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Ag Water Conservation/Management

This focus area is designed to empower agricultural water users and managers to maximize efficiency of water use, conserve irrigation water, and minimize adverse impacts of irrigation and other water management practices to the environment. In addition, it enhances capacity of agricultural consultants, technical service providers, educators, researchers from the outline writing service https://exclusive-paper.net/do-my-outline-for-me who are responsible for providing the entire methodological base, communication with students of various institutes, teachers, startup investors, policy-makers, and other professionals to advise, mentor, and educate water users regarding best management practices applicable to agricultural water conservation.

Agricultural Water
Population growth and climate variability are increasing pressures on limited water resources, and extensive collaboration is needed to develop long-term working solutions to this complex issue. Agriculture consumes an estimated 90% of available water resources in the western US, and future water needs for an expanding urban population will likely come from agriculture. Reduced water resources in agriculture will add to the challenge of meeting a growing global demand for agricultural outputs. Therefore, it is increasingly urgent for farmers, water managers, extension agents, and policy-makers to understand agricultural water conservation methodology, technology, and policy to make informed management decisions.


Reliable information on the subject is often not readily available to water users, especially outside of the academic and government communities. The USDA-NIFA Northern Plains and Mountains Region Water Team (NPM) has addressed the need for increased knowledge, understanding and adoption of agricultural water conservation through an innovative web-based project. The Agricultural Water Conservation Clearinghouse (AWCC) seeks to join communities of practice to collaboratively address the complex issues of agricultural water use. Social media resources help to develop connections among community members and with the AWCC.

The AWCC is designed as a comprehensive resource for the latest news, research, literature and tools related to agricultural water conservation. The focal point of the AWCC is a library that contains published materials and is also populated by contributions from Extension specialists, research scientists, and educators, providing a refined bibliographic review of agriculture water conservation grey literature. The library and database encompass refereed journal articles, books, reports, theses and dissertations, conference proceedings, and contains over 3,600 entries. The library has been searched by over 14,600 users since it was unveiled in 2008 and participation continues to grow. Building the AWCC through partnerships, the NPM team has formed relationships with several irrigation and water-related organizations. These partnerships have increased access to proceedings and reports published through these organizations. Until recently, much of this literature has only been available in hard copy and was not available from traditional library or web sources.

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  • Ag Water Conservation Clearinghouse
  • Ag Water Conservation White Paper (Colorado Agriculture Water Alliance)
  • Attitudes Toward Agricultural Water Use in the West
  • Irrigating With Limited Water Supplies
  • Assessment of Irrigation Water Management and Demonstration of Irrigation Scheduling Tools
    (Part I) (CSU/AES Technical Report 01-6)
  • Assessment of Irrigation Water Management and Demonstration of Irrigation Scheduling Tools
    (Part II) (CSU/AES Technical Report 01-7)
  • Best Management Practices for Irrigation Management (CSU fact sheet XCM-173)
  • Crop Water Use and Growth Stages (CSU fact sheet 4.715)
  • Diffuse Sources of Nitrogen Related to Water Quality Protection in the Northern Great Plains
    (NDSU fact sheet – ER 62)
  • Estimating Soil Moisture (CSU fact sheet 4.700)
  • Growing Guidelines for Using Conservation Tillage Under Furrow Irrigation (CSU/AES Technical Report 02-6)
  • Impact of Irrigation Efficiency Improvements on Water Availability in the South Platte River Basin Part I (CWRRI TR-13)
  • Impact of Irrigation Efficiency Improvements on Water Availability in the South Platte River Basin Part II (CWRRI TR-13)
  • Impact of Irrigation Efficiency Improvements on Water Availability in the South Platte River Basin Part III (CWRRI TR-13)
  • Impact of Irrigation Efficiency Improvements on Water Availability in the South Platte River Basin Part IV (CWRRI TR-13)
  • Impact of Irrigation Efficiency Improvements on Water Availability in the South Platte River Basin Part V (CWRRI TR-13)
  • Improving Efficiency in Agricultural Water Use (CWRRI CR-08)
  • Irrigation Management in Colorado: Survey Data and Findings (CSU/AES Technical Report)
  • Irrigation Power Unit Selection (NDSU fact sheet – AE 88)
  • Irrigation Pumping Plant Efficiency (CSU fact sheet 4.712)
  • Irrigation Scheduling (CSU fact sheet 4.708)
  • Irrigation Scheduling by the Checkbook Method (NDSU fact sheet – AE 792)
  • Irrigation Scheduling: The Water Balance Approach (CSU fact sheet 4.707)
  • Irrigation Water Quality Criteria (CSU fact sheet 0.506)
  • Microirrigation for Orchard and Row Crops (CSU fact sheet 4.703)
  • Modules Designed to Efficiently Allocate Irrigation Water Use Based on Crop Response to
    Soil Moisture Stress Part I (CWRRI TR-08)
  • Modules Designed to Efficiently Allocate Irrigation Water Use Based on Crop Response to
    Soil Moisture Stress Part II (CWRRI TR-08)
  • Modules Designed to Efficiently Allocate Irrigation Water Use Based on Crop Response to
    Soil Moisture Stress Part III (CWRRI TR-08)
  • Nitrogen and Irrigation Management (CSU fact sheet 0.514)
  • Operation and Maintenance of Irrigation Wells (NDSU fact sheet – AE 97)
  • Subsurface Drip (SDI) (CSU fact sheet 4.716)
  • The Role of Tributary Ground Water in Irrigated Crop Production in the South Platte Basin
    (CWRRI OFR-3)
  • PNW: Water Conservation and Agricultural Water Management
  • PNW: AG 101 — How Agriculture Works
  • PNW: Growers Make Water Quality a High Priority
Continuing Education Study Materials for Certified Crop Advisors
Water availability for irrigation in the Western United States is often limited, and in many cases, declining. Below-average snow pack, drought, interstate conflicts, ground water pumping restrictions, and declining ground water from non-renewable aquifers have all contributed to declining water supplies for irrigation. These water shortages have been occurring in many western U.S. irrigated watersheds and ground water basins to some degree for the past several years. Combined with water transfers from agriculture to municipal and industrial uses and increasing recreational and environmental demands for water, the relevance of irrigation management with limited water supplies has greatly increased.


In response to these growing demands on available water and the necessity of focusing on agricultural water use and conservation today and in the future, the NPM Regional Water Program partners has developed a series of training modules for Certified Crop Advisers (CCA) and other agricultural management professionals, intended to build upon concepts and suggestions for limited-irrigation management, provide updates on research projects relevant to the topic of limited water irrigation, and suggest further resources and techniques for managing irrigated cropping systems under tighter water supplies.

CCAs wishing to study the content of these modules and apply for certification renewal credits should access the modules and quiz questions through the CCA web page of the American Society of Agronomy’s web page.

 

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