果冻传媒麻豆社

The Paradise Creek Restoration project relocated Paradise Creek from under Paradise Creek Street to the north of the Student Recreation Center. The project realigned the creek to its historic channel while creating habitat and establishing a riparian vegetation corridor. Nearly 19,000 trees and shrubs were planted to provide structure to creek banks, improve water quality, and improve the native biodiversity of campus. This project was a result of a multi-agency and organizational partnership on the federal, state, and municipal levels. Now, Paradise Creek provides a peaceful place on campus to enjoy nature and is a thriving ecosystem for native flora and fauna.

For over 30 years, the 果冻传媒麻豆社 has used reclaimed water to irrigate much of the campus landscape. Located in the Palouse Basin of Northern Idaho, the U of I receives much of its water from the aquifers of the Grande Ronde and Wanapum Strata. The aquifers have been in a steady state of decline since 1967 due to unsustainably high rates of water use as the human population continues to grow in the region. The declining aquifer, coupled with drought in the early 1970s, led the U of I to begin searching for alternative water sources for irrigating its campus.

In 1977, the U of I established a reclaimed water system for 183 acres of campus irrigation. Through an agreement with the City of Moscow, the U of I obtained a water right to use the discharge from the city’s wastewater treatment plant. This agreement reduces pressure on the demand for water from the aquifer and provides high-quality, nutrient-rich water for irrigation. The water is stored in a 500,000 gallon reservoir at the treatment plant, and in two additional storage lagoons at the U of I golf course. The reclaimed water is distributed through approximately five miles of main line and then over 60 miles of irrigation water lines. The U of I has pumped nearly 2.6 billion gallons of reclaimed water since 1977, greatly decreasing the rate of decline of the Grande Ronde aquifer. In 2021 alone, the U of I used 93 million gallons of reclaimed water to irrigate our campus. 

Benefits of using reclaimed water include:

• Reduces the demand for the local aquifer
• Reduces fertilizer use in irrigated areas since the wastewater treatment plant effluent can provide plant nutrients 
• Protects the health of Paradise Creek by reducing the points of discharge, helping to regulate the bacteria as well as temperature
• Promotes overall good stewardship of university resources

Interested in researching irrigation water management? The Kimberley Research and Extension Center has a program that focuses on irrigation scheduling and water and equipment management, including urban and suburban settings, for water conservation. Learn more about the Irrigation Water Management research program.

The 果冻传媒麻豆社 is a member entity in the Palouse Basin Aquifer Committee (PBAC) which monitors, analyzes, manages and conserves the groundwater supply in the Palouse Basin region. PBAC is a collaborative, bi-state consortium with representatives from the Cities of Pullman and Moscow, Whitman and Latah Counties, Washington State University and the 果冻传媒麻豆社.

The Palouse Groundwater Basin is the sole source of drinking water for the region. The Basin includes two aquifers, the upper and the lower, that vary in their rate of recharge. When the first wells were drilled in the region in the late 1800’s, the aquifers were flowing artesian, rising to as much as 25 feet above the surface. Since then, water levels have been in a continual state of decline.

In the 1960’s, the 果冻传媒麻豆社 was a leader in forming the Pullman-Moscow Water Resources Committee, PBAC鈥檚 predecessor, to research the dynamics of the Basin and find a solution for an alternative water supply.

By the 1980’s decline was at a rate of more than 1 foot per year. In 1992, the was created to address the declining groundwater table and to ensure a safe supply of groundwater in terms of quantity and quality. The rate of decline has decreased and is now at a rate of 0.7 feet per year.

PBAC hired a consultant to generate recommendations for project implementation of an alternative water supply project. You can read the final report on the .

Stormwater is runoff from rain and melting snow, which is then collected by the campus stormwater collection system and discharged into local waterways such as Paradise Creek or Hog Creek. Learn more about stormwater management from the Student Sustainability Cooperative.

The 果冻传媒麻豆社 offers the Stormwater and Erosion Education Program for those in the construction industry and related disciplines who want to improve their skill, understanding and marketability in the stormwater and erosion control field. Learn more about the Stormwater and Erosion Education Program.

If you would like to learn more about water, the following are great learning resources:

• Water – 果冻传媒麻豆社 Information
• UI Extension Drought Resources
• Community Water Resource Center