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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

Pests and Pesticides

Pasture and Grazing Management in the Northwest

$18.00 The comprehensive resource for anyone who manages livestock on pastures in the Northwest, this 214-page book offers pasture managers information and tools to enable their pastures and their...

Meadow Voles and Pocket Gophers: Management in Lawns, Gardens, and Croplands

Starting with background on the biology and behaviors of gophers and voles, this publication dwells primarily on the gamut of ways to manage these widespread pests. Color photos. Authors: Danielle...

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...

Weed Control and Potato Crop Safety with Metribuzin

Effective use of metribuzin, a triazinone herbicide for weed control in potato fields, has evolved since our last publication a decade ago. This twelve-page update provides recommendations for...

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...

Idaho Forage Handbook (third edition)

This comprehensive information source for anyone who grows forage in Idaho or neighboring states covers topics from species and variety selection to pest control to harvest management, hay storage,...

Cleaning and Disinfecting Potato Equipment and Storage Facilities

One important step in preventing the spread of potato diseases from field to field is the careful cleaning of equipment used in potato fields and by the effective cleaning of storage facilities...

Rhizoctonia on Sugar Beet: Importance, Identification, and Control in the Northwest

In the 2000s, the incidence of root rot, which causes major sugar beet damage, increased in Idaho’s Magic Valley. Learn about the different kinds that exist and which ones to look out for in the...

Knotweed Shrubs: Identification, Biology, and Management

Being able to correctly identify the five knotweeds that grow in the Northwest can help you choose the best control strategies. Color photographs of the weeds accompany a detailed chart describing...

Early Blight Biology and Control in Potatoes

With a focus on Idaho conditions, this publication describes the symptoms and disease cycle of early blight in potatoes and recommends control measures including cultural control, resistant...

No Such Thing as a 'Murder Hornet': Asian Giant Hornet, an Invasive Species to Monitor

In 2019, an Asian giant hornet was spotted in Washington State, as well as in British Columbia, Canada. The invasive insect's siting, given its appetite for honeybees and its kill strategy (which...

Grasshopper Management in the Pacific Northwest

Grasshoppers are common plant-feeding insects in the Pacific Northwest but large numbers of them can devastate crops like alfalfa, cereals, corn, potatoes, and grasses. This publication will help...

Sugar Beet Root Maggot: Identification, Biology, and Management

The sugarbeet root maggot is a serious pest in southern Idaho. Learn how to manage this harmful insect by designing an integrated pest management (IPM) program. The IPM approach combines cultural...

Different Treatment Options for Russian Olive

Russian olive is a thorny, small, and highly invasive tree that thrives in southern Idaho's arid climate. The sometimes shrubby tree often crowds out native vegetation areas along the banks of...

Herbicide-Resistant Weeds and Their Management

Keep weeds in your fields from becoming herbicide resistant by rotating among herbicides regularly. Learn how and why in this publication. Especially useful is a color-coded chart to help you...

Wireworms in Idaho Cereals: Monitoring and Identification

Wireworms are among the most destructive soil insect pests, particularly of potatoes, corn, cereals, and carrots. Worse, their numbers are resurging in the Pacific Northwest and Montana. This...

Utilizing Barn Owl Boxes for Management of Vole Populations

Because they consume large quantities of voles, barn owls can help to manage rodent populations in Idaho. This handy publication will help you to attract more of these natural predators with its...

Managing Voles in Idaho Lawns and Landscapes

Voles can be managed without chemicals or with chemicals called 'rodenticides.' Nonchemical approaches include eliminating vole habitat, excluding voles from sensitive areas, and trapping. Toxic...

Nematodes Associated with Onion in Idaho and Eastern Oregon

The most common nematodes on onion in Idaho and eastern Oregon are root-lesion nematodes ( Pratylenchus spp.), root-knot nematode ( Meloidognye hapla ), stem nematode ( Ditylenchus dipsaci ), and...

Large Yellow Underwing: A Cutworm Pest in Idaho

Noctua pronuba (pronounced knock-TOO-ah pro-NEW-bah) is an accidentally introduced cutworm known as the large or greater yellow underwing for its distinctively colored adult moth stage. Learn the...

Weed Control Methods for Perennial Crops

Weed control for perennial crops requires more than yearly tillage and crop rotation. Indeed, practices like repeated cultivation, herbicide application, or their combination prove the best...

Farm Safety Series (English)

A sturdy envelope contains this series of 15 fact sheets designed to help farm and ranch managers conduct employee training on health and safety topics. Each fact sheet can be used as a master for...

Sugar Beet Root Aphids: Identification, Biology, and Management

Sugar beet root aphids are well named because they are a common pest of the popular vegetable. They attack the roots, in severe cases reducing tonnage and sucrose levels by more than 30%. Yet few...

Improving Sprayer Accuracy: Simple Methods for Correct Calibration

Improper sprayer calibration is not only expensive, but can damage farm crops and impact human and environmental safety. This publication gives detailed instructions, including mathematical...

Cultural Management of Clearwater Russet Potatoes

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...

Sugar Beet Nematodes in Idaho and Eastern Oregon

Crop losses caused by sugar beet nematodes can reach 80%. Successfully retard the possibility of this outcome by learning about the life cycles of three nematode species and suggested control...

Twospotted Spider Mite on Sugar Beet: Importance, Identification and Management

Since 2012, sugar beet production in Idaho, Oregon, and Washington has seen a significant increase in twospotted spider mites (TSSM) populations. This publication outlines the symptoms of a TSSM...

Potato Tuberworm: A Threat for Idaho Potatoes

Potato tuberworm has damaged potato crops in Oregon and could threaten Idaho potatoes. This publication describes the pest, its life cycle, and the damage it causes and goes into ways to manage the...

Alaska Field Guide to Potato Pests and Beneficial Insects in English and Russian

This 128-page pocket-sized manual helps potato field workers scout for and identify economically important diseases, insects, and weeds in potato crops in Alaska. Each pest or beneficial insect is...

Pesticide Record Keeping Using the OnePlan PAR

The publication describes state and federal record-keeping requirements that applicators can fulfill using Idaho's OnePlan Pesticide Application and Soil Fumigation Recordkeeping tool (PAR). It...

Sugarbeet Cyst Nematode: Impact on Sugarbeet Production in Idaho and Eastern Oregon

The sugar beet cyst nematode is the major pest that affects sugar beet production worldwide, accounting for more than 90% of losses caused by nematodes. The pest is particularly destructive in...

Alfalfa Nematodes in Idaho

This publication offers information for the alfalfa grower on various parasitic nematodes that affect their crops. It covers the distribution, life cycle, symptoms, impact, and management...

Economic and Environmental Impact of Nematode Research and Extension Program on the Idaho Agricultural Industry

This publication outlines the beneficial environmental and economic impact of nematode research on the Idaho agricultural industry. It has information on the historical perspective of research,...

Field Guide to Potato Pests in English and Spanish

$5.00 This 130-page pocket-sized manual helps potato field workers scout for common diseases, insects and weeds which can impact potato yields. Scouting is an important part of Integrated Pest...

Reading and Understanding Pesticide Labels

A pesticide label is a legal document whose content protects users, consumers, and the environment. This useful seven-page bulletin shows you how to read and understand this carefully crafted...

Barley Thrips Biology and Control

The barley thrips is a pest in Idaho that has caused economic damage in barley crops. This publication covers the damage, description, distribution and biology of barley thrips as well as treatment...

Identifying the Corn Blotch Leafminer

Large populations of corn blotch leafminer, a pest recently discovered in Idaho, can lead to crop losses similar to those caused by hail. This publication describes the pest and its impacts on corn...

Haanchen Barley Mealybug: A New Pest of Barley Emerges in Idaho

A new pest in at least four varieties of barley, the Haanchen barley mealybug, was found for the first time in southern Idaho's Bingham, Bonneville, Caribou, Jefferson, and Madison counties in 2003.

Soil Fumigation: A Tool for Sugar Beet Cyst Nematode Management

Nematodes are major sugar beet pests. One of the worst for growers in Idaho and eastern Oregon is the cyst nematode ( Heterodera schachtii ), which afflicts over half of the region's sugar beet...

Cereal Leaf Beetle

A pest of small grains, the cereal leaf beetle now occurs in 29 Idaho counties. Learn about its host plants, appearance, life cycle, damage, and control recommendations. Five color photographs...

Monitoring Insect Bucket Traps

Learn how to set up a bucket trap for monitoring flying insects. This method allows farmers, gardeners or other pest managers to learn more about insects entering their crops. The method works by...

Using Entomopathogenic Nematodes for Crop Insect Pest Control

Nematodes (nonsegmented, elongated, and colorless roundworms) can be beneficial or harmful to crops and other plants. The former (entomopathogenic nematodes) attack soilborne insect pests but are...

How to Reduce Bee Poisoning from Pesticides

Covers causes of bee poisoning in the PNW, signs and symptoms of bee poisoning, and ways growers, beekeepers, and pesticide applicators can reduce bee poisoning. Includes extensive tables listing...

Biology and Management of the Potato Tuberworm in the Pacific Northwest

Since 2000, potato tuberworm, a difficult-to-control insect pest, has been detected in Oregon, Washington, and Idaho. This publication describes its distribution, hosts, identifying characters, and...

Wireworm Biology and Nonchemical Management in Potatoes in the Pacific Northwest

Wireworms are among the most destructive soil insect pests, particularly of potatoes, corn, cereals, and carrots. Worse, their numbers are resurging in the Pacific Northwest and Montana. This...

Root-lesion Nematodes: Biology and Management in Pacific Northwest Wheat Cropping Systems

Plant-parasitic root-lesion nematodes are microscopic parasites whose damage (which includes lesions and predisposing a plant to infection) is often difficult to identify. This 14-page publication...

Cereal Cyst Nematodes: Biology and Management in Pacific Northwest Wheat, Barley, and Oat Crops

Cereal cyst nematodes reduce yields of wheat, barley, and oats in the Pacific Northwest states of Idaho, Oregon, and Washington. It is estimated that these pests reduce wheat profitability in these...

Identification and Habits of Key Ant Pests in the Pacific Northwest

This publication describes the 12 most common ants characterized as structural pests in Washington, Idaho, and Oregon. Drawings and descriptions follow an introduction to ants and their general...

Field Guide for Integrated Pest Management in Pacific Northwest Vineyards

To produce high-quality wine and juice grapes, effective pest management is essential. The second edition of Field Guide for Integrated Pest Management in Pacific Northwest Vineyards addresses this...

Large Raspberry Aphid (<em>Amphorophora agathonica</em>)

Large raspberry aphid, Amphorophora agathonica , is an important pest in red and black raspberries in the Pacific Northwest. It transmits plant viruses that cause decreased cane vigor and fruit...

Western Corn Rootworm in Eastern Oregon, Idaho, and Eastern Washington

Western corn rootworm ( xDiabrotica virgifera virgifera ) is a notorious corn pest for much of the continental United States. Although it isn’t as abundant in the Pacific Northwest, isolated...

Clover Root Curculio in Alfalfa: Identification, Biology, and Management

This publication helps growers in Idaho, Oregon, and Washington to identify clover root curculio infestations and to design an Integrated Pest Management (IPM) program for managing clover root...

Plant-parasitic nematodes affecting small grain cereals in the Pacific Northwest

Discusses several species of plant-parasitic nematodes that occur where small-grain crops are produced in the Pacific Northwest. Covers nematode biology, symptoms of injury, yield constraints,...

Integrated Pest Management for the Wheat Head Armyworm Complex in the Pacific Northwest

The wheat head armyworm complex is comprised of two armyworm species, Dargida diffusa (Walker) and Dargida terrapictalis (Buckett), which caused recent and sporadic damage to cereal crops in the...

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.

Pantry Pest Guide: Common Insect Culprits in Homes and Kitchens of the Pacific Northwest

The purpose of this guide is to help residents in the Pacific Northwest to identify common insect pests that occur in pantries and kitchens. This guide is not meant to be all inclusive, but is...

Six Steps to Calibrate and Optimize Airblast Sprayers for Orchards and Vineyards

In six steps, learn how to calibrate, optimize, and verify coverage for an airblast sprayer to ensure that you are getting every drop to the crop. Authors: Gwen-Alyn Hoheisel, Lav R. Khot, Michelle...

Seis pasos para calibrar y optimizar los rociadores de aire para huertos y viñedos

En seis pasos, aprenda a calibrar, optimizer y verificar la cobertura de un pulverizador de chorro de aire para asegurarse de que recibe cada gota en el cultivo. Autores: Gwen-Alyn Hoheisel, Lav R.

Invertebrate Pest Management for Pacific Northwest Pastures

Several species of insects (arthropods and gastropods) live in pastures of the Pacific Northwest, but unfortunately many of them can reduce its productivity. This well-illustrated publication...

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...

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