The collaboration includes 31 researchers and 22 institutions across the nation. Nineteen members have served as principal investigators on 41 grants totaling more than $21.6 million from USDA National Institute for Food and Agriculture (NIFA) and other sources. Many of these efforts started with seed grants from the Horticulture Research Institute.
The award, given by the Experiment Station Committee on Organization and Policy, recognizes researchers who are conducting sustained, exemplary multistate activities and enhance the visibility of the multistate program. The working group is made up of researchers and extension agents from leading land grant universities and USDA-ARS units throughout the United States.
Water conservation and water quality are high priorities in the national ornamental plant industries because nearly all greenhouse crops and roughly three-quarters of nursery crops rely on irrigation.
“Drought, population changes, competition for water resources and new legislation increase the need to manage water resources more effectively and to investigate alternative sources for irrigation,” said Doug Buhler, director of MSU AgBioResearch, who nominated the project for the award. “In the nine years since its inception, this project addresses the interrelated issues regarding water management and water quality within the ornamental crop industries.”
Some key accomplishments of the project include:
- Creating management strategies to address the decreasing availability and quality of water for irrigation in the ornamental plant industries.
- Investigating water conservation methods and improving nutrient management practices to reduce usage and reduce impacts on runoff water quality.
- Discovering ways to reuse water or return clean water to the surrounding water systems. Concerns include agrichemicals, abiotic and biotic factors, substrate and nutrient management, and environmental, economic and social issues.
- Developing appropriate management strategies to mitigate urban environmental situations that degrade water resources.
For more information: