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联系

Physical Address:
E. J. Iddings Agricultural Science Laboratory, Room 10
606 S Rayburn St

Mailing Address:
875 Perimeter Drive MS 2332 Moscow, ID 83844-2332

Phone: 208-885-7982

Fax: 208-885-9046

电子邮件: calspubs@091206.com

位置

灌溉

2023 Small Grains Report

Packed with tons of agronomic data, disease ratings and end-use quality data — interspersed with reports about planting and weather conditions, insect and diseases issues and more. This 146-page...

Agronomics of Leasing Fields for Potato Production

Leasing or renting fields for potato production may make it easier for growers to either start an agricultural career or expand one but be forewarned: gather as much background information as you...

Buckwheat Production West of the Cascades

Naturally gluten-free, buckwheat has a variety of culinary uses regionally and internationally. Learn about market opportunities, how to establish a strong stand, and the best management and...

Center Pivot 灌溉 for 玉米: 水 Management and System Design Considerations in Southern Idaho

This bulletin describes the water requirements of the corn crop and explains how to manage a center pivot 灌溉 system to deliver enough water to the crop at the right times. It focuses on...

Cultural Management of Clearwater Russet 土豆

The Clearwater Russet is a russet-skinned potato variety developed by the Pacific Northwest Variety Development Program that was released in 2008. Its excellent processing quality helped to...

Deficit 灌溉 of a Diverse Irrigated Rotation: Jake Madison (Farmer-to-Farmer Case Study Series)

In our Farmer-to-Farmer Cast Study Series, explore innovative approaches that regional farmers are using to increase their resilience in the face of a changing climate. In this case study, Jake...

Estimating 水 Requirements of Hard Red Spring Wheat for Final 灌溉s

This publication teaches how to use the soil "feel and appearance method”, information on crop stage and soil type to determine whether and how much to irrigate. Authors: Roger Ashley, Larry...

Estimation of Sugar Beet Yield and Quality with UAV-Based Sensors

Efficient nitrogen (N) and water management are key for maximizing sugar yield in sugar beets. UAV-based remote sensing is increasingly being using as a tool for in-season N and water management...

Evaluating LESA 灌溉 Systems in Potato Production in Southern and Eastern Idaho

Low-elevation spray application (LESA) is an 灌溉 modification that places nozzles 1-2 feet aboveground. The lower nozzle height in LESA enables water droplets to spend less time in the air,...

Idaho Spring Barley Production Guide

Barley is one of Idaho’s most important crops. Although its harvested acreage has decreased in the past twenty years, the state is still the nation’s top barley producer. Published in 2003, this...

Inland Pacific Northwest 牧场 日历

The Inland PNW 牧场 日历 is a comprehensive guide intended to help improve grassland management of forage-livestock systems in the region. From eight chapters and eighteen appendices, learn...

灌溉 and Nitrogen Fertilization Affect End-Use Quality of Spring Wheat of Three Market Classes

水 and nitrogen are key ingredients in successful cropping systems, particularly in the challenging climates of the semiarid and arid regions of the western United States. This publication...

灌溉 Scheduling Using 水-Use Tables

Poor 灌溉 management can reduce crop yields, degrade crop quality, foster disease and increase pumping costs. This publication has information on using water-use tables to irrigate crops...

灌溉 Systems for Idaho 农业

Discusses and compares agricultural 灌溉 systems: surface systems, sprinkler systems, micro-灌溉 and drip 灌溉 systems. Author: Howard Neibling 8 pages

Managing 灌溉 水 Quality for Crop Production in the Pacific Northwest

Learn how to use water analyses to choose appropriate water treatment and water management practices in irrigated agriculture. The publication covers kinds of tests, sample collection,...

Managing Salt-affected 土壤 for Crop Production

Salt accumulation in soil can reduce crop yields and destroy a soil’s structure if not managed effectively. In this 21-page publication, learn how to test for and evaluate the salts present in...

Planning 水 Access for Small-Acreage Irrigators

Small acreage landscapes pose unique water-access problems, particularly when they are subdivisions of a larger-acreage property. Improve your navigation of these challenges by learning the basics...

Potato 灌溉 Management

Efficient 灌溉 management can increase marketable yield while reducing production costs by conserving water, energy and nitrogen fertilizer and while reducing potential groundwater...

Scheduling 灌溉 with a Pressure Chamber (Part 1)

How to use a pressure chamber as a tool to help you schedule 灌溉 in wine grape vineyards. The two most important questions you need to answer for 灌溉 scheduling are "How much?”,...

Scheduling 灌溉 with a Pressure Chamber (Part 2)

Step by step instruction on how to use a pressure chamber as a tool to help you schedule 灌溉 in wine grape vineyards. Alexander Levin walks through the steps of using a pressure chamber to...

Scheduling the Final 灌溉 for Wheat and Barley

水 management during grain formation is more important than ever, particularly with urban expansion and the subsequent increase in municipal water use. By investigating crop water-use patterns...

Spring Barley Quick Facts (2015 Southern Idaho)

This two-page fact sheet offers recommendations for growing spring barley in southern Idaho, with pointers or information on growth stages and development, rotation and seeding, 灌溉,...

Sugarbeet 灌溉 Management Using 水mark Moisture Sensors

Overwatering of sugar beets is common and that's unfortunate, because it allows root disease to flourish. Reduce its possibility by learning about soil moisture sensors — how to install and use...

Targeted Tank Mixtures for Weed Control in 土豆

Managing weeds in potato fields with an integrated approach — using all available cultural, 机械, chemical and biological tools — is more effective than relying on any single weed-control...

Wheat Characteristics under Varied 灌溉 and Nitrogen

Determining optimum water and nitrogen requirements is critical to improve the yield and quality of wheat grown in arid and semiarid regions of the western United States. Because wheat is an...

联系

Physical Address:
E. J. Iddings Agricultural Science Laboratory, Room 10
606 S Rayburn St

Mailing Address:
875 Perimeter Drive MS 2332 Moscow, ID 83844-2332

Phone: 208-885-7982

Fax: 208-885-9046

电子邮件: calspubs@091206.com

位置