Check out Resources on Nutrient Pollution and Best Practices. Click any link to view full resource.
Scientific American – June 2, 2016
Upgrading wastewater treatment plants can dramatically reduce a municipality’s nitrogen footprint. Upgrading wastewater treatment facilities as well as household septic systems can be expensive, but such measures can dramatically return bodies of water to health.
ScienceDaily – Michigan State University, August 3, 2015
The notion that septic tanks prevent fecal bacteria from seeping into rivers and lakes simply doesn’t hold water, says a 2015 study. A team of water detectives has discovered freshwater contamination stemming from septic systems.
Revised proposal that lays out the funding request details in partnership with Teton Conservation District that was submitted to the Teton County Commissioners and approved on June 30, 2020.
Montana Outdoors, July-August 2017
New research shows how underground floodplains maintain healthy river “immune systems”.
National Museum of Wildlife Art and Yellowstone to Yukon Conservation Initiative
Dr. Ric Hauer’s presentation of “Invisible Rivers Beneath our Feet” about gravel-bed ecosystems with a special introduction by Dr. Harvey Locke.
Science Advances Vol 2, No. 6 03 June 2016
In the glaciated regions of the Rocky Mountains, essentially from the Yellowstone area in northwestern Wyoming, United States, to Yukon, Canada, gravel-bed rivers are disproportionately important to regional biodiversity and to landscape-scale ecological integrity. Research conducted in this mountain region, across a wide variety of fields in ecology and diverse taxa, has highlighted the importance of these gravel-bed rivers to an unexpectedly high proportion of the region’s aquatic, avian, and terrestrial species. Although gravel-bed river floodplains play a disproportionately important role in sustaining native plant and animal biodiversity, they have also been disproportionately affected by human infrastructure and activities.
The New York Times
“A river doesn’t just flow down the channel,” said F. Richard Hauer, a professor of stream ecology at the University of Montana and the lead author of the paper. “It flows over and through the entire flood plain system, from valley wall to valley wall, and supports an extraordinary diversity of life…A river is a huge, huge biodiversity engine with multiple parts. If you keep taking out parts, pretty soon the engine stops.”
Published at the Yale School of Forestry & Environmental Studies
A recent outbreak of a deadly fish parasite on the Yellowstone River may have seemed unremarkable. But a new wave of research shows the episode was likely linked to the cumulative impact of human activities that essentially weakened the Yellowstone’s “immune system.”
Original Proposal for Philanthropic Support for Comprehensive Wastewater Master Planning in Teton County, Wyoming
As our population and the number of visitors to our valley have grown the patchwork of wastewater treatment plants, independent sewer districts and septic systems has become responsible for treating larger and larger quantities of waste and, as a result, these systems are no longer sufficient for properly removing enough nitrogen and phosphorus from wastewater before it is discharged into our surface or ground water. The lack of county-wide wastewater planning has led to a loss of efficiency and economies of scale while having adverse effects on the health of our residents and the health of our local waterways. In the absence of any coordinated wastewater planning, the economic, regulatory and environmental issues surrounding this issue will only increase – exponentially.
Many of the streams and creeks that flow into the Snake River in Jackson Hole have demonstrated elevated levels of algae that are well above what would be considered healthy for this area. Elevated algae levels can negatively impact fish habitat and human health. While we are not at crisis levels yet we want to solve this well before we get anywhere close. A prime cause of the algae is directly related to excess levels of nutrients entering the surface and ground water. It has been determined that one of the largest sources of this nutrient pollution comes from excessive residential lawn fertilizer applications.