University of Illinois-Carbondale

Carbondale, IL

Associated Projects

Year Project Name Funded
2015 Accelerating soybean yield and composition improvement through genomic selection $354,328
2015 Improving Pod Count: Quantifying Physiological Determinants of Soybean Pod Number $60,000
2015 Nitrogen-on-beans initiative $75,000
2015 Soybean Disease and Insect Pests Managed Research Area (MRA) $250,000
2015 Trends in Illinois soybean production practices and attitudes $88,420
2015 Weeds: Herbicide resistance testing in Waterhemp and Palmer amaranth $24,153
2015 Weeds: Identification and tracking of Palmer amaranth in Illinois $32,333
2014 Development of a Rapid Test for Measuring Soybean Cyst Nematode Virulence (1420-532-5620) $121,824
2014 Increasing profits through genetic resistance to SDS $166,925
2014 Mapping genes referring resistance to white mold $25,000
2014 Sustaining Fungicide Performance through Fungicide Resistance Outreach Education (1420-732-7232) $29,800
2013 A novel biofungicide against Asian Soybean Rust and its effectiveness in other yield-reducing fungal Soybean Diseases $23,400
2013 Breeding and Biotechnology (Managed Research Area) $300,000
2013 Detection and visualization of the SDS toxin(s) in soybean tissue using infrared imaging $10,728
2013 Determine the net energy of soybean meal $50,000
2013 Evaluate the relationship between soybean meal level in the feed and health benefits in disease challenged pigs $25,000
2013 Evaluation of Heterodera glycines (SCN) and Macrophomina phaseolina interaction in soybean $36,261
2013 Genetic and Genomic Analysis of Soybean Cyst Nematode Virulence (1320-532-5620) $144,800
2013 High yield management strategies $80,000
2013 Illinois soybean meal technical support $25,000
2013 Illinois Soybean Producer Profitability and Competitiveness Initiative $50,000
2013 Increasing and protecting yield through the use of targeted genetic resources: Genetic diversity and mapping new genes for resistance to SCN race 5 $37,520
2013 Measurement of digestible amino acids, metabolizable energy and digestible phosphorus in soybean meal $50,000
2013 Measuring baseline key performance indicators $850,000
2013 Palmer amaranth: A looming threat for Illinois soybean production $20,000
2013 Project 3: Increasing and protecting yield through the utilization of exotic genetic resources at UIUC $0
2013 Six secrets of soybean success $25,000
2013 Survey for multiple resistance in priority Illinois weeds $25,000
2013 VIPS: Mining VIPS data for crude protein correlations $10,000
2013 Weed Management (Managed Research Area) $1
2013 Winter annual weed management and cover crop strategies $20,000
2012 Nested association mapping (NAM) of genes controlling soybean yield and other key traits $42,972
2012 Nested Association Mapping to Identify Yield QTL in Diverse High Yielding Elite Soybean Lines – Continued Evaluation (Year 1 of 2241) $280,000
2011 Analysis of soil microbial communities associated with soybean yields $50,000
2011 Antimicrobial activity of the SCN gelatinous matrix and its relation to the activity of natural and applied biological control agents in SCN-infested soil $35,000
2011 Applications of photonic crystals assays to discover and validate genes involved in seed protein composition or disease resistance $60,000
2011 Compositional analysis of whole soybean grain by Raman transmission spectroscopy: A pilot study $155,504
2011 Educational pamphlet for soybean producers on maximizing the performance of soil-residual herbicides $10,000
2011 Evaluation of soybean cyst nematode: Rhizoctonia solani interactions $41,374
2011 Evaluation of the effect of SCN on the genetic gain of soybean varieties in Illinois and the US $34,520
2011 Evaluation of varieties across eras of soybean breeding $24,116
2011 Fungicide resistance monitoring of the frogeye leaf spot pathogen $29,974
2011 Genetics of Resistance in PI Accessions with Resistance to Multiple Soybean Aphid Biotypes-Addendum to USB #0243 (1290) $50,473
2011 Illinois soybean disease monitoring and reporting program $34,178
2011 Invasive insect survey of Illinois soybean fields $18,964
2011 Is the ideal soybean seeding rate dependent on weed control strategy? $27,000
2011 Maximizing the value of soil residual herbicides $60,000
2011 Multi-site foliar and seed treatment fungicide evaluation program $54,033
2011 National Soybean Research Laboratory outreach and extension associates $35,000
2011 Next generation sequencing of the soybean cyst nematode genome: A comparative genomics analysis of virulent and avirulent biotypes $79,288
2011 Optimizing your weed management investment $35,000
2011 Prevalence of viruses infecting fungal pathogens of soybean $21,000
2011 SCN assessments $76,000
2011 Screening Illinois weed populations for glyphosate-resistant biotypes $15,000
2011 Sequencing the genome of the soybean aphid $199,866
2011 Soybean yield response to post emergence glyphosate tank-mixtures $75,000
2011 Sudden death syndrome (SDS): Obtaining consistency for evaluating field resistance $24,000
2011 Survey for multiple resistance in waterhemp $20,000
2011 Targeting phenylpropanoid products to reduce the virulence of SCN and improve the survival of soybean (Glycine max) $51,776
2011 Validation of Japanese beetle economic thresholds on soybean $26,528
2011 White mold (Sclerotinia stem rot) management $29,271
2011 Yield challenge and VIPS $57,350
2010 Development of a rapid test for glyphosate-resistant waterhemp $66,914
2010 Impact of Japanese beetle defoliation on soybean yield and survey for natural enemies of Japanese beetle $16,893
2010 Map the locations of genes from soybean plant introductions that can improve soybean yield and disease resistance $1
2010 Revealing the blueprint for soybean seed composition using the "next generation" sequencing $60,000
2010 Tagging Rag1 Virulence in the Soybean Aphid with DNA Markers (Year 1 of 0243) $59,918
2010 The sudden death syndrome research alliance $275,698
2009 Application of Biotechnology to Control of the Soybean Cyst Nematode - Genomic Analysis of Soybean Cyst Nematode Virulence (Year 3 of 7252) $150,800
2009 Compositional Analysis of Whole Soybean Grain by Transmission Raman Spectroscopy: A Pilot Study (Year 1 of 9282) $155,504
2009 Coordination of Regional Soybean Cyst Nematode (SCN) Tests (9209) $58,443
2009 Development of Varieties with Increased Protein Concentration (Year 2 of 8224) $24,207
2009 Identification and Utilization of Resistance to Soybean Rust (Year 1 of 9235) $568,752
2009 Inheritance of Resistance, Map Location, and Genetic Relationships of Multiple Sources of Resistance (Year 3 of 7243) $58,500
2009 Managed Research Area: Soybean Cyst Nematode (SCN) $0
2009 Managed Research Area: Soybean Diseases and Insect Pests $0
2009 Managed Research Area: Soybean Germplasm and Breeding Research Initiative $485,000
2009 Managing soybeans for high yields $15,000
2009 MRA-Project #1: Soybean Diseases and pests surveys $30,000
2009 MRA-Project #10. Fungicide resistance monitoring and overwinter survivability of the frogeye leaf spot pathogen, Cercospora sojina $29,000
2009 MRA-Project #12: Foliar fungicides: Their control of Illinois foliar diseases, and their effect on soybean yield and green stem disorder $62,000
2009 MRA-Project #13: Evaluation of fungicide seed treatments on performance of soybean in Illinois, and impact of soybean cyst nematode on the efficacy of seed treatments $32,000
2009 MRA-Project #14. Herbicides, strobilurin fungicides and implication for Rhizoctonia root rot of soybeans $30,000
2009 MRA-Project #15: Interaction of anthracnose and charcoal rot on green stem incidence $20,000
2009 MRA-Project #17: High impact outreach and education $7,098
2009 MRA-Project #2: Interaction of management tactics for soybean aphid, including host plant resistance $28,579
2009 MRA-Project #2: Utilize wild perennial Glycine species by wide hybridization technology to integrate agronomically desirable traits into soybean varieties $0
2009 MRA-Project #3: Combine and integrate new genetic sources of high yield potential, disease resistance, and composition into elite soybean germ plasm $0
2009 MRA-Project #3: Refining our ability to forecast population of soybean aphids and field releases of Binodoxys communis $19,158
2009 MRA-Project #4: Generation of recombinant inbred SCN lines for the identification of SCN virulence genes and development of a molecular virulence assay $17,300
2009 MRA-Project #4: Investigate crop production elements that impact weed management decision $30,000
2009 MRA-Project #4: Updating and management of the Illinois soybean rust website $4,000
2009 MRA-Project #5: Effect of Japanese beetle (and potentially other defoliators) on modern soybean production $42,272
2009 MRA-Project #6: Screening for soybean resistance to SCN with molecular assays $56,500
2009 MRA-Project #7: Can phenylalanine be used to reduce the virulence of SCN and improve the survival of soybean (Glycine max)? $51,500
2009 MRA-Project 9: Managed research area administration $17,300
2009 NSRL Extension Associates $35,000