United Soybean Board Production Program Ed Ready Program Manager.

Slides:



Advertisements
Similar presentations
Plenish® High Oleic Soy
Advertisements

The Future of the Seed Business
Rajesh P. N. Henry T. Nguyen’s Laboratory Division of Plant Sciences and National Center for Soybean Biotechnology Genomic Strategies For Soybean Oil Improvement.
Breeding and Genetics Tools Dr. Brent Hulke Research Geneticist.
◘ The Plant Breeding and Genetics Institute – National Center of Seed & Cultivar Investigation is one of the leading centers of agricultural science in.
ICAR-ICARDA Collaborative Research
“The Role of Agribusiness in Enhanced Nutrition” World Food Prize 2005 International Symposium October 13, 2005 Erik Fyrwald Group Vice President DuPont.
Variety Selection in Pest Management Bruce Potter IPM Specialist University of Minnesota Extension Service SWROC “Remember, I’m only the messenger”
Efficiency in Farming systems Survey – enhancing cooperation with IITA.
John C. Walker, Director, Interdisciplinary Plant Group Bioenergy Summit, April 17, 2009 How Plant Biology Research at MU Is Helping the U.S. Achieve Its.
Pioneer Hybrids Lonnie Smith
NATIONAL PROGRAM 302: PLANT BIOLOGICAL AND MOLECULAR PROCESSES THE LAST 5 YEARS Leon Kochian, Don Ort and Carroll Vance.
PLANT BIOTECHNOLOGY.
PLANT BIOTECHNOLOGY. Biotechnology Bio  Biology Technology  Application The application of Biology for the benefit of humans.
A multi-state, multi-institution project, funded by USDA/CSREES dedicated to the genetic improvement of US wheat through research, education and extension.
Organic Chemistry.
Barley – Molecular Breeding IAMZ 2015 Patrick Hayes Dept. Crop and Soil Science Oregon State University Corvallis, Oregon USA
Towards utilization of genome sequence information for pigeonpea improvement By ICAR institutes, SAUs and ICRISAT.
Week 1, Quiz 3 – Are you ready?. 1. Is less dense than water. 2. Is a polar substance. 3. Is more dense than water. 4. Is a nonpolar substance. Countdown.
2007 Virginia Farm Bureau Annual Convention Development of Low Lin and other Value-Added Soy Varieties for Virginia Dr. Katy Martin Rainey Crop Genetics.
COURSE OBJECTIVES: to gain knowledge about
Landscape genomics in sugar pines (Pinus lambertiana) Exploring patterns of adaptive genetic variation along environmental gradients. Carl Vangestel.
Phenotyping Clare Coyne & Melanie Harrison-Dunn, curators.
United Soybean Board Update Jim Stillman, Treasurer United Soybean Board (USB)
 Journal: Balance the following equation:  ___ Zn + ___ HCl  ___ ZnCl 2 + ___ H 2.
What are the problems? Lower yield potential of varieties
1 Research Priorities in Food Crops Krishi Bhavan, New Delhi 7 September2011 Swapan K. Datta DDG (Crop Science), ICAR.
Carbohydrates Proteins Lipids Nucleic Acids CarbohydratesLipids ProteinsNucleic Acids Function: Provide energy Monomer: Monosaccharide ex: glucose Polymer:
Fats Challenge How does polarity impact the structure of fats!
The Science of Meaningful GMO Labeling October 20, 2015 Elizabeth Vierling Distinguished Professor Biochemistry & Molecular Biology UMass Amherst.
Gene Bank Biodiversity for Wheat Prebreeding
Development and characterization of the common bean diversity panel (ADP)
3DM: Protein Super-family Platforms 3DM Protein super-family data integration Tom van den Bergh Bio-Prodict.
WHAT ARE WE MADE OF? ORGANIC COMPOUNDS ORGANIC COMPOUNDS (polymers) CONTAIN the elements CARBON AND HYDROGEN (along with others) BASIC BUILDING BLOCKS.
Barley Research in TIAR Meixue Zhou. Barley Research in TIAR s Breeding –Long season and high rainfall areas - Franklin –Spring sown barley – Vertess.
United Soybean Board Established in ’91 Governed by 70 Board Members Represent approx. 600,000 soybean producers.
Investigators Institution Expertise
World Agricultural Outlook Board Interagency Commodity Estimates Committee Forecasts Lockup Briefing November 10, 2014.
The New USB Susan Luke, Staff Lead Communications Coordination.
GEM Annual Report M. Blanco USDA-ARS NCRPIS GEM - December 8, G ermplasm E nhancement of M aize.
Soy Meal Overview USB Partnership Workshop St. Louis, MO May 30, 2013.
Discussion Group: Breeding Jatropha Breeding Break out: What needs to be done? Natural Variation/Analysis of plant genetic resources (need to focus on.
Fall HORT6033 Molecular Plant Breeding
CRISPR-Cas Representing Abundant Potential for Agriculture
Application of Biotechnology in the Field of Agriculture
Biotechnology 101 Wendy Srnic,
MK MINERALS An Evaluation of Soybean Response to an MK Minerals Pelletized Calcium Program 04-MKM Yield by Treatment YIELD Bushels Per Acre Potash.
BREEDING LOCALLY-ADAPTED PULSE CROPS FOR ENHANCED YIELD AND SEED QUALITIES: AN INTEGRATED, OUTCOME-BASED PLAN FOR ARS Karen Cichy ARS East Lansing,
23/07/2018 Key issues WP 2 Sustoil, Foggia 24 April 2009.
Hire Toyota Innova in Delhi for Outstation Tour
Project: Physiological and Molecular Basis of Abiotic Stress Tolerance in Wheat, mustard and Chickpea Sub- project: Plant growth regulators in amelioration.
W. Wen, T. Guo, V.H. Chavez T., J. Yan, S. Taba CIMMYT
الجفاف وآثاره على النبات
Bioinformatic Resources
Pre-Breeding and Trait Discovery
التعامل مع ضغوطات العمل إعداد وتقديم إقبال المطيري
Geneomics and Database Mining and Genetic Mapping
Figure 27.1 Metabolic fate of the foods we eat.
Knowledge of a gene or it’s gene product is necessary and essential
Identify the Four Macromolecules and their Functions
“TaqMan genotyping Assay’’
Week 4, Lab 2 10/1.
The 4 Macromolecules Foldable.
Figure Number: 26-00CO 26-00CO Title: Stearic and Linoleic Acids
University of Wisconsin, Madison
Aim: Organic Compounds # 2 - Proteins
Plants Genome modification
© The Author(s) Published by Science and Education Publishing.
Nutrient Management Planning
Presentation transcript:

United Soybean Board Production Program Ed Ready Program Manager

Target Areas Yield –Protect existing yield potential Biotic Stress Resistance (SCN, SDS, Rust, etc.) Abiotic Stress Resistance (Drought) –Improve genetic potential

Target Areas Composition –Improve Fatty Acid Composition –Increase Protein Level –Improve amino acid balance –Reduce phytate phosphorous

Correlation with National Program 302

USB-Funded Projects with ARS Involvement Yield –Evaluation for Rust Resistance –Identification of and Utilization of Exotic Germplasm to Improve Productivity –SNP Discovery and Mapping –Drought Stress Tolerance –SCN Resistance

USB-Funded Projects with ARS Involvement Composition –Development of High Protein Soybean Meal (includes reduced Phytate) –Development of low saturate, mid-oleic, low linolenic oil

USB-Funded Projects with ARS Involvement Genomics –Soybean Genomics Executive Committee –Development of Physical Map

United Soybean Board Production Program Ed Ready Program Manager