Managing Irrigation Water Quality for Crop Production in the Pacific Northwest
Water management can be a practical and financial challenge in any situation. This publication focuses on analyses used for typical agricultural irrigation water sources.
Published: August 2007
Reviewed: January 2018
Hurry! Only left in stock.
somdn_product_pageRelated publications
-
Biosolids in Dryland Cropping Systems
This publication reviews the long-term benefits of municipal biosolids applications on soil health in dryland cereal and pasture cropping systems east of the Cascades. Biosolids were an especially eff ...
- Published:
- September 2018
- Revised:
- March 2023
- Reviewed:
- January 2023
- SKU:
- PNW716
Authors:somdn_product_page -
Sensor Sprayers for Specialty Crop Production
Sensor-controlled spray systems can help growers use fewer chemicals and less water while maintaining good pest control. Learn about the pros and cons of different types of sensor sprayers.
- Published:
- June 2019
- Reviewed:
- January 2024
- SKU:
- PNW727
somdn_product_page -
Soil Compaction in Annual Crop Production Causes, Impacts, and Solutions
Commonly recognized as a serious concern for agricultural production and environmental health, soil compaction leads to poor soil structure, restricted water movement, and reduced biological activity. Explore the causes, impacts, and practical solutions for healthier,…
- Pages:
- 14
- Published:
- April 2025
- SKU:
- FS396E
Authors:somdn_product_page -
Acidifying Soil for Crop Production: Inland Pacific Northwest
Soil acidification is used to reduce soil pH to improve crop performance and increase economic returns. Soil acidification is a long-term and expensive process, and should be considered on a site-s ...
- Published:
- September 2007
- Reviewed:
- January 2021
- SKU:
- PNW599E
somdn_product_page
