RMRS Air, Water, & Aquatic Environments Science Program RMRS Air, Water, & Aquatic Environments Science Program

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AWAE Program Headquarters
322 East Front St., Ste 401

Boise, ID 83702

(208) 373-4340

 


Rocky Mountain Research Station Headquarters

2150 Centre Ave., Bldg A
Fort Collins, CO 80526

(970) 295-5923

United States Department of Agriculture Forest Service.

USDA Link Forest Service Link

 

Rocky Mountain Research Station Home > Science Program Areas > Air, Water and Aquatics > Research Projects

 

Air, Water and Aquatic Environments Science Program - Research Projects

featured Projects


Class in the Creek - Science for Kids, Parents and Teachers

Science For Kids, Parents and Teachers

The Forest Service kicked off a national “Get Outdoors” campaign in February, to encourage children and their parents to take advantage of recreational opportunities on national forests to develop a healthier lifestyle and learn about conserving natural resources.

The RMRS Air, Water, and Aquatic Environments Science Program is doing our part in educating children about our natural resources.

 

Get Outdoors - The Boise River Experience

 

featured Science


Clean Water - Insect Outbreaks and Watersheds

Clean Water - Insect Outbreaks and Watersheds

 

Mountain pine bark beetle outbreaks are causing rapid, unprecedented change in the headwater forests of Western North America. Infestation and mortality currently threaten more than 80% of the basal area of many lodgepole pine dominated stands across the West. In Colorado, bark beetle mortality now exceeds 1.5 million acres and the outbreak is projected to ravage 85 to 90% of the mature lodgepole ecosystems in Colorado and Wyoming within the next five years. The consequences of this extensive canopy disturbance and subsequent management activities will characterize western watersheds and forest landscapes for decades to come.

 

Briefing Paper


Brook Trout and Westlope Cutthroat Trout - Invasive Species for Managing for Native Trout Briefing Paper

Invasive Species Managing for Native Trout

Invasive Species are one of the most important threats to the integrity of stream ecosystems.  Although widely distributed, invasions and the disruption of native communities are not universal.  Understanding where invasion risks are most important and what can be done about it will be key to prioritization of limited management resources.

Briefing Paper


Hyporheic Exchange in Gravel Bed Rivers with Pool-Riffle Morphology

Hyporheic Exchange in Gravel Bed Rivers with Pool-Riffle Morphology

Hyporheic exchange (the mixing of streamflow and shallow groundwater) is poorly understood in gravel-bed rivers. These channels are particularly important habitat for salmonids, many of which are currently at risk worldwide and which incubate their offspring within the hyporheic zone.

Briefing Paper


Detecting Mobile Boreal Toads

Detecting Mobile Boreal Toads

Boreal Toad populations are declining  and are difficult to observe.  Factors such as understanding their ecology and developing monitoring tools are critical.

Briefing Paper


Remotely Assessing and Monitoring Channel Physical Habitat

Remotely Assessing and Monitoring Channel Physical Habitat

NASA’s Experimental Advanced Airborne Research Lidar (EAARL) was used to continuously map three-dimensional channel and floodplain topography, in streams that provide spawning habitat of a federal listed (threatened) population of Chinook salmon. Data were acquired over 200 km of streams in low-flow conditions with high water clarity in October, 2004, in Idaho’s Bear Valley Creek, a tributary stream in the upper Middle Fork Salmon River drainage.

 

Briefing Paper


Bull Trout and Climate Change

Bull Trout and Climate Change

Bull trout are an ESA listed species that may be especially vulnerable to the effects of a warming climate.  As such they may be a useful biological indicator of the effects climate change will have on mountain stream ecosystems.  Understanding threats to persistence of bull trout will help us understand threats to other species and ecosystems —information that will be key to prioritization of limited management resources.

Briefing Paper


Brook Trout Hoop Net - Nonnative Fish Removal

Nonnative Fish Removal

Nonnative brook trout have invaded and replaced native cutthroat trout in many Rocky Mountain streams. Methods to remove brook trout, such as chemical treatment and intensive electrofishing, are expensive, time-consuming, and sometimes controversial. An alternative technique used in control of unwanted insects, pheromone lures and traps, may be applicable to fish.

Briefing Paper


Road Sediment Runoff

GRAIP- Quantifying and Prioritizing Road Impacts

The Geomorphic Road Assessment and Inventory Package (GRAIP) is a process and a set of tools for analyzing the impacts of roads on forested watersheds. GRAIP combines a road inventory with a powerful GIS analysis tool set to predict sediment production and delivery, mass wasting risk from gullies and landslides, stream diversion potential, culvert maintenance and fish passage at stream crossings.

Briefing Paper   |   GRAIP Website


Air Quality in Mountain Ecosystems - Ozone

Air Quality in Mountain Ecosystems - Ozone

The monitoring of ozone in remote ecosystems is problematic, since continuous ozone monitors need electric power to operate. Two solutions to this problem exist. The first is to use passive samplers to estimate ozone loading. Passive samplers utilize a chemical reaction of ozone with nitrite to form nitrate. The amount of nitrate indicates the amount of ozone loading. Nitrite-coated filters are exposed for 1-2 weeks and then analyzed for nitrate. The second method is to use portable battery powered ozone monitors for continuous monitoring of ozone in remote ecosystems.

Briefing Paper


Spatial and Temporal Variation in Chinook Redd Distributions

Spatial and Temporal Variation in Chinook Redd Distributions

Most knowledge regarding the basic ecology of salmon comes from studies on freshwater environments. Unfortunately, most of this knowledge is derived from studies conducted at relatively small spatial and temporal extents that provide a poor fit to the broader spatiotemporal themes that underlie most species conservation efforts. Growing awareness of this gap, combined with advances in remote sensing, spatial sampling strategies, georeferencing capabilities, and broad usage of geographic information systems have motivated a new generation of studies.

Briefing Paper


Climate Change, Water, and Aquatic Ecosystems

Climate Change, Water, and Aquatic Ecosystems

Environmental trends associated with a warming climate are occurring rapidly in the Rocky Mountains. These trends will affect the spatial and temporal distribution of water resources, habitats, and disturbance in aquatic ecosystems. Threats from reduced runoff, increased flow variability, increased temperature, increased wildfires, lost snowpack storage, and reduced vegetation cover affect water users and aquatic biota alike. The complex challenges posed by climate warming will require proactive, informed management if significant alteration of aquatic systems is to be avoided.

Briefing Paper


Fire, Fuel Management, and Aquatic Ecosystems

Fire, Fuel Management, and Aquatic Ecosystems

Wildfires dramatically change watersheds, yielding floods and debris flows that endanger water supplies, human lives, and valuable fish habitats. Fuel management is intended to mitigate the effects of wildfire but poses risks to water quality and aquatic habitat. Solutions are needed for simultaneous restoration of forests and aquatic ecosystems. Although the problem is typically cast as a tradeoff between management actions like fuel reduction, fire suppression, and emergency stabilization versus wildfire, new ideas about appropriate management response to wildfire require understanding how to build resilient ecosystems. There is a need for strategic restoration that addresses terrestrial as well as aquatic needs.

Briefing Paper


Bull Trout and Climate Change symposium at the 2008 Western Division Meeting of the American Fisheries Society

Bull Trout and Climate Change - Risks, Uncertainties and Opportunities for Mapping the Future

Bull trout are a federally listed, native charr species distributed throughout the Pacific Northwest. Among the critical requirements for this species are a need for large, interconnected habitats of cold water. Much uncertainty exists regarding the future of bull trout and their habitats given environmental trends associated with a warming climate and increasing fire activity. Presentations at this symposium provide an overview of bull trout, their relationship to climate, and alternatives for modeling future habitat and population distributions.

Videos and Abstracts of the 2008 Western Division Meeting of the American Fisheries Society


Stream Temperature Modeling - Research Website

Stream Temperature Modeling

Stream thermal regimes are important within regulatory contexts and strongly affect aquatic ecosystems. Numerous approaches have been developed for modeling stream temperatures, but broad application of these models to USFS lands has been constrained by data limitations and poor predictive ability. RMRS scientists have developed an approach to modeling stream temperatures that requires a minimum of field effort by using existing temperature records in combination with GIS and remote sensing technologies. The approach is being applied in a central Idaho watershed to map thermal habitat networks for native fish species, but could also be used to forecast future habitat distributions, improve understanding of factors affecting stream temperatures, determine compliance with water quality standards, or optimize temperature sampling strategies.

Briefing Paper  |  Stream Temperature Modeling Website


Bull Trout Monitoring Research

Monitoring Bull Trout Populations

Bull trout are native to much of the Pacific Northwest, but population declines during the 20th century prompted listing under the Endangered Species Act. Several national forests have also selected bull trout as a Management Indicator Species, which makes monitoring a priority. Monitoring protocols have traditionally focused on tracking site level abundance, but these approaches can be costly to apply across broad areas and are being replaced in some instances by distributional monitoring. Researchers at the Boise Aquatic Sciences Lab have adapted distributional approaches for bull trout to create a monitoring protocol that can be applied rapidly and inexpensively while providing powerful trend detection across broader areas relevant to land management.

Briefing Paper  |  A Watershed-scale Monitoring Protocol for Bull Trout (RMRS-GTR-224)


LIDAR image of Elk Creek, Middle Fork Salmon River, Idaho

The Research Analysis and Technology Transfer Team (RATT) provides support for the AWAE Boise scientists during the entire research cycle. Some examples include GIS and remote sensing analysis, database design and management, web development and programming.

Briefing Paper   |   Team Information


Air, Water and Aquatic Environments - Technology Transfer Home Page

Technology Transfer Program - R1/R4/R6/RMRS

The USDA-USFS Boise Aquatic Sciences Lab Technology Transfer program, a shared program established in 1990 between the Rocky Mountain Research Station, and the Intermountain and Northern Regions, is focusing on defining, developing and delivering science and technical tools to assist aquatic practitioners, land managers and their     partners address aquatic issues of today and into the future.

Briefing Paper   |   Home Page


Rocky Mountain Research Station - Air, Water and Aquatic Environments Sciences Program
Last Modified:  Friday, 20 March 2009 at 14:31:26 EDT

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