Volume 97, Issue 5

Search all Environmental Biology of Fishes articles

May 2014

Special Issue on Behaviour and Ecology of Drift Foraging: From Theory to Practice

Issue Editors:

John Piccolo,
David Noakes

15 articles in this issue

Preface to the special drift foraging issue of Environmental Biology of Fishes
John Piccolo
David L. G. Noakes
John W. Hayes
EditorialNotes 16 March 2014 Pages: 449 - 451
A historical perspective on drift foraging models for stream salmonids
Kurt D. Fausch
OriginalPaper 01 November 2013 Pages: 453 - 464
Not all drift feeders are trout: a short review of fitness-based habitat selection models for fishes
Gary D. Grossman
OriginalPaper 16 November 2013 Pages: 465 - 473
Food and space revisited: The role of drift-feeding theory in predicting the distribution, growth, and abundance of stream salmonids
John J. Piccolo
Béatrice M. Frank
John W. Hayes
OriginalPaper 31 January 2014 Pages: 475 - 488
Mechanisms of drift-feeding behavior in juvenile Chinook salmon and the role of inedible debris in a clear-water Alaskan stream
Jason Neuswanger
Mark S. Wipfli
Nicholas F. Hughes
OriginalPaper 29 January 2014 Pages: 489 - 503
Day and night drift-feeding by juvenile salmonids at low water temperatures
Johan Watz
John Piccolo
Larry Greenberg
OriginalPaper 02 October 2013 Pages: 505 - 513
Familiarity with a partner facilitates the movement of drift foraging juvenile grayling (Thymallus thymallus) into a new habitat area
Paul J. B. Hart
Eva Bergman
Larry A. Greenberg
OriginalPaper 04 January 2014 Pages: 515 - 522
Social learning enhances search image acquisition in foraging brook trout
Shannon L. White
Charles Gowan
OriginalPaper 14 August 2013 Pages: 523 - 528
Woody debris and terrestrial invertebrates – effects on prey resources for brown trout (Salmo trutta) in a boreal stream
Pär Gustafsson
Larry A. Greenberg
Eva Bergman
OriginalPaper 13 March 2014 Pages: 529 - 542
Parasitic freshwater pearl mussel larvae (Margaritifera margaritifera L.) reduce the drift-feeding rate of juvenile brown trout (Salmo trutta L.)
E. Martin Österling
Julia Ferm
John J. Piccolo
OriginalPaper 12 March 2014 Pages: 543 - 549
Successes, failures, and opportunities in the practical application of drift-foraging models
Jordan S. Rosenfeld
Nicolaas Bouwes
Sean M. Naman
OriginalPaper 13 November 2013 Pages: 551 - 574
Combining energetic profitability and cover effects to evaluate salmonid habitat quality
Hideyuki Kawai
Shigeya Nagayama
Futoshi Nakamura
OriginalPaper 14 January 2014 Pages: 575 - 586
Application of a bioenergetics model to estimate the influence of habitat degradation by check dams and potential recovery of masu salmon populations
Hirokazu Urabe
Miyuki Nakajima
Tomoya Aoyama
OriginalPaper 19 January 2014 Pages: 587 - 598
Prey size, prey abundance, and temperature as correlates of growth in stream populations of cutthroat trout
Christopher A. Leeseberg
Ernest R. Keeley
OriginalPaper 12 January 2014 Pages: 599 - 614
Feeding modes in stream salmonid population models: is drift feeding the whole story?
Bret C. Harvey
Steven F. Railsback
OriginalPaper 12 October 2013 Pages: 615 - 625

Volume 97, Issue 5

Preface to the special drift foraging issue of Environmental Biology of Fishes

A historical perspective on drift foraging models for stream salmonids

Not all drift feeders are trout: a short review of fitness-based habitat selection models for fishes

Food and space revisited: The role of drift-feeding theory in predicting the distribution, growth, and abundance of stream salmonids

Mechanisms of drift-feeding behavior in juvenile Chinook salmon and the role of inedible debris in a clear-water Alaskan stream

Day and night drift-feeding by juvenile salmonids at low water temperatures

Familiarity with a partner facilitates the movement of drift foraging juvenile grayling (Thymallus thymallus) into a new habitat area

Social learning enhances search image acquisition in foraging brook trout

Woody debris and terrestrial invertebrates – effects on prey resources for brown trout (Salmo trutta) in a boreal stream

Parasitic freshwater pearl mussel larvae (Margaritifera margaritifera L.) reduce the drift-feeding rate of juvenile brown trout (Salmo trutta L.)

Successes, failures, and opportunities in the practical application of drift-foraging models

Combining energetic profitability and cover effects to evaluate salmonid habitat quality

Application of a bioenergetics model to estimate the influence of habitat degradation by check dams and potential recovery of masu salmon populations

Prey size, prey abundance, and temperature as correlates of growth in stream populations of cutthroat trout

Feeding modes in stream salmonid population models: is drift feeding the whole story?

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