Publications
Filters: First Letter Of Title is D [Clear All Filters]
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2013. Debris flows in glaciated catchments: a case study on Mount Rainier, Washington. Geology. M.S.:149.
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2011. Dam removals and downstream bar-pool morphology. Water Resources Graduate Program. M.S.:63.
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1999. Downstream effects of the Pelton Round Butte on bedload transport, channel morphology and channel bed texure. :111.
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2006. Does wood slow down "sludge dragons?" The interaction between riparian zones and debris flows in mountain landscapes Science Findings. 86:6.
(745.19 KB)
(745.19 KB).
1998. A disturbance-based landscape plan for a managed forest ecosystem. The Augusta Creek study. PNW-GTR-422:82.
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1997. Dynamics of Wood transport in Streams: A Flume Experiment. Earth Surface Processes and LandformsEarth Surface Processes and Landforms. 22:669-683. (1016.41 KB)
(1016.41 KB).
1997. Dynamics and geomorphology of mountain rivers [Book Review]. Journal of the North American Benthological Society. 16:719-720.
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1991. Downstream effects of timber harvesting on channel morphology in Elk River basin, Oregon.. Journal of Environmental Quality. 20:60-72.
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2008. Downs with Dams: Unchaining US Rivers. Geotimes.
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2022. Does Lava Flow Like Water? Assessing Applications of Critical Flow Theory to Channelized Lava Flows JGR: Earth Surface. (4.5 MB)
(4.5 MB).
2019. Disentangling Effects of Forest Harvest on Long-term Hydrologic and Sediment Dynamics, Western Cascades, Oregon. Journal of Hydrology. 580 (12.5 MB)
(12.5 MB).
2019. Discussion: “Meadow Restoration Increases Baseflow and Groundwater Storage in the Sierra Nevada Mountains of California.” By Luke J.H. Hunt, Julie Fair and Maxwell Odland.. Journal of the American Water Resources Association. :1-4. (103 KB)
(103 KB).
2006. Determination of bank erodibility for natural and anthropogenic bank materials using a model of lateral migration and observed erosion along the Willamette River, Oregon, USA. River Research and Applications. 22:631-649. (476.56 KB)
(476.56 KB).
2017. Designing a network of critical zone observatories to explore the living skin of the terrestrial Earth. Earth Surface Dynamics. 5:841-860. (9.65 MB)
(9.65 MB).
2008. Deep groundwater mediates streamflow response to climate warming in the Oregon Cascades. Climatic Change. 86:189-210. (756.38 KB)
(756.38 KB).
2014. Debris flow initiation in proglacial gullies on Mount Rainier, Washington. Geomorphology. 226:249-260. (3.15 MB)
(3.15 MB).
2006. Debris dams and the relief of headwater streams. Geomorphology. 82:84-97. (959.5 KB)
(959.5 KB).
2000. Datasets from long-term ecological research (LTER) sites and their use in ecological hydrology. Water Resources Impact. 2:37-40. (322.56 KB)
(322.56 KB).
2001. Dam Removal: Panacea or Pandora for rivers? Hydrological Processes. 15:1531-1532. (905.22 KB)
(905.22 KB).
2017. Dam Removal - Listening In. Water Resources Research. 53(7):5229–5246. (2.7 MB)
(2.7 MB).
2003. Dam Removal in the United States: Emerging Needs for Science and Policy. EOS. 84:32-33. (253.71 KB)
(253.71 KB).
2003. Downstream effects of the Pelton-Round Butte Hydroelectric Project on bedload transport, channel morphology and channel-bed texture, Lower Deschutes River, Oregon. A Peculiar River. Water Science and Application 7:169-202. (2.14 MB)
(2.14 MB)