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T-STAR, Tropical & Subtropical Agric. Research

 



Caribbean Basin Administrative Group

News for September 2001!
T-STAR Caribbean has eliminated the Preproposal stage for soliciting proposals.  All Proposals will be submitted in Full Proposal format.   Check with Dr. John Neilson, Program Manager for T-STAR in Florida for any new instructions and Full Guidelines. 

The Deadline for Full Proposals to the FloridaI T-STAR office is Friday, December 7, 2001.  See this page for complete information.

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The T-STAR Caribbean program in tropical/subtropical agriculture research is administered under the direction of a Technical Committee (known as CBAG) made up of representatives of three participating universities, the Executive Director of the Southern Association of Experiment Station Directors, USDA/CSREES and USDA/ARS.  The three universities are: The University of Florida, the University of Puerto Rico and the University of the Virgin Islands.  Currently these representatives are:

  • Dr. William Brown, Assistant Dean for Research, University of Florida

  • Dr. Ernesto Riquelme, Dean/Director, University of Puerto Rico

  • Dr. James Rakocy, Director, University of the Virgin Islands

  • Dr. Thomas Helms, Executive Director, Southern Association of Agricultural Experiment Station Directors

  • Dr. J. Preston Jones, Program Manager, USDA/CSREES, Washington, D.C.

  • Dr. Ricardo Goenage, USDA/ARS  Director, Tropical Agriculture Research Station, Mayaguez, Puerto Rico.

  • Dr. John Neilson, Program Manager for the Caribbean Basin Group, University of Florida, Gainesville, Florida  32611-0200.  Dr. Neilson coordinates and implements Committee decisions.

NEWS: Watch for newly funded projects (2001) here! 

T-STAR Caribbean solicits research proposals from the faculties of the three universities, put them out to external peer review, and the Technical Committee meets each April to evaluate and select proposals to be submitted to USDA/CSREES for funding.  Funding is on an annual basis; therefore, CBAG also decides on funding allocations for second and third years following the initial year of research.   CBAG also meets in October at one of the sites where T-STAR research is in progress.  At this meeting, members are given presentations by Principal Investigators of funded projects and have an opportunity to view actual research in progress.  For complete CBAG information, see the Operational Policies section.  However, eliminating the Preproposal will require changing some of these policies (to be discussed in Fall 2001). 

Research goals and objectives for the T-STAR program are set forth in a Strategic Plan developed jointly by T-STAR-Caribbean and T-STAR-Pacific.   The objectives of individual research projects are targeted toward the goals and objectives of the Strategic Plan.  In T-STAR-Caribbean, individual research projects relate directly to the interests of Caribbean agriculture, including some of its impacts on continental US agriculture.  

 

Full Proposal Guidelines and Formats
If you are a
faculty member at the participating campuses of the University of Florida, the University of Puerto Rico or the University of the Virgin Islands, you may submit a Full Proposal after the late summer RFP is posted.  Check with your Program Manager for the deadlines.  The Full Proposal Guidelines (PDF file) are posted here but may change slightly during 2001.  The USDA-CSREES website holds several, key downloadable forms necessary for the T-STAR Full Proposal.  They can be accessed by selecting the Standard Application Kit in either Word or Word Perfect. Consult the T-STAR Full Guidelines directions above to determine which forms to select from the CSREES site. 

Additional T-STAR Goal:   Invasive Species research has been added as a Goal area for T-STAR.  Guidelines for research areas may be found among the Proceedings from the following 2000 workshop listed below.   For further information, contact the Program Manager.


Research Priorities for Mitigating the Effects of Pests on Trade and Agriculture

1.   Effectiveness of pest risk mitigation at point of origin:

1a. Ecological requirements of pest-free zones with respect to major diseases, insect pests, weeds, etc. affecting the importation or export of certain crops or livestock.

1b. Development of technologies for pest risk mitigation at point of origin including methods of detection, statistically-valid sampling and methods of suppression..

2.   Application of GPS and GIS technologies to track and analyze the distribution and movements of various exotic pests in the Caribbean Basin. In addition, these studies should be conducted in a manner likely to improve the basic ecologic database on pests, and to identify factors which cause the severity of a pest to increase after it has left its center of origin.

3.  Analysis of factors which contribute to the "invasiveness" of certain important pests.

4.  Development of technology to detect and suppress dangerous harmful organisms which have gained a foothold in the Caribbean Basin.

5.  Development of eradication or pest management technology for incipient infestations of vectors and corresponding pathogens when establishment of the complement in imminent.

For example: The vector of citrus greening disease, the Asian citrus psyllid, has become established in Palm Beach County, Florida, but the causal bacterium has not yet penetrated US mainland quarantines. A system is needed to prevent the spread of the vector, and for eradicating the bacterium should it arrive in mainland US. In part, such research should be conducted outside the US where both the vector and pathogen co-exist.

6.  Development of eradication or pest management technologies for exotic organisms known to be very damaging and difficult to control prior to their arrival in the Caribbean Basin and mainland US.

For example: Host plant resistance against various pests should be developed using gene banks maintained by the CGIAR and NARS.

7.  Conduct selected taxonomic studies on pest complexes of special importance in tropical agriculture. For example: biotypes of whiteflies, closely related geminiviruses, mealybugs, aphids, scale insects, etc. Catalogue those that represent threats to mainland US agriculture.

8. Develop cost-effective and environmentally acceptable quarantine treatments and "systems approaches" for commodities important to Caribbean island nations as potential export products, especially those targeted for import into mainland US. Consider such technologies as heat, cold, irradiation, fumigation, etc.

9.   Leverage available funds by partnering with entities which are prepared to make available considerable resources, such as the CGIAR Centers.

10.  Establish working partnerships with research organizations in the Caribbean Basin to create a major focus on pests having the potential to severely damage agriculture or trade opportunities throughout the region.


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