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Subject:Whitewater park projects
Description:A guidance document for reviewing whitewater park projects
Type:Text
Subject:Whitewater parks
Description:Colorado Parks and Wildlife’s (CPW) statutory mission is to perpetuate the wildlife resources of the State, to provide a quality State Parks system, and to provide enjoyable and sustainable outdoor recreation opportunities that educate and inspire current and future generations to serve as strategic stewards of Colorado’s natural resources (C.R.S. § 33-9-101 (12) (b)). As CPW is responsible for the management and conservation of aquatic resources within the State, we are asked to review projects that may affect aquatic habitats or populations. Specifically, CPW staff is often engaged by the Army Corps of Engineers (USACE) to review permit applications related to the design, construction, and monitoring of whitewater parks (WWPs) regulated under Section 404 of the Clean Water Act. WWP projects typically fall under the following permits:
  • NWP 27 - Aquatic Habitat Restoration, Establishment, and Enhancement Activities
  • IP - An individual, or standard permit, is issued when projects have more than minimal individual or cumulative impacts, are evaluated using additional environmental criteria, and involve a more comprehensive public interest review.
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Description:

Led By

Matt Kondratieff​ and Eric Richer 

Study Area

Statewide

Project Status

Ongoing

Research Objectives

  • To determine the impact of whitewater parks on fish passage, habitat, natural river processes and potential conflicts between anglers and boaters. ​

Project Description

With more whitewater parks than any other state, Colorado has become the epicenter for whitewater park design and construction. Whitewater parks contribute to local communities by providing revenue from tourism, promoting public interest in rivers and creating exciting new recreational opportunities. However, no comprehensive studies have been completed to assess the effects of whitewater parks on fisheries and river ecology.

To better understand the effects of whitewater parks, CPW initiated a comprehensive research project in cooperation with Colorado State University to study a whitewater park in Lyons, Colorado. Using Passive Integrated Transponder (PIT) telemetry systems, researchers tracked fish movement to directly assess the effects of the Lyons Whitewater Park on upstream fish migration. PIT telemetry is a type of passive radio frequency identification that detects uniquely coded radio tags with fixed antennae. In addition to the PIT tag study, hydraulic modeling was used to analyze flow velocity, direction and depth. These data were used to compare fish passage and habitat in the whitewater park and a natural river channel. Results from the Lyons study indicate that whitewater parks can impair upstream migration of fish and create unfavorable habitat conditions for fish.

Information from this study is being used to develop design guidelines for whitewater parks that optimize both recreational and ecological benefits. As a variety of whitewater park designs are being used throughout Colorado, CPW will continue to research different types of structures and their effects on fish, benthic macroinvertebrates and habitat. Future studies are planned for the proposed w​hitewater parks on the Uncompahgre River in Montrose, Colo., and the Gore Canyon Whitewater Park at Pumphouse on the Colorado River. ​

Associated Publications

Hardee, T. L. 2017. Evaluating fish passage at whitewater parks using a spatially explicit 2D hydraulic modeling approach. M.S. Thesis. Department of Civil and Environmental Engineering, Colorado State University. 107 pp.

Fox, B. D., B. P. Bledsoe, E. Kolden, M. C. Kondratieff, and C. A. Myrick. 2016. Eco-hydraulic evaluation of whitewater parks as fish passage barriers. Journal of the American Water Resources Association: 1-23. 

Kolden, N., B.D. Fox, B.P. Bledsoe, and M.C. Kondratieff. 2015. Modeling whitewater park hydraulics and fish habitat in Colorado. River Research and Applications. DOI: 10.1002/rra.2931

Ryan, E. R. 2015. Effects of hydraulic structures on fish passage: an evaluation of 2D vs 3D hydraulic analysis methods. M.S. Thesis. Department of Civil and Environmental Engineering, Colorado State University. 66 pp.

Stephens, T.A., B.P. Bledsoe, B.D. Fox, E. Kolden, and M.C. Kondratieff. 2015. Effects of whitewater parks on fish passage: a spatially explicit hydraulic analysis. Ecological Engineering 83: 305-318.

Stephens, T.A. 2014. Effects of whitewater parks on fish passage: a spatially explicit hydraulic analysis. M.S. Thesis, Department of Civil and Environmental Engineering, Colorado State University. 87 pp.

Kolden, E. 2013. Modeling in a three-dimensional world: Whitewater park hydraulics and their impact on aquatic habitat in Colorado. M.S. Thesis, Department of Civil and Environmental Engineering, Colorado State University. 67 pp.

Fox, B. 2013. Eco-hydraulic evaluation of whitewater parks as fish passage barriers​. M.S. Thesis, Department of Civil and Environmental Engineering, Colorado State University. 139 pp.   ​

Fox, B., E. Kolden, and B. Bledsoe. 2013. 3-D modeling of fish passage in Colorado whitewater parks. Colorado Water 30(3): 12-14.Fact Sheet: Whitewater Park Studies
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Type: Fact Sheet
Subjects: Whitewater parks
Type:Fact Sheet
Subject:Whitewater parks
Description:With over 30 whitewater parks (WWPs) either completed or in the planning phases, Colorado is the epicenter for WWP development in the United States. Although WWPs provide economic and recreational benefits for local communities (Hagenstad et al. 2000; Loomis and McTernan 2011), they may have unintended impacts on instream biota and stream functions, particularly when the hydraulic conditions formed by the WWP are different from those naturally found in the surrounding river. The impact of WWPs on habitat connectivity and instream habitat quality have been the focus of several recent studies. Although these studies have primarily focused on fish passage and habitat, impacts to aquatic insects and sediment transport may also occur at WWPs. [show more]
Type: Article
Subjects: Plague
<em>Yersinia pestis</em>
Colorado
<em>Puma concolor</em>
<em>Lynx rufus</em>
Zoonoses
Disease ecology
Type:Article
Subject:Plague
<em>Yersinia pestis</em>
Colorado
<em>Puma concolor</em>
<em>Lynx rufus</em>
Zoonoses
Disease ecology
Description:Plague seroprevalence was estimated in populations of pumas and bobcats in the western United States. High levels of exposure in plague-endemic regions indicate the need to consider the ecology and pathobiology of plague in nondomestic felid hosts to better understand the role of these species in disease persistence and transmission. [show more]
Type:Text
Description:Published under title: Wildlife Research Reports from 1980-2000. This set contains 1980-1987.Research topics issued in specific months. January 1983-1986: Non-game investigations; January 1987-1993: Raptor investigations. April 1980-1982: Game bird survey; April 1983: Small game investigations; April 1984: Game bird survey; April 1986-2000: Avian research. July 1980-1984, July 1985- Mammals. September 1983-1984: Law Enforcement investigations; September 1986: Wildlife law enforcement research. October 1980-1984: Migratory bird investigations; October 1999: Avian research, migratory birds; October 1989-1993: Migratory game bird research. Continues: Game Research Report (1963-1979) Continued by: Wildlife Research Report. Mammals (2001-current). Avian research did not publish quarterly/annual report from 2001-2009.Print copy: Federal Aid binders [show more]
Type:Text
Description:

Published under title: Wildlife Research Reports from 1980-2000. This set contains 1988-1994.Research topics issued in specific months. January 1983-1986: Non-game investigations; January 1987-1993: Raptor investigations. April 1980-1982: Game bird survey; April 1983: Small game investigations; April 1984: Game bird survey; April 1986-2000: Avian research. July 1980-1984, July 1985- Mammals. September 1983-1984: Law Enforcement investigations; September 1986: Wildlife law enforcement research. October 1980-1984: Migratory bird investigations; October 1999: Avian research, migratory birds; October 1989-1993: Migratory game bird research. Continues: Game Research Report (1963-1979) Continued by: Wildlife Research Report. Mammals (2001-current). Avian research did not publish quarterly/annual report from 2001-2009.

Print copy: Federal Aid binders

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Type:Text
Description:

Published under title: Wildlife Research Reports from 1980-2000. This set contains 1995-2000.Research topics issued in specific months. January 1983-1986: Non-game investigations; January 1987-1993: Raptor investigations. April 1980-1982: Game bird survey; April 1983: Small game investigations; April 1984: Game bird survey; April 1986-2000: Avian research. July 1980-1984, July 1985- Mammals. September 1983-1984: Law Enforcement investigations; September 1986: Wildlife law enforcement research. October 1980-1984: Migratory bird investigations; October 1999: Avian research, migratory birds; October 1989-1993: Migratory game bird research. Continues: Game Research Report (1963-1979) Continued by: Wildlife Research Report. Mammals (2001-current). Avian research did not publish quarterly/annual report from 2001-2009.

Print copy: Federal Aid binders

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Description:Published under title: Wildlife Research Reports from 2001-2023.  Continues: Wildlife Research Reports (1980-2000) Continued by: Mammals Research Summary Report (2024-  ). Print copy: Federal Aid binders [show more]
Description:

Since 1996, millions of acres of Colorado forests have fallen victim to bark beetle infestations. This unusual epidemic has prompted CPW to focus research efforts on how wildlife are responding to these outbreaks.

Bark Beetle Research Projects:

Mammal and Breeding Bird Response to Bark Beetle Outbreaks

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