September 9, 2010
Marker-assited Breeding of Fusarium Head Blight Resistance in Wheat
Genomics-Accelerated Breeding for Abiotic Stress Resistance in Wheat
Pest Status and IPM adoption surveys
Production Systems and Wheat Varieties for Dryland Grain
Support Scientist Funding - Education for Idaho Wheat Production: Extension Cereal Nurseries
ARS Genotype and Environment Study
Control of Wheat Stripe Rust
Weed Control Systems for Wheat Production
Developing Soft White Winter Wheat for Idaho
Development of resistant wheat for Hessian fly
Extension Wheat Nurseries and Demonstrations
Assurance and Improvement of the Milling, Baking, and Nutritional Quality of Idaho Wheat
Developing Wheat Cultivars for Domestic and World Markets
Pacific Northwest Wheat Quality Council
The Cereal Sentinel, An Area Newsletter for SW Idaho Grain Producers

Project Number: xxx
Title: Control of Wheat Stripe Rust
Personnel: Xianming Chen, Research Plant Pathologist, USDA-ARS and Department of Plant Pathology, Washington State University
Phone: 509 335.8086
Email: xianming@mail.wsu.edu
Amount Funded: $12,000

HYPOTHESIS & OBJECTIVES:

Stripe rust is one of the most important diseases of wheat in the Pacific Northwest (PNW). The disease affects all classes and types of wheat and occurs in all agronomic zones. Without resistance, winter and spring wheat in the PNW can be infected. Stripe rust is most destructive in the high rainfall and irrigated zones.

Funding was granted to Dr. Chen who is working with University of Idaho wheat breeders to make the Idaho wheat germplasm resistant to the old and new races of stripe rust.

Recently these new races have been evolving so quickly, that testing all early generation breeding materials for this disease along with the other agronomic and quality parameters incorporated in each wheat seed, is more than one facility can adequately handle. With Chen’s help UI wheat breeders can increase breeding line evaluation and race monitoring work, areas that directly impact growers.

1) Monitor occurrence, distribution, and severity of rusts and determine population variation and epidemiology of wheat stripe rust.
2) Screen wheat germplasms and breeding lines for resistance to stripe, leaf, and stem rust; identify and create new germplasms for improving resistance to rusts especially stripe rust.