Demand for Stream Mitigation in Colorado, USA

Colorado, the headwaters for much of the United States, is one of the fastest growing states in terms of both population and land development. These land use changes are impacting jurisdictional streams, and thus require compensatory stream mitigation via environmental restoration. In this article,...

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Main Authors: Jason P. Julian, Russell C. Weaver
Format: Article
Language:English
Published: MDPI AG 2019-01-01
Series:Water
Subjects:
Online Access:http://www.mdpi.com/2073-4441/11/1/174
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spelling doaj-8ab22f257c6c4372989db0ce8e13a1f02020-11-24T21:56:36ZengMDPI AGWater2073-44412019-01-0111117410.3390/w11010174w11010174Demand for Stream Mitigation in Colorado, USAJason P. JulianRussell C. Weaver0Department of Geography, Texas State University, San Marcos, TX 78666-4684, USAColorado, the headwaters for much of the United States, is one of the fastest growing states in terms of both population and land development. These land use changes are impacting jurisdictional streams, and thus require compensatory stream mitigation via environmental restoration. In this article, we first characterize current demand and supply for stream mitigation for the entire state of Colorado. Second, we assess future demand by forecasting and mapping the lengths of streams that will likely be impacted by specific development and land use changes. Third, based on our interviews with experts, stakeholders, resource managers, and regulators, we provide insight on how regulatory climate, challenges, and water resource developments may influence demand for stream mitigation. From geospatial analyses of permit data, we found that there is currently demand for compensatory stream mitigation in 13 of the 89 HUC-8 watersheds across Colorado. Permanent riverine impacts from 2012–2017 requiring compensatory mitigation totaled 38,292 linear feet (LF). The supply of stream mitigation credits falls well short of this demand. There has only been one approved stream mitigation bank in Colorado, supplying only 2539 LF credits. Based on our analyses of future growth and development in Colorado, there will be relatively high demand for stream mitigation credits in the next 5–10 years. While most of these impacts will be around the Denver metropolitan area, we identified some new areas of the state that will experience high demand for stream mitigation. Given regulatory agencies’ stated preference for mitigation banks, the high demand for stream mitigation credits, and the short supply of stream credits, there should be an active market for stream mitigation banks in Colorado. However, there are some key obstacles preventing this market from moving forward, with permanent water rights’ acquisitions at the top of the list. Ensuring stream mitigation compliance is essential for restoring and maintaining the chemical, physical, and biological integrity of stream systems in Colorado and beyond.http://www.mdpi.com/2073-4441/11/1/174water resources managementriver water qualitystream restorationClean Water ActClean Water Ruleenvironmental compliance
collection DOAJ
language English
format Article
sources DOAJ
author Jason P. Julian
Russell C. Weaver
spellingShingle Jason P. Julian
Russell C. Weaver
Demand for Stream Mitigation in Colorado, USA
Water
water resources management
river water quality
stream restoration
Clean Water Act
Clean Water Rule
environmental compliance
author_facet Jason P. Julian
Russell C. Weaver
author_sort Jason P. Julian
title Demand for Stream Mitigation in Colorado, USA
title_short Demand for Stream Mitigation in Colorado, USA
title_full Demand for Stream Mitigation in Colorado, USA
title_fullStr Demand for Stream Mitigation in Colorado, USA
title_full_unstemmed Demand for Stream Mitigation in Colorado, USA
title_sort demand for stream mitigation in colorado, usa
publisher MDPI AG
series Water
issn 2073-4441
publishDate 2019-01-01
description Colorado, the headwaters for much of the United States, is one of the fastest growing states in terms of both population and land development. These land use changes are impacting jurisdictional streams, and thus require compensatory stream mitigation via environmental restoration. In this article, we first characterize current demand and supply for stream mitigation for the entire state of Colorado. Second, we assess future demand by forecasting and mapping the lengths of streams that will likely be impacted by specific development and land use changes. Third, based on our interviews with experts, stakeholders, resource managers, and regulators, we provide insight on how regulatory climate, challenges, and water resource developments may influence demand for stream mitigation. From geospatial analyses of permit data, we found that there is currently demand for compensatory stream mitigation in 13 of the 89 HUC-8 watersheds across Colorado. Permanent riverine impacts from 2012–2017 requiring compensatory mitigation totaled 38,292 linear feet (LF). The supply of stream mitigation credits falls well short of this demand. There has only been one approved stream mitigation bank in Colorado, supplying only 2539 LF credits. Based on our analyses of future growth and development in Colorado, there will be relatively high demand for stream mitigation credits in the next 5–10 years. While most of these impacts will be around the Denver metropolitan area, we identified some new areas of the state that will experience high demand for stream mitigation. Given regulatory agencies’ stated preference for mitigation banks, the high demand for stream mitigation credits, and the short supply of stream credits, there should be an active market for stream mitigation banks in Colorado. However, there are some key obstacles preventing this market from moving forward, with permanent water rights’ acquisitions at the top of the list. Ensuring stream mitigation compliance is essential for restoring and maintaining the chemical, physical, and biological integrity of stream systems in Colorado and beyond.
topic water resources management
river water quality
stream restoration
Clean Water Act
Clean Water Rule
environmental compliance
url http://www.mdpi.com/2073-4441/11/1/174
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