER 14: HETEROTROPHIC BACTERIA
Amelia K. Ward
CHAPTER 15: FUNGI: BIOMASS, PRODUCTION, AND SPORULATION OF AQUATIC HYPHOMYCETES
Vladislav Gulis and Keller F. Suberkropp
CHAPTER 16: BENTHIC STREAM ALGAE: DISTRIBUTION AND STRUCTURE
Rex L. Lowe and Gina D. LaLiberte
CHAPTER 17: BIOMASS AND PIGMENTS OF BENTHIC ALGAE
Alan D. Steinman, Gary A. Lamberti, and Peter R. Leavitt
CHAPTER 18: MACROPHYTES AND BRYOPHYTES
William B. Bowden, Janice M. Glime, and Tenna Riis
CHAPTER 19: MEIOFAUNA
Margaret A. Palmer, David L. Strayer, and Simon D. Rundle
CHAPTER 20: MACROINVERTEBRATES
F. Richard Hauer and Vincent H. Resh
CHAPTER 21: MACROINVERTEBRATE DISPERSAL
Leonard A. Smock
CHAPTER 22: ROLE OF FISH ASSEMBLAGES IN STREAM COMMUNITIES
Hiram W. Li and Judith L. Li

SECTION D: COMMUNITY INTERACTIONS
CHAPTER 23: PRIMARY PRODUCER-CONSUMER INTERACTIONS
Gary A. Lamberti, Jack W. Feminella, and Catherine M. Pringle
CHAPTER 24: PREDATOR-PREY INTERACTIONS
Barbara L. Peckarsky
CHAPTER 25: TROPHIC RELATIONSHIPS OF MACROINVERTEBRATES
Richard W. Merritt and Kenneth W. Cummins
CHAPTER 26: TROPHIC RELATIONS OF STREAM FISHES
Frances P. Gelwick and William J. Matthews
CHAPTER 27: STREAM FOOD WEBS
Anne E. Hershey, Kenneth Fortino, Bruce J. Peterson, and Amber J. Ulseth

SECTION E: ECOSYSTEM PROCESSES
CHAPTER 28: PRIMARY PRODUCTIVITY AND COMMUNITY RESPIRATION
Thomas L. Bott
CHAPTER 29: SECONDARY PRODUCTION OF MACROINVERTEBRATES
Arthur C. Benke and Alexander D. Huryn
CHAPTER 30: DECOMPOSITION OF LEAF MATERIAL
E. F. Benfield
CHAPTER 31: RIPARIAN PROCESSES AND INTERACTIONS
G. Wayne Minshall and Amanda Rugenski
CHAPTER 32: EFFECTS OF NUTRIENT ENRICHMENT ON PERIPHYTON
Catherine M. Pringle and Frank J. Triska
CHAPTER 33: SURFACE-SUBSURFACE INTERACTIONS IN STREAMS
Nancy B. Grimm, Colden V. Baxter, and Chelsea L. Crenshaw

SECTION F: ECOSYSTEM QUALITY
CHAPTER 34: ECOLOGICAL ASSESSMENTS WITH BENTHIC ALGAE
R. Jan Stevenson and Scott L. Rollins
CHAPTER 35: MACROINVERTEBRATES AS BIOTIC INDICATORS OF ENVIRONMENTAL QUALITY
James L. Carter, Vincent H. Resh, Morgan J. Hannaford, and Marilyn J. Myers
CHAPTER 36: ESTABLISHING CAUSE-EFFECT RELATIONSHIPS IN MULTI-STRESSOR ENVIRONMENTS
Joseph M. Culp and Donald J. Baird

Quotes and reviews

"This book is packed with the latest and best ‘how to’ information for field and laboratory work in streams. The new edition has expanded content, a larger format, and much better graphics...The greatest content change is the addition of a 6th section entitled Ecosystem Quality. Section 6 is anchored by a substantially rewritten chapter on ‘Macroinvertebrates as Biotic Indicators of Environmental Quality’...I like the way in which doable, detailed, stepwise exercises, including the math, are provided in a format appealing to students interested in conducting stream studies...I think that even an advanced high school student with access to this book should be able design an independent study project in stream ecology. I would really like to see it in high school libraries, as well as on college and university campuses. The greatest strength of this book is that it is written by leading authorities in stream ecology. The structure is better organized and more informative than the previous edition. The format is conducive to teaching and learning. I grade this book an 'A'.
- Ben Stout, Wheeling Jesuit University, West Virginia, USA
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Methods in Stream Ecology