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Contact

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

Email: calspubs@uidaho.edu

Location

On-Farm Testing

2021 Small Grains Report: Southcentral and Southeast Idaho Cereals Research & Extension Program

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 160-page...

2022 Small Grains Report: Southcentral and Southeast Idaho Cereals Research & Extension Program

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 162-page...

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...

A Grower's Guide to Successful On-Farm Research

Interested in identifying a new crop rotation or adopting a new irrigation method to improve your yield, but worried about the time and money wasted if it doesn't work? Conduct your own on-farm...

Agronomic Zones of the Dryland Pacific Northwest

With an annual wheat harvest valued at $2.1 billion, producers in Idaho, Oregon and Washington know the value of farming practices adapted to each region, county and field. Researchers mapped...

Crop Yield in Barley-Pulse Intercropping Systems under Well-Watered and Drought-Stressed Conditions

Idaho leads the nation in barley production, even though eastern Idaho (the state’s largest contributor) receives very little annual precipitation. Applying shrewd irrigation management practices...

Effective Termination of Cover Crops before Planting Cash Crops

Because of legitimate concerns about weed potential, Idaho farmers often hesitate to plant cover crops, even though the practice improves soil health and fertility, among other documented benefits.

Enhancing Crop Diversity: Steve and Becky Camp (Farmer to Farmer Case Study Series)

Steve and Becky Camp farm near LaCrosse, Washington, in an area receiving about 12-14 inches of annual precipitation. In this publication, the Camps discuss their strategy for diversifying and...

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...

Estimation of Wheat Yield and Grain Protein with Handlheld and UAV-Mounted Sensors

Wheat grain protein levels depend on efficient uptake of nitrogen (N) — without it, optimized wheat yields are not possible. Monitoring your field’s N uptake is thus crucial. Using crop sensors to...

Managing Irrigation Water 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,...

Monitoring Soil Nutrients Using a Management Unit Approach

This publication focuses on how to design a soil nutrient monitoring strategy using management units or zones for soil testing and nutrient application. The management unit approach is designed to...

Monitoring Tools for a Potato Bruise Prevention Program

Potato bruising is costly. It lowers the quality of a crop, leading to customer rejections or direct waste. It's thus critical to quickly identify what is causing the injuries in your operation.

Nitrogen Management in Field Crops with Reference Strips and Crop Sensors

Learn how crop sensors and reference strips work and how to use them to fine-tune nitrogen (N) fertilizer applications to cut costs and increase revenues and yields. The techniques can be used in...

Nutrient Management Guidelines for Russet Burbank Potatoes

Efficient potato nutrient management systems are designed to ensure that all essential plant nutrients are available in appropriate amounts and at the most beneficial time to provide for optimal...

Optimum Nitrogen Rates for Wheat Depend on the Environment and Field-Specific Conditions

Nitrogen is vital for crops — it is an essential nutrient whose efficient absorption makes high crop yields possible. Despite significant developments in wheat breeding and nutrient management,...

Portable Test Kits for Diagnosing Potato Diseases

University of Idaho scientists evaluated commercially available portable test kits for diagnosing potato diseases, finding them generally accurate and easy to use. This publication discusses the...

Proper Sampling (Coring) of Hay Bales and Stacks

Bad nutrition diminishes any herd's productivity. Forage sampling is thus a key strategy that helps livestock producers to maintain or optimize their operation's output. This four-page bulletin...

Respiration of Potatoes During Storage

During potato harvest, respiration becomes a crucial metabolic process. Its effectiveness determines how well a potato survives storage. Learn more about the aerobic respiration process, its...

Sampling Agricultural Odors

Agricultural odors can be quite problematic for livestock producers, particularly when the neighbors begin to complain. Monitoring these unpleasant smells can help producers to gauge their severity...

Sampling Dairy Manure and Compost for Nutrient Analysis

Testing the nutrient content of dairy manure or compost reveals nutrient value and determines the application rate, but it must be done correctly. This six-page guide shows you how to conduct a...

Sampling Procedure to Diagnose Nematode Infestations

Nematodes are tiny wormlike plant pests that in the United States cause an estimated 10% drop in crop values annually. As Integrated Pest Management and Integrated Crop Production methods have...

Sampling the Moisture Content of Alfalfa in the Windrow: A New Tool Helps

Production of high-quality hay is vital for the dairy industry. Because forage moisture content determines its quality, producers need to know how to accurately measure the amount of water in...

Soil Testing to Guide Fertilizer Management

Regularly testing your soil will allow you to accurately spot problem areas and thus provide sustainable soil nutrient management. This updated version of a 1997 bulletin provides the basic...

Soil-Testing Procedures for Southern Idaho Soils

Crops require seventeen nutrients to thrive. To make sure your soil is providing them, soil sampling and testing are critical. This bulletin provides a brief overview of both by discussing how...

Southern Idaho Dryland Winter Wheat Production Guide

Wheat is an important crop throughout Idaho, especially in the dryland cropping areas of southern Idaho. However, the region's rolling landscape with high-wind and water-erosion potential plus low...

Storage Management of Dakota Russet Potatoes

Dakota Russet is a multipurpose and popular potato cultivar whose Pacific Northwest acreage has expanded in recent years. With increased yields comes larger storage volumes. Based on the results of...

Contact

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

Email: calspubs@uidaho.edu

Location