| Project Title | Year | Amount |
|---|
| Soybean yield and soil changes under variable climate and soil health management |
2023 |
$153,468 |
| Weed seed destructor: A novel harvest weed seed control (HWSC) technology for mitigating herbicide-resistant weed seeds banks in Iowa Soybean |
2023 |
$40,000 |
| Effects of Increased Atmospheric CO2 and Abiotic Stress on Soybean Performance in the Enviratron |
2022 |
$200,000 |
| Enhancing implementation and adoption of non-chemical tactics for IWM in soybean |
2022 |
$100,000 |
| Finding pyrethroid-resistant aphids before it is too late |
2022 |
$84,046 |
| Investigating the use of nano-encapsulated seed treatments for improved management of soybean sudden death syndrome |
2022 |
$57,566 |
| Low-cost Multimodal Sensor Arrays for Early Detection of Soybean Diseases |
2022 |
$60,000 |
| Soybean nitrogen fertility for high-yielding soybeans following high-yielding corn |
2022 |
$99,731 |
| Under pressure: the role of partial resistance in soybean on pathotype diversity in Phytophthora sojae |
2022 |
$37,647 |
| Aphids and midges - something old and something new in Iowa Soybean |
2021 |
$30,000 |
| Chaff Lining: A Harvest Weed Seed Control Technology for Mitigating Herbicide Resistance and Grain Contamination in Iowa Soybean |
2021 |
$36,000 |
| Integrated agricultural systems to promote soil health and environmental resilience |
2021 |
$62,000 |
| Iowa Contributions to Amplifying Extension Impact: Agronomists Collaboratively Delivering Soybean Best Management Practices |
2021 |
$10,000 |
| In-field soybean seed pod analysis on harvest stocks using 3D imaging and machine learning |
2020 |
$30,000 |
| Mechanisms of defense suppression by cyst nematode effectors |
2020 |
$30,000 |
| Time of disease onset as an early indicator of soybean resistance to SDS |
2020 |
$100,000 |
| Biology and Management of Soybean Stem Diseases (1920-172-0125-B) |
2019 |
$347,543 |
| Evaluating Resistant Soybean Varieties and Seed Treatments to Help Iowa Farmers Maintain High Yields in SCN Infested Fields |
2019 |
$165,824 |
| Hyperspectral Imaging of Herbicide Resistant Weeds in Soybeans |
2019 |
$60,000 |
| Improving soybean IPM tactics in Iowa |
2019 |
$37,798 |
| Stacking Four Plant Genes to Generate Durable and Enhanced SCN and SDS Resistances in Soybean |
2019 |
$88,964 |
| Virus-mediated Gene Editing in Soybean |
2019 |
$40,000 |
| A current assessment of foliar soybean diseases in Iowa |
2018 |
$51,444 |
| Evaluation of the Joint Effect of Arabidopsis PSS30 and Soybean GmDS1 Genes in Providing SCN and SDS Resistance in Soybean (1820-172-0117-C) |
2018 |
$119,120 |
| Evaluation of the Phytophthora resistance Rps12 gene for its utility and identification of tightly linked molecular markers for its selection |
2018 |
$97,996 |
| Extension and research to combat insecticide resistant soybean aphids |
2018 |
$92,699 |
| High yielding soybean trials and real time forecasting and regional scale |
2018 |
$80,183 |
| Improving CRISPR gene editing in soybean |
2018 |
$82,773 |
| Potential use of cover crops and green manures for localized or widespread management of Fusarium diseases, white mold and iron deficiency chlorosis on soybean |
2018 |
$53,759 |
| Sustainable system approach for improving soil health and managing soybean production |
2018 |
$54,831 |
| Evaluation of Precision Zone Management in Soybean Fields to Increase Profit and Reduce Product Inputs (1720-172-0114) |
2017 |
$99,745 |
| Implementation of the Iowa Pest Resistance Management Plan |
2017 |
$25,000 |
| An integrated approach to enhance durability of SCN resistance for long term strategic SCN management |
2016 |
$593,260 |
| Developing tools to protect soybean stand from seedling disease caused by Pythium species |
2016 |
$63,080 |
| Drainage water quality from maure treated soybean crops: Bio-electrical modification of woodchip bioreactors for enhanced performance |
2016 |
$68,577 |
| Establishing monarch breeding habitat as bioreactor groundcover |
2016 |
$23,075 |
| Evaluating soybean aphid management with an expanded toolbox |
2016 |
$38,670 |
| Improving SCN management through field research on SCN resistant soybean varieties and nematode protectant seed treatments |
2016 |
$139,798 |
| In support of the Iowa Soybean Research Center |
2016 |
$150,000 |
| Integrated research & education program for use of remote sensing and UAV's for enhanced soybean production |
2016 |
$100,000 |
| Non-transgenic soybeans with broad plant disease resistance and high protein |
2016 |
$78,661 |
| Using engineering tools to identify and quantify biotic and abiotic stress in soybean for customizable agriculture production |
2016 |
$52,058 |
| Breeding for high yield, yield protection and compositional traits in soybean for Iowa farmers |
2015 |
$300,000 |
| Breeding of soybean for yield and for introgression of defensive traits |
2015 |
$300,000 |
| Climate trends relevant to soybean management practices |
2015 |
$77,662 |
| Cropping systems modeling tools to improve soybean management and yields in Iowa |
2015 |
$100,000 |
| Development of novel breeding lines for resistance to plant pathogens |
2015 |
$204,672 |
| Functional characterization of the SCN effectors |
2015 |
$77,850 |
| How Much Do Soybeans Benefit From Honey Bee Pollination (and Vice-Versa)? (Year 1 of 1520-732-7225) |
2015 |
$102,943 |
| Interpreting the contribution of cover crops to soil health and crop productivity |
2015 |
$75,000 |
| Micronutrients for soybean production: a position paper for the north central region |
2015 |
$66,529 |
| Quantification of viral suppression in SCN populations: Nematode virus impact on SCN reproduction and egg viability |
2015 |
$55,500 |
| The role of thrips and host ranges in the disease of cycle of soybean vein necrosis virus in Iowa |
2015 |
$33,424 |
| Breeding to improve resistance to SDS in soybean as a means to protect yield: Delivering resistant varieties and lines |
2014 |
$182,034 |
| Determine the heritability of HPPD resistance in common waterhemp and the potential for hybridization of common waterhemp and Palmer Amaranth |
2014 |
$106,815 |
| Development of the first phosphorus and potassium plant tissue test interpretations for corn and soybean in Iowa |
2014 |
$58,039 |
| Drainage water quality from manure treated soybean crops assessment of woodchip bioreactors for edge of field treatment |
2014 |
$66,757 |
| Effects of soil conservation practice (cover crop, crop rotations and tillage) on soybean SDS |
2014 |
$31,107 |
| Enhancing soybean yield through strategic use of seed treatments for seedling disease and insect pest management |
2014 |
$128,738 |
| Evaluation and development of a biological control product to control SDS and white mold |
2014 |
$174,193 |
| Further defining foliar fungicides use on soybean |
2014 |
$67,990 |
| Humic acid application effects on soybean roots, yield and quality |
2014 |
$40,124 |
| Modifying Bradyrhizobium japonicum to enhance nodulation soybean disease resistance |
2014 |
$59,611 |
| Role of ethylene on soybean SDS: Potential use for disease management |
2014 |
$49,824 |
| The effect of rotations of host resistance genes (Rps) on pathogen avirulence genes (Avr) in the soybean Phytophthora sojae pathosystem |
2014 |
$35,620 |
| Virus-induced Gene Silencing (VIGS) to Reveal Signal Networks Against Genes Controlling Resistance to Soybean Stress - Soybean Rust (ASR) and, Sclerotinia White Mold (1420-532-5604) |
2014 |
$51,936 |
| Characterization of the mechanism involved in the SDS-SCN interaction to develop soybean lines with resistance to SDS and to SCN |
2013 |
$61,971 |
| Development of novel soybean germ plasm for improving soybean for SDS resistance |
2013 |
$90,414 |
| Evaluation plant pest interactions to optimize soybean yield |
2013 |
$63,948 |
| Generating Resources to Identify Genes that Control the Oil Quality and Protein Content in Soybean (1320-632-6602) |
2013 |
$148,850 |
| Generation and use of novel soybean germplasm with enhanced SDS resistance |
2013 |
$105,822 |
| Getting to know the players on seedling disease field |
2013 |
$39,991 |
| Improving soybean insect management |
2013 |
$36,008 |
| Mapping and introgression of RpsN for resistance of Phytophthora root rot into elite soybean lines |
2013 |
$117,354 |
| Novel control mechanisms for aphid resistance in soybean |
2013 |
$55,493 |
| 21st century management of white mold |
2012 |
$94,877 |
| An integrated management approach for soybean sudden death syndrome |
2012 |
$122,628 |
| Are micronutrient deficiencies limiting soybean yield in Iowa? |
2012 |
$58,722 |
| Assessment of glyphosate and other herbicide-resistant weeds in Iowa: A directed educational opportunity |
2012 |
$33,000 |
| Building a relationship-driven, resilient applied research program at ISU while addressing several soybean production issues |
2012 |
$158,592 |
| Combining Integrated Pest Management with Climate Change, Mitigation, and Adaptation in Soybean-Corn Cropping Systems (Year 1 and 2 of 1161) |
2012 |
$263,600 |
| Determine if expression of a synthetic antibody can confer SDS resistance in soybean |
2012 |
$27,000 |
| Effect of biochar amendment on soybean root disease potential caused by Fusarium virguliforme and Phytophthora sojae |
2012 |
$50,431 |
| Exploring soybean aphid and soybean cyst nematode interactions for improved integrated management in Iowa |
2012 |
$109,585 |
| Exploring viruses to control the soybean aphid |
2012 |
$50,000 |
| High-Protein Soybeans (Year 1 of 2287) |
2012 |
$149,015 |
| High-throughput sequencing of Fusarium viguliforme and soybean genes: A study of pathogenicity, defense and environment factors in soybean sudden death syndrome |
2012 |
$117,217 |
| Japanese beetle and brown marmorated stink bug: New threats to soybean yield? |
2012 |
$36,945 |
| Managing no-till system for soybean production and its impact on soil productivity |
2012 |
$66,791 |
| Research and development of a soybean pest identification software application |
2012 |
$28,385 |
| Utilization of VIGS to identify resistance to agents of stress in soybean |
2012 |
$220,787 |
| A needs assessment survey and providing IMP-based demonstrations for soybean entomology |
2011 |
$26,840 |
| Best management practices to break the soybean yield barrier |
2011 |
$69,246 |
| Establishing seed treatment recommendation for Iowa soybean growers |
2011 |
$23,207 |
| How does Phytophthora sojae evade detection by Rps genes in soybean |
2011 |
$55,216 |
| Identification of quantitative trait loci for partial resistance to Phytophthora sojae in soybean |
2011 |
$56,676 |
| Integration of Soybean Analytics with Modern Animal Nutrition (1296) |
2011 |
$59,805 |
| Investigating the effect of soil pH on soybean cyst nematode |
2011 |
$22,734 |
| RNA-based approaches for protecting against yield loss due to Soybean Diseases |
2011 |
$100,968 |
| Study of endophytic nature of Fusarium virguliforme, the causal agent for SDS and their infection to germinating soybean seeds for the development of SDS management measures |
2011 |
$39,446 |
| Testing Rag1 and Rag2 alone and together: Is one enough? |
2011 |
$44,104 |
| The Use of VIGS Technology to Decrease Yield-Reducing Stress in Soybeans (Year 1 of 1251) |
2011 |
$297,632 |
| Assessing nematode control and yield of SCN-resistant soybean varieties in response to different SCN populations (Hg types) |
2010 |
$234,772 |
| Development of a field crop weed identification guide |
2010 |
$9,987 |
| Development of high-throughput DNA-based gene silencing technology for soybeans |
2010 |
$125,000 |
| Development of Maturity I-IV Varieties for the Better Bean Initiative (Year 2 of 9223) |
2010 |
$194,100 |
| Entomology extension and research initiative |
2010 |
$162,500 |
| Extension and research to facilitate the incorporation of soybean aphid resistant varieties into Iowa crop production |
2010 |
$40,091 |
| Identify the mechanism used by Fusarium virguliforme to cause sudden death syndrome in soybean |
2010 |
$64,648 |
| NIR Variety Data (0317) |
2010 |
$31,000 |
| Screening for genetic resistance against soybean viruses |
2010 |
$130,000 |
| Sequencing the Fusarium viguliforme genome |
2010 |
$106,270 |
| Soybean development and susceptibility to sudden death syndrome |
2010 |
$32,878 |
| Soybean production research: Breaking the yield barrier |
2010 |
$150,443 |
| Towards integrated management of bean pod mottle virus and the prediction of the winter survival of the insect vectors: Bean leaf and Japanese beetles |
2010 |
$101,219 |
| Toxins and laccases: Potential pathogenic weapons in soybean sudden death syndrome |
2010 |
$50,000 |
| Agronomic Limitations of Soybean Yield and Seed Quality in U.S. (Year 2 of 8239) |
2009 |
$501,048 |
| Aphid-crop interactions |
2009 |
$30,000 |
| Application of Biotechnology to Control of the Soybean Cyst Nematode: SCN Parasitism Genes (Year 3 of 7214) |
2009 |
$317,745 |
| Application of New Genetic Resources to the Improved Control of Soybean Sudden Death Syndrome (SDS) (Year 1 of 9218) |
2009 |
$295,870 |
| Aspects of integrated management for viruses and infection Phomopsis in soybean |
2009 |
$59,059 |
| Breeding for disease resistance in soybean |
2009 |
$196,771 |
| Breeding program for general-use and specialty soybeans in Iowa |
2009 |
$193,900 |
| Characterization of the soybean rust infection process in susceptible and resistance soybean interaction |
2009 |
$75,654 |
| Concept paper: Improvement of Soybean Protein Content via Storage in Protein Bodies (9280) |
2009 |
$66,687 |
| Controlling yield-reducing pathogen stress in soybean; Short- and long-term benefits to stable production |
2009 |
$0 |
| Determining the impact of multiple pests on soybean yields and grain composition |
2009 |
$102,347 |
| Developing best management practice for soybean aphid control |
2009 |
$0 |
| Development of a soybean aphid early-warning system to predict aphid outbreaks and provide aphid man |
2009 |
$30,000 |
| Development of High-throughput DNA-based Gene Silencing Technology for Soybeans (Year 2 of 8251) |
2009 |
$250,000 |
| Development of Maturity I-IV Varieties for the Better Bean Initiative (Year 1 of 9223) |
2009 |
$188,400 |
| Dynamic models for seasonal disease prediction of soybean rust in the U.S. soybean production region |
2009 |
$76,418 |
| Exploring new resistance resources for treating Soybean Diseases |
2009 |
$200,724 |
| Fusarium species infecting soybean roots: Risks and management tools |
2009 |
$117,000 |
| Identifying factors that influence genetic diversity in endemic Phytophthora sojae populations |
2009 |
$77,800 |
| Impact of continuous corn production on sudden death syndrome of soybean: Studies to investigate disease management options |
2009 |
$55,000 |
| Improving soybean productivity through knowledge on the biology and epidemiology of soilborne fungal pathogens and soybean rust |
2009 |
$177,214 |
| Improving soybean profitability in Iowa by reducing the hidden effects of brown stem rot and its interaction with the soybean cyst nematode |
2009 |
$70,806 |
| Increasing Iowa soybean profitability by renewing interest in managing the soybean cyst nematode |
2009 |
$187,697 |
| Introgression of novel genes conferring resistance to SCN in soybean germ plasm of early maturity grow |
2009 |
$159,730 |
| Investigations of interactions between the soybean aphid and soybean cyst nematode |
2009 |
$0 |
| Non-host resistance for engineering disease resistance in soybean |
2009 |
$30,000 |
| On-farm re-evaluation of soybean response to lime application in Iowa |
2009 |
$62,473 |
| Optimizing no-tillage soybean production practices in Iowa |
2009 |
$130,615 |
| Optimizing pest management in soybeans |
2009 |
$103,021 |
| Quantifying the temporal and spatial spread of bean pod mottle virus and to identify site risk factors to improve BPMV management and soybean yield |
2009 |
$42,202 |
| Refining thresholds for soybean aphid management in Iowa |
2009 |
$47,940 |
| Relationships between grain yield, potassium removal and recycling, as soil potassium in corn-soybean rotations |
2009 |
$49,490 |
| Releasing Binodoxys communis of soybean aphid suppression: Delivering on the promise |
2009 |
$33,061 |
| Searching for partial resistance to soybean rust through studies on the timeline of resistance components to Phakopsora pachyrhizi on soybean and alternative hosts |
2009 |
$36,077 |
| Soybean seed treatment and inoculant evaluation |
2009 |
$13,270 |
| Symptom expression in sudden death syndrome: How does Fusarium virguliforme cause disease? |
2009 |
$36,953 |
| Understanding aggressiveness and genetic variability in pathogen populations to improve management of sudden death syndrome |
2009 |
$46,294 |
| Understanding high yielding soybeans |
2009 |
$60,449 |
| | $15,039,607 |