Adaptively Manage WatershedsWe use science to assess and manage the health of our watersheds.
How do we manage to future conditions?
How do we plan for uncertainty associated with climate change and dynamic watershed processes?
This figure shows each component of the adaptive management process. Based on this process, we developed this Adaptive Management Plan to assess watershed conditions and guide informed actions. On the following pages we describe each step of the process as it relates to our plan using the same colors and numbers as in the figure.
Benthic Macro Invertebrate (BMI) data tells us if we have water quality issues.
Pebble Count data tell us if we have issues with sediment sources, erosion, and/or flow.
Pool Habitat data tell us if we have pools that are large and deep enough to provide reliable fish habitat, and serves as an indicators of larger watershed functions.
Vegetation data helps us determine if we are increasing native plant composition year to year.
Floodplain inundation helps us understand lateral floodplain connectivity and width of the functional riparian corridor.
Water quality data helps us understand the issues and solutions related to inherent watershed characteristics (mines, diversions).
View watershed reports and request data from The Watershed Center.
Adaptive Management Projects
Adaptive Management at Scale
We are collaborating with partners to develop and implement a shared adaptive management framework for assessing watershed health in the St. Vrain Basin. Our goal is to create a framework that will help us make more informed management decisions as a basin and better track broad progress towards basin-wide watershed health goals.
Captain Jack Superfund Site
We are working to help our community understand, analyze, interpret, communicate, and respond to information from the U.S. Environmental Protection Agency (EPA) and Colorado Department of Public Health and Environment (CDPHE) related to the Captain Jack Superfund site.