- About WIP
- Participating Entities
- Animas-La Plata Water Conservancy District
- City of Durango Water Commission
- Colorado Water Resources and Power Development Authority
- Dolores Water Conservancy District
- Florida Water Conservancy District
- La Plata Electric Association
- La Plata Water Conservancy District
- Mancos Conservation District
- Mancos Water Conservancy District
- Pagosa Area Water and Sanitation District (PAWSD)
- Pine River Irrigation District
- San Juan Water Conservancy District
- Southwestern Water Conservation District
- U.S. Bureau of Reclamation
- Regional Water Projects
- Animas River Stakeholders
- Animas-La Plata Project
- Cloud Seeding Program
- Dolores Project (McPhee Reservoir)
- Dry Gulch Reservoir (Pending)
- Florida Project (Lemon Reservoir)
- Jackson Gulch Reservoir
- Long Hollow Reservoir
- Pine River Project (Vallecito Reservoir)
- Rio Blanco Restoration Project
- River Protection Work Group
- UMETCO (Urivan) Water Rights
- Water Information
- Contact WIP
National Academy of Sciences
Scientists with Lawrence Livermore National Laboratory
Sea level rise is here to stay, according to researchers with the Potsdam Institute for Climate Impact Research, who recently published a study combining evidence from early Earth’s climate history with comprehensive computer simulations using physical models of all four major contributors to long-term global sea-level rise.
Trees and the insects that eat them wage constant war. Insects burrow and munch; trees deploy lethal and disruptive defenses in the form of chemicals. But in a warming world, where temperatures and seasonal change are in flux, the tide of battle may be shifting in some insects' favor, according to a new study. In a report published today (Dec.
Most of the USA may have had a reprieve from crippling snowstorms so far this year, but remember the brutal winter of 2010-11? Continued onslaughts of frigid air and brutal blizzards made for a savage and deadly cold season across the country.
Each day, American municipalities discharge treated wastewater back into natural sources at a rate that would fill an empty Lake Champlain within six months. Growing pressure on water supplies and calls for updating the ancient subterranean piping infrastructure have brought new scrutiny to this step in the treatment process, which is labeled wasteful and unnecessary by a spectrum of voices.
August 30, 2011--Preserving 4 percent of the ocean could protect most marine mammal species (Environmental News Network)
Preserving just 4 percent of the ocean could protect crucial habitat for the vast majority of marine mammal species, from sea otters to blue whales, according to researchers at Stanford University and the National Autonomous University of Mexico. Their findings were published in the Aug. 16 edition of the Proceedings of the National Academy of Sciences.
May 11, 2011--New study reveals dangerous levels of flammable methane in drinking water wells (Colorado Independent)
A new scientific study conducted by researchers at Duke University for the first time shows drinking water wells closer to natural gas drilling activity contain higher levels of flammable methane gas that the federal government says could require “hazard mitigation” action.
March 3, 2011--Rising carbon dioxide is causing plants to have fewer pores, releasing less water to the atmosphere (Science Daily)
As carbon dioxide levels have risen during the last 150 years, the density of pores that allow plants to breathe has dwindled by 34 percent, restricting the amount of water vapor the plants release to the atmosphere, report scientists from Indiana University Bloomington and Utrecht University in the Netherlands in an upcoming issue of the Proceedings of the National Academy of Sciences
The drought of the last decade in the Southwestern United States is likely the warmest in more than a thousand years, new research suggests.
The volume of fresh water pouring from the world’s rivers has risen rapidly since 1994, in what researchers say is further evidence of global warming. The study, led by a team at UC Irvine, is the first to estimate global fresh-water flow into the world’s oceans using observations from new satellite technology rather than through computer or hydrological models.