2014
2013
2012
2011
2010
2009
2008
2007
Apr 162013
April 16, 2013
 Molecular Lab for MAS |
 Foss 6500 NIR for protein |
 Planting Equipment |
 Combine |
 New Tractor and Headrow Planter |
 CBS Gel Electrophoresis System |
 Falling Number |
For more information contact Dr. Jianli Chen.
Apr 162013
April 16, 2013
 UICF Grace, a hard white winter wheat was released in 2009 and an invention disclosure was filed. President issued an invention award to Dr. Chen. |
 Dr. Chen obtained a Dr. Richard C. Heimsch Outstanding Research Award in 2011. This is the only research award presented by Gamma Sigma Delta Award Committee offered by the College of Agricultural and Life Sciences to research faculty. |
 Director of research collaboration Cathy Wilson from Idaho Wheat Commission visited the wheat breeder in Aberdeen in Dec.2011. The plot combine was invested by IWC in 2011. |
 A trade team from Taiwan visited Dr. Chen in July 2012 to discuss their interest in buying Idaho hard white wheat |
 Dr. Chen with a retired wheat breeder from CIMMYT |
For more information contact Dr. Jianli Chen.
Apr 162013
April 16, 2013
 Ping Li, visiting Ph.D student working on QTL mapping of coleoptile and root traits |
 Junli Zhang, PhD student working on mapping of yield and yield related traits |
 Fengzhi Wang, visiting scholar, 2009 |
- Brian Bowman, PhD student working on association mapping of water and nitrogen use efficiency
- Santosh Nayak, MS student working on QTL mapping of resistance to stripe rust
- Tyler, college student worked in summer 2009
- Celina, college student worked in summer in 2010 – 2011
- Curtis, college student worked in summer 2009 – current
- Additional MS assistantship is available but requires America citizenship
For more information contact Dr. Jianli Chen.
Apr 162013
April 16, 2013
 Quality analysis done market classes |
 Quality Lab Team |
 Whole Grain Analysis |
 Alkaline noodle dough |
 Quadromat Senior Mill – flour analysis |
 Bread Baking |
 Mixing Strength |
 Cookie Baking Test |
 Different baking products |
For more information contact Dr. Jianli Chen.
Apr 162013
April 16, 2013
Developing Wheat Cultivars for Idaho and World Markets | pdf
Variety improvement using EMS-mutagenesis | pdf
Variety improvement via wheat by maize hybridization | pptx
Variety improvement via marker-assisted selection
VMarker-assisted breeding for resistance to fusarium head blight | pdf
Development of herbicide resistant wheat cultivars
QTL mapping for genes related to stress tolerances
- Biotic stress tolerances
- Diseases | pdf
- Insects
- Abiotic stress tolerances
Triticeae CAP
- TCAP: Improving barley & wheat germplasm for changing environments | pdf
- TCAP newsletter August 2012 | pdf
For more information contact Dr. Jianli Chen.
Apr 162013
April 16, 2013
Soft White Spring
- Treasure
- Centennial
- Whitebird
- Pomerelle
- Alturas
- Jubilee
- UI Pettit
- UI Cataldo | pdf
- UI Stone | pdf
Hard White Spring
- Lochsa
- Lolo
- Idaho 377s
- IDO694
- IDO1203S
Hard Red Spring
- Iona
- Jefferson
- Jerome
- UI Winchester | pd
- IDO862
Hard White Winter
- Gary
- UI Darwin
- UICF Grace
- UI Silver
- IDO1209
Hard Red Winter
- Bonneville
- DW
- Boundary
- Juniper
- Moreland
- UI SRG | pdf
- IDO1103
Soft White Winter
- Lambert
- Brundage
- Simon
- Brundage96
- Bitterroot
- Bruneau
- UICF Lambert
- UICF Brundage
- Idaho 587
- IDO1108
For more information contact Dr. Jianli Chen.
Apr 162013
April 16, 2013
Idaho has diverse agricultural environments where five classes of wheat are grown. Wheat supports the Idaho industry which generates approximately $350 M per year on 1.2 M acres, with over 60% of wheat being grown in southern Idaho. Most of the wheat harvested from this region is for the export market. End-use quality is very important for new cultivars to be released. Over 60% of the wheat in this region is grown under irrigation. Stripe rust has been the destructive disease for wheat grown under irrigation. In 2005 and 2011 stripe rust caused significant yield loss for growers and quality reduction for wheat industry. Dwarf bunt and snow mold are endemic diseases under dryland wheat production. Low falling numbers caused by low temperature induced late maturity alpha amylase (LMA) also is a severe production problem. Due to the recent global climate change, increasing corn and notill practices, fusarium head blight (FHB) has become an immerging threatening disease, especially for spring wheat in southern Idaho.
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Our objectives are to develop an accelerated and internationally recognized wheat breeding and genetics program with emphasis on the development of spring and winter wheat cultivars with high agronomic adaptability to irrigated agriculture in the state of Idaho, with biotic and abiotic resistances, and with desirable end-use quality to meet the needs of the foreign and domestic wheat industry. The research program will focus on applied genetics and genomics that can accelerate variety release under national and international collaborations. The specific objectives are: 1) To develop desired wheat varieties and germplasm using an integrated breeding system combining traditional and mutant breeding methods with doubled haploid production and molecular marker-assisted selection; 2) To identify QTL/markers associated with grain yield, desirable end-use quality, resistance to stripe rust, dwarf bunt, snow mold, fusarium head blight, and late maturity alpha amylase; 3) To identify QTL/markers associated with improved water and nitrogen use efficiency in both wheat and barley materials from National Small Grain Collection; 4) To teach and provide training and supervision for graduate and under graduate students.
For more information contact Dr. Jianli Chen.
June 26, 2012
The annual University of Idaho Snake River Pest Management Research Tours are planned June 27 at Aberdeen Research and Extension Center and June 28 at the Kimberly Research and Extension Center.
Registration for the free tours that are open to the public will begin at 8 a.m. with the tour starting at 8:30. A sponsored lunch at noon will conclude the tours. Attendees will received 3 ISDA pesticide applicator recertification credits at each location.
The Aberdeen tour will focus on weed control in potatoes with a variety of herbicides and methods. Controlling the nightshades, sticky and hairy, will also be discussed at Aberdeen in relation to eradicating the pale cyst nematode and controlling potato virus Y.
The Aberdeen tour will also include research updates on potato variety herbicide safety and glyphosate carryover in seed potatoes.
The Aberdeen Research and Extension Center is located at 1693 South 2700 West.
Last year, the Aberdeen Research and Extension Center celebrated its centennial. This is a big year for the University of Idaho and its contributions to teaching, research and extension.
July 2 marks the 150th anniversary of Abraham Lincoln signing the federal Morrill Act, which founded the land-grant university system. As Idaho’s member of the original land-grant system, the University of Idaho was established in 1889, a year before statehood.
This year is also the 125th anniversary of the Hatch Act, which created state agricultural experiment stations. The Idaho Agricultural Experiment Station began operations 120 years ago a few months before the University of Idaho’s first classes began in 1892.
More information about the Aberdeen tour is available from Pam Hutchinson, (208) 397-4181, phutch@uidaho.edu.
June 26, 2012
The purpose of the program is to:
- Evaluate and report cereal cultivar performance at various locations in South Central and Southeastern Idaho.
- Evaluate and report management trials involving production and marketing of cereals.
- Provide training and support to cereal producers, agri-business personnel, and County Extension educators.
- Provide support to state and private breeding programs.
- Evaluate efficacy of new products and cereals management techniques.
- Investigate cereal disease problems and generate new disease management techniques.
Click here for more information about the program.
