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North American Journal of Fisheries Management Volume 18, 1998 - Issue 1
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Article

Design Considerations for Large Woody Debris Placement in Stream Enhancement Projects

Robert H. Hilderbrand Department of Fisheries and Wildlife Sciences, Virginia Polytechnic Institute and State University, Blacksburg, Virginia, 24061-0321, USA
,
A. Dennis Lemly U.S. Forest Service, Southern Research Station, Coldwater Fisheries Research Unit, Blacksburg, Virginia, 24061-0321, USA
,
C. Andrew Dolloff U.S. Forest Service, Southern Research Station, Coldwater Fisheries Research Unit, Blacksburg, Virginia, 24061-0321, USA
&
Kelly L. Harpster Department of Fisheries and Wildlife Sciences, Virginia Polytechnic Institute and State University, Blacksburg, Virginia, 24061-0321, USA
Pages 161-167 | Received 18 Apr 1997, Accepted 03 Sep 1997, Published online: 08 Jan 2011

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Jennifer K. Carah, Christopher C. Blencowe, David W. Wright & Lisa A. Bolton. (2014) Low-Cost Restoration Techniques for Rapidly Increasing Wood Cover in Coastal Coho Salmon Streams. North American Journal of Fisheries Management 34:5, pages 1003-1013.
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W. Andrew Marcus, James Rasmussen & MarkA. Fonstad. (2011) Response of the Fluvial Wood System to Fire and Floods in Northern Yellowstone. Annals of the Association of American Geographers 101:1, pages 21-44.
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JosephM. Wheaton, GregoryB. Pasternack & JosephE. Merz. (2004) Spawning habitat rehabilitation ‐I. Conceptual approach and methods. International Journal of River Basin Management 2:1, pages 3-20.
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Philip Roni, TimothyJ. Beechie, RobertE. Bilby, FrankE. Leonetti, MichaelM. Pollock & GeorgeR. Pess. (2002) A Review of Stream Restoration Techniques and a Hierarchical Strategy for Prioritizing Restoration in Pacific Northwest Watersheds. North American Journal of Fisheries Management 22:1, pages 1-20.
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RobertH. Hilderbrand, A. Dennis Lemly & C. Andrew Dolloff. (1999) Habitat Sequencing and the Importance of Discharge in Inferences. North American Journal of Fisheries Management 19:1, pages 198-202.
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Articles from other publishers (29)

Jim S. Gregory, Bart L. Gamett, Caselle L. Wood & Robert W. Van Kirk. (2022) Abundance, Restoration, and Transport of Unanchored Large Wood in a Small River in Central Idaho. North American Journal of Fisheries Management 42:4, pages 1041-1053.
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Yiwen Chiu, Yi Yang & Cody Morse. (2021) Quantifying carbon footprint for ecological river restoration. Environment, Development and Sustainability 24:1, pages 952-970.
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Roby Ventres‐Pake, Matt Nahorniak, Natalie Kramer, Jennifer O’Neal & Tim Abbe. (2020) Integrating Large Wood Jams into Hydraulic Models: Evaluating a Porous Plate Modeling Method. JAWRA Journal of the American Water Resources Association 56:2, pages 333-347.
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Stephen J. Beatty, Tom Ryan & David L. Morgan. (2019) Fisher accessibility and habitat complexity influence the distribution of adult Cherax cainii (Decapoda: Parastacidae) in a water supply reservoir . Aquatic Conservation: Marine and Freshwater Ecosystems 29:11, pages 1839-1848.
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Chris Parker, Alexander J. Henshaw, Gemma L. Harvey & Carl D. Sayer. (2017) Reintroduced large wood modifies fine sediment transport and storage in a lowland river channel. Earth Surface Processes and Landforms 42:11, pages 1693-1703.
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Stephen Addy & Mark Wilkinson. (2016) An assessment of engineered log jam structures in response to a flood event in an upland gravel-bed river. Earth Surface Processes and Landforms 41:12, pages 1658-1670.
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Daniel J. Larkin, Gregory L. Bruland & Joy B. Zedler. 2016. Foundations of Restoration Ecology. Foundations of Restoration Ecology 271 300 .
P. Reich & P. S. Lake. (2015) Extreme hydrological events and the ecological restoration of flowing waters. Freshwater Biology 60:12, pages 2639-2652.
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V. Ruiz-Villanueva, A. Díez-Herrero, J. A. Ballesteros & J. M. Bodoque. (2014) POTENTIAL LARGE WOODY DEBRIS RECRUITMENT DUE TO LANDSLIDES, BANK EROSION AND FLOODS IN MOUNTAIN BASINS: A QUANTITATIVE ESTIMATION APPROACH. River Research and Applications 30:1, pages 81-97.
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Hiromasa TAKAYAMA, Seiji YANAI & Hokuto SHIRAKAWA. (2011) Evaluation of river restoration techniques using woody debris and boulders naturally generated from flood events. Ecology and Civil Engineering 14:2, pages 139-154.
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Shigeya Nagayama & Futoshi Nakamura. (2009) Fish habitat rehabilitation using wood in the world. Landscape and Ecological Engineering 6:2, pages 289-305.
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Joanna C. Curran. (2010) Mobility of large woody debris (LWD) jams in a low gradient channel. Geomorphology 116:3-4, pages 320-329.
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Zhiguo He, Weiming Wu & F. Douglas ShieldsJrJr. (2009) Numerical analysis of effects of large wood structures on channel morphology and fish habitat suitability in a Southern US sandy creek. Ecohydrology 2:3, pages 370-380.
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Miloslav ?indlar, Ji?? Lohnisk?Jan Zapletal & Ivo Machar. (2009) Wood Debris in Rivers - One of the Key Factors for Management of the Floodplain Forest Biotope of European Importance. Journal of Landscape Ecology 2:2.
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R. B. Manners & M. W. Doyle. (2008) A mechanistic model of woody debris jam evolution and its application to wood‐based restoration and management. River Research and Applications 24:8, pages 1104-1123.
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Rebecca E. Lester & Andrew J. Boulton. (2008) Rehabilitating Agricultural Streams in Australia with Wood: A Review. Environmental Management 42:2, pages 310-326.
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F. Douglas ShieldsJr.Jr., Ronald R. Copeland, Peter C. Klingeman, Martin W. Doyle & Andrew Simon. 2008. Sedimentation Engineering. Sedimentation Engineering 461 503 .
Andrew C. Wilcox & Ellen E. Wohl. (2006) Flow resistance dynamics in step-pool stream channels: 1. Large woody debris and controls on total resistance. Water Resources Research 42:5.
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John A. Sweka & Kyle J. Hartman. (2006) Effects of Large Woody Debris Addition on Stream Habitat and Brook Trout Populations in Appalachian Streams. Hydrobiologia 559:1, pages 363-378.
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Arthur E. L. Morris, P. Charles Goebel, Lance R. Williams & Brian J. Palik. (2006) Influence of Landscape Geomorphology on Large Wood Jams and Salmonids in an Old-growth River of Upper Michigan. Hydrobiologia 556:1, pages 149-161.
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Terry L. StewartJay F. Martin. (2005) Energy Model to Predict Suspended Load Deposition Induced by Woody Debris: Case Study. Journal of Hydraulic Engineering 131:11, pages 1011-1016.
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Jochem Kail & Daniel Hering. (2005) Using Large Wood to Restore Streams in Central Europe: Potential use and Likely Effects. Landscape Ecology 20:6, pages 755-772.
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John D. Koehn, Simon J. Nicol & Peter S. Fairbrother. (2004) Spatial arrangement and physical characteristics of structural woody habitat in a lowland river in south‐eastern Australia. Aquatic Conservation: Marine and Freshwater Ecosystems 14:5, pages 457-464.
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Brian D. Barkdoll, Sandeep Vittilam, Sean J. Bennett & Carlos V. Alonso. (2004) Flow Resistance of Emergent Vegetation. Flow Resistance of Emergent Vegetation.
F. Douglas ShieldsJr.Jr., Nathalie MorinCharles M. Cooper. (2004) Large Woody Debris Structures for Sand-Bed Channels. Journal of Hydraulic Engineering 130:3, pages 208-217.
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Jochem Kail. (2003) Influence of large woody debris on the morphology of six central European streams. Geomorphology 51:1-3, pages 207-223.
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Ulrike Zika & Armin Peter. (2002) The introduction of woody debris into a channelized stream: effect on trout populations and habitat. River Research and Applications 18:4, pages 355-366.
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Marit G. Larson, Derek B. Booth & Sarah A. Morley. (2001) Effectiveness of large woody debris in stream rehabilitation projects in urban basins. Ecological Engineering 18:2, pages 211-226.
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Daniel E. Schindler, Brian R. Herwig & Stephen R. Carpenter. 2000. Methods in Ecosystem Science. Methods in Ecosystem Science 308 317 .

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