Skip to Main Content Area
Pacific Northwest Plant Disease Handbook logo
login
  • Hosts and Their Diseases

    • Host and Disease Descriptions

    • Cultivar Susceptibility Tables

  • Diagnosis and Testing

    • Disease Diagnosis and Control

    • Testing Services

  • Pathogen Articles

    • Pathogens Common to Many Plants

      • Oregon’s Most Unwanted: Invasive Species
      • Nematodes
      • Oomycetes
      • Fungi
      • Bacteria and Other Prokaryotes
      • Viruses and Viruslike Pathogens
      • Parasitic Plants of Oregon
      • Tree Decline
    • Nonpathogenic Phenomena

      • Mycorrhiza
      • Thatch in Home Lawns
      • Algae, Lichens, and Mosses on Plants
      • Care and Maintenance of Wood Shingle and Shake Roofs
      • Winter Injury of Landscape Plants in the Pacific Northwest
      • Plant Nutrition Diagnosis
      • Key to Nutrient Deficiencies in Vegetable Crops
      • Key to Nutrient Deficiencies of Deciduous Fruit and Nuts
      • Fluorine Toxicity in Plants
  • Pesticide Articles

    • Fungicide Theory of Use and Mode of Action

    • Fungicide Resistance and Fungicide Groups

    • Fungicide Families or Groups

    • Fungicides, Bactericides, and Nematicides

    • Fungicide and Pollen Interactions

    • Biofungicides and Plant Activators Registered in Oregon

    • Materials Allowed for Organic Disease Management

    • Fungicidal Activity and Nutritional Value of Phosphorous Acid

    • Horticultural Spray Oils

    • Seed Treatments

    • Fungicides for Disease Control in the Home Landscape

    • Spray-tank Adjuvants

    • Improving Spray Efficiency

    • Preparing Tank-mix Bordeaux Mixture

    • Limes in Sprays for Disease Control

    • Tree Wound Paints

    • Treating Irrigation Water to Eliminate Water Molds

    • Fumigation

  • Safety Information

    • Using Pesticides Safely

    • How to Reduce Bee Poisoning from Pesticides

    • Safety Checklist

  • Resources

    • Glossary

    • Reference Tables

  • Order Handbook

Search entire site

Pesticide Articles

  • Fungicide Theory of Use and Mode of Action
  • Fungicide Resistance and Fungicide Groups
  • Fungicide Families or Groups
  • Fungicides, Bactericides, and Nematicides
  • Fungicide and Pollen Interactions
  • Biofungicides and Plant Activators Registered in Oregon
  • Materials Allowed for Organic Disease Management
  • Fungicidal Activity and Nutritional Value of Phosphorous Acid
  • Horticultural Spray Oils
  • Seed Treatments
    • Vegetable Seed Treatment
    • Barley, Oat, Rye, Triticale, and Wheat Seed Treatments
    • Fungicide Effectiveness as Seed Treatments for Cereal Diseases
  • Fungicides for Disease Control in the Home Landscape
  • Spray-tank Adjuvants
  • Improving Spray Efficiency
  • Preparing Tank-mix Bordeaux Mixture
  • Limes in Sprays for Disease Control
  • Tree Wound Paints
  • Treating Irrigation Water to Eliminate Water Molds
  • Fumigation
Home › Pesticide Articles

Seed Treatments

Vegetable Seed Treatment
Barley, Oat, Rye, Triticale, and Wheat Seed Treatments
Fungicide Effectiveness as Seed Treatments for Cereal Diseases
  • Print-friendly version
A Pacific Northwest Extension Publication
Oregon State University
Washington State University
University of Idaho
In case of emergency
Call your poison control center: 1-800-222-1222
If the patient has collapsed or is not breathing: call 9-1-1
Poison Safety Information
Pacific Northwest Handbooks
PNW Weed Management Handbook
PNW Insect Management Handbook
PNW Plant Disease Management Handbook
Copyright © 2013 Oregon State University  |  Disclaimer  |  Web Disclaimer