Christopher Caudill, PhD
University of Idaho
Department of Fish and Wildlife Sciences
Moscow,
ID
USA
83844-1136
Papers:
M-108-6
Drag Force Physical Modeling for Use in Design of Lamprey Passage Structures (LPS)
M-113-10
Upstream Migration of Adult Pacific Lamprey in the Columbia and Snake Rivers
P-45
Adult Salmon and Steelhead in Hot Water: Insights from Individual-Based Biotelemetry Paired with Archival Temperature Loggers
P-65
Identifying Life History Variation to Inform Recovery Planning for Upper Willamette River Chinook Salmon
P-70
What a Long Strange Trip It's Been: Growth History and Variability in Age at Return of Steelhead
P-253
Using a Food Web Model to Explore the Ecosystem Response to Pacific Lamprey
P-365
Design Guidelines for Pacific Lamprey Passage Structures
T-106-7
Effects of Stream Temperature on Chinook Salmon Bioenergetics and Prespawn Mortality in the Columbia River Basin
T-107-20
Upstream Migration in the Columbia River Basin: Lessons Learned from Two Decades of Adult Salmon and Steelhead Radiotelemetry Projects
W-113-1
Distribution and Behavior of Adult Pacific Lamprey (Entosphenus tridentatus) Translocated into Tributaries of the Snake and Clearwater Rivers, ID
W-113-7
Network Analyses Reveal Differences in the Behaviors of Pacific Lamprey and Chinook Salmon at a Complex Migration Barrier
W-113-8
Evaluation of Upstream Migration and Dam Passage By Adult Pacific Lamprey in the Lower Snake River, 2014
W-113-9
The Effect of Turbulence in Hydropower Dam Fish Passageways on Pacific Lamprey Passage
W-124-4
Steelhead “Recycling” to Improve Angler Opportunity: How Can We Alter These Programs to Maximize Harvest and Minimize Impacts to Native Populations?