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Research IM-CP

 
 

FHB Integrated Management
Coordinated Project (IM-CP)

IM-CP Research Area Committee  Members as of:  1/1/21
Chair, Pierce Paul, Ohio State University
Vice-Chair, Kiersten Wise, University of Kentucky
Nathan Kleczewski, Growmark, Inc

Project Description

The FHB Management (MGMT) research area supports research to develop effective and economical disease management practices that reduce FHB severity and mycotoxins in small grain crops to meet the immediate and long-term needs of the wheat and barley industries.

This research area involves:

  • tillage practices, crop sequences, and other cultural practices targeting Fusarium-infested residues;
  • fungicides and biocontrol agents with demonstrated field efficacy, and their application technologies;
  • the refinement and deployment of disease prediction and forecasting models, and disease management decision tools; and
  • studies of pathogen survival, inoculum production, dispersal, infection, colonization, mycotoxin production, fungicide sensitivity, and factors accounting for unacceptable levels of mycotoxins in symptomatic or asymptomatic grain.

 

NOTE:  Priority will be given to multi-PI, collaborative, integrated pre-proposals that address the research priorities listed below. Project pre-proposals pertaining to integrated management (IM) studies will be developed as a multi-PI, collaborative, integrated proposal.  The coordinator for the Integrated Management Coordinated Project (IM-CP) is listed below the FY22 Research Priorities.

FY22 Research Priorities Derived from Action Plan Goals:

  1. Develop integrated management strategies for FHB and mycotoxins that are robust to conditions experienced in production fields of wheat and barley.
  2. Develop and validate the next generation of management tools, forecasting models, and fungicide application technologies for FHB and mycotoxin control.
  3. Enhance communication and end user education/outreach.
  4. Investigate how genotypic and phenotypic diversity in populations of FHB-causing Fusarium, and Fusarium species complexes, influences the management of FHB. Priority aspects of pathogen diversity include fungicide sensitivity, mycotoxin profiles, and ability to cause severe disease on widely used sources of genetic resistance in wheat and barley. (Collaborative Goal with PBG)
  5. Document how cropping system factors (climate, residue management, crop rotation) influence both the frequencies of Fusarium species causing FHB within an area and the risk of severe disease. (Collaborative Goal with PBG)

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Coordinator of the Integrated Management
Coordinated Project (IM-CP)
Pierce Paul
1680 Madison Ave.
Dept. of Plant Pathology
Ohio State University
Wooster, OH 44691
PH: (330) 263-3842
E-mail:  paul.661@osu.edu

 

Summary of Funding
  FY20 (2020-21) FY21 (2021-22)
Number of Projects: 24 23
Number of PIs: 24 23
Total Award Amount: $650,427 $668,980
% of Total Funding: 7.65% 7.73%
Research Projects: FY20 FY21

 


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Publications/Reports/Updates

Workshop/Planning Meeting Reports

 

IM-CP Reports Reports posted for past 5 years, prior reports available in the USWBSI Documents Database

 

Publications

 


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FHB Forecasting Models