With more than 90 percent of water used for agriculture/irrigation in the San Juan/Dolores River Basin, the following provides useful information and resources kindly supplied, in part, with permission from the Southeastern Colorado Water Conservation District:
DARCA is a membership organization for the benefit of all types of irrigation enterprises – ditch companies, reservoir companies, laterals, private ditches, and irrigation districts. Membership is also open to interested individuals, professionals and government/corporate organizations. The DARCA mission is “to become the definitive resource for networking, education and advocacy” for our members.
The Family Farm Alliance is a powerful advocate for family farmers, ranchers, irrigation districts, and allied industries in seventeen Western states. The Alliance is focused on one mission – To ensure the availability of reliable, affordable irrigation water supplies to Western farmers and ranchers. The Family Farm Alliance is recognized as an authority on critical issues dealing with Western water policy.
Provides technical information, publications and training in best management practices, irrigation, salinity, and water quality. State and regional water quality specialists provide unbiased, research-based information to address a variety of water issues in Colorado. Also, visit their extremely useful website.
The Colorado Water Center brings together a rich history in water related education and research with diverse talent from 25 different departments at Colorado StateUniversity to form a group of educators and researchers interested in water resources.
The Colorado Water Resources Research Institute and the Northern Plains and Mountains Regional Water Program are currently developing an online regional and national clearinghouse of information, concerning agricultural water conservation, which highlights state of the art research and technology by international experts facing similar water constraints. The Clearinghouse will ultimately provide current, science-based information on a wide variety of agricultural water conservation issues.
Created to find solutions to the growing challenges that face our Colorado farms and ranches. Programs such as water quality, value-added, and niche marketing are helping Colorado improve the local economy, communities, and their livelihoods.
There are vast potential savings opportunities from water conservation measures in ditches and canals servicing the world’s food and livestock production. SmartDitch™ liners can increase water distribution in gravity-fed irrigation systems by as much as 90 percent – and at substantially lower costs than with alternative methods such as concrete or pipe.
Full irrigation is the amount needed to achieve maximum yield; however, when irrigation water is insufficient to meet crop demand, limited irrigation management strategies should be considered. These strategies manage the limited water to achieve the highest possible economic return. Restrictions on water supply are the primary reasons for using limited irrigation management. These restrictions may come in the form of mandated water allocations, from both ground water and surface water supplies, low yielding wells, or drought conditions which decrease available surface water supplies.
The key management choices for dealing with insufficient irrigation supplies are to: 1) reduce irrigated acreage; 2) reduce amount of irrigation water applied to all acres; 3) substitute low-water requirement crops for high-water requirement crops; 4) delay irrigation until a critical water stage; and 5) manage soil moisture to capture precipitation.
Crop residue cover and tillage practices play important roles in the way that crops use water, and also affect the ability of irrigation systems to replace that water. The effects of these practices and other influencing factors are discussed in this NebGuide. Tillage practices and crop residue management play an important role in the way that irrigation systems perform and are managed. Tillage practices affect the way that water moves into and off of the soil (infiltration and runoff). Tillage practices also affect the way that water moves from the soil into the atmosphere (evapotranspiration).
This NebGuide discusses the use of propeller type irrigation meters to monitor irrigation water use. Measuring irrigation water is important in efficient water management. Measuring water can be used for the following purposes: Checking irrigation efficiency, determining pumping plant efficiency, and detecting well and pump problems.
Accurate measurement of water helps producers increase irrigation efficiencies, and reduce both energy and costs. Flow measurement facilitates water management. This can be done with the use of a flow measuring device. Propeller meters can provide accurate measurement of flow rate and volume if properly selected, installed and maintained.
Provides a summary of the documented water savings options for irrigators in Colorado. It provides details regarding what options are available from water conservation, how these options are used to conserve water and expected water savings that can be achieved.
Plasticulture consists of Drip Irrigation and Plastic Mulch, explanation how plasticultures are helping farmers create an even better vegetable crop.
McCrometer has set the standard for propeller flowmeter technology in the agricultural and turf markets since 1955. Its uniquely-designed Mc Propeller line offers an economical and versatile flow measurement solution for a wide range of water applications, and is especially suited to dirty water flows.
Netafim offers a full range of products to satisfy all your drip/micro irrigation needs – including dripperlines, sprinklers, filters, valves, crop management technologies and other vital system support – such as technical education and agronomic expertise.
Diversity D offers consultation, design & installation for new systems. In addition, they offer service for existing systems.