S-RIPM History
Southern Region IPM (S-RIPM) Grants Program
Projects Previously Funded
FY 2008
Title |
Extension |
Research |
Total |
Lead Institution |
PI |
Enhancing Sustainable Use of Transgenic Bt-Corn Through Resistance Management for the Mid-Southern Region of the United States |
|
133,900 |
133,900 |
Louisiana State University |
Fangneng Huang |
Novel Feeding Disruption Assay for Monitoring Insecticide Resistance in Adult Lepidoptera |
|
126,300 |
126,300 |
North Carolina State University |
Michael Roe |
Expanding IPMImages to Meet the Needs of Southern IPM Extension Education and Plant Diagnostic Communities |
33,454 |
|
33,454 |
University of Georgia |
Keith Douce |
Development of a Pocket Guide for the Identification and Control of Invasive Weeds in the Southern Region |
36,546 |
|
36,546 |
The University of Tennessee |
Gregory Armel |
Argentine Ant IPM in the Urban Landscape with Food Source Reductions and Baits |
|
94,432 |
94,432 |
North Carolina State University |
Jules Silverman |
Integrated Weed Management Strategies to Increase Pasture Productivity |
21,248 |
94,940 |
116,188 |
University of Kentucky |
Jonathan Green |
Implementation of a Regional Fungicide Resistance Monitoring and Brown Rot Disease Management Program to Sustain Peach Production in the South |
64,062 |
93,576 |
157,638 |
Clemson University |
Guido Schnabel |
Push-Pull Fly Management for Deep Bedded Swine Barns |
|
97,897 |
97,897 |
North Carolina State University |
Wes Watson |
FY 2007
Title |
Extension |
Research |
Total |
Lead Institution |
|
Evaluation of IPM in the Southern Region
|
|
$99,719
|
$99,719 |
Virginia Tech
|
George Norton |
| Multi-state Evaluation of School IPM Cost-Calculator and Training Model |
$26,648 |
$53,606 |
$82,254 |
Texas A&M |
Michael Merchant |
| Developing an IPM program to control small hive beetles in bee hives |
|
$162,138 |
$162,138 |
University of Georgia |
Keith Delaplane |
| Enhancing IPM programs through deregulation and release of genetically modified Virginia-type peanuts with resistance to Sclerotinia blight |
|
$119,998 |
$119,998 |
Virginia Tech |
Patrick Phipps |
| TALLER MIP (IPM Workshop)- a bilingual worker education program on integrated pest management for the southern nursery and floriculture industry |
$52,585 |
|
$52,585 |
Texas A&M |
Carlos Bogran |
| Molecular and Pheromone Studies of Acrobasis nuxvorella Neunzig (Lepidoptera: Pyralidae) to Improve Pecan IPM |
|
$81,107 |
$81,107 |
Texas A&M |
Raul Medina |
| Biotic Factors Associated with the Spread and Suppression of Pink Hibiscus Mealybug |
|
$77,921 |
$77,921 |
Virginia Tech |
J. Christopher Bergh |
| Synergistic activity in mixtures of copper and garlic-derived products to enhance control of bacterial spot of peach |
|
$106,708 |
$106,708 |
University of Georgia |
Harald Scherm |
| Development of the Regional Multi-State Insect Trapping Network for Use in Issuing Scouting Alerts and Predicting Potential Field Crop Insect Damage in the Heartland |
$22,799 |
|
$22,799 |
University of Kentucky |
Patricia Lucas |
FY 2006
Title |
Extension |
Research |
Total |
Institution |
PI |
Development of the “Elementary Entomology” Extension Program |
18,134 |
|
18,134 |
TAMU |
Jeffery Tomberlin |
Management and Retrieval Systems for Extending IPM Information in Southeastern |
49,164 |
|
49,164 |
NCSU |
Frank Louws |
Biologically-based management of the citrus leafminer and other key citrus nursery pests in Puerto Rico: A Research and Education project |
25,500 |
47,500 |
73,000 |
U.P.R. |
Alex Segarra |
Integrated management of cucurbit downy mildew |
41,201 |
99,012 |
140,213 |
NCSU |
Gerald Holmes |
Integrated management of bacterial speck and bacterial spot on tomato |
|
121,779 |
121,779 |
UF |
Jeffrey Jones |
Host Resistance to Balsam Woolly Adelgid in an IPM Strategy for Christmas Trees |
|
59,316 |
59,316 |
NCSU |
Fred Hain |
Integrated methods for sustainable control of glyphosate-resistant horseweed (Conyza canadensis) and other problematic winter weeds |
|
80,000 |
80,000 |
NCSU |
Robert Richardson |
Prescription Brown Rot Management in Peach Based on Site-Specific Fungicide Resistance Profiles in Monilinia Fructicola |
|
115,000 |
115,000 |
Clemson |
Guido Schnabel |
Breeding A Better Cover Crop: Development of Allelopathic Rye Cultivars for Use in Sustainable Production Systems |
|
121,824 |
121,824 |
NCSU |
David Danehower |
Validation of Fecal NIRS Technology for Tick Management on Range Cattle |
|
27,000 |
27,000 |
TAMU |
Jerry Stuth |
FY 2005
Title |
Extension |
Research |
Total |
Institution |
PI |
| A Multi-State Network for Predicting Pest Activity in Pecans |
$40,000 |
$44,500 |
$$84,500 |
Texas Cooperative Extension |
Allen Knutson |
| Building an education, training and outreach image support system for the Southern Region plant diagnostics network |
$60,000 |
|
$60,000 |
University of Georgia |
K. Douce |
| Development of Weather-based Regression Models for Predicting Flights of Tobacco Thrips and Spread of Tomato Spotted Wilt Virus |
|
$97,424 |
$97,424 |
North Carolina State University |
George Kennedy |
| Integrated management of anthracnose, botrytis and phytophthora in southeastern strawberry plasticulture systems |
|
$111,338 |
$111,338 |
North Carolina State University |
Frank Louws |
| Novel Approaches to Integrated Management of Armillaria Root Rot of Peach |
|
$150,000 |
$150,000 |
Clemson University |
Guido Schnabel |
| Pheromone based management of dogwood borer |
|
$151,827 |
$151,827 |
Virginia Tech |
J. Bergh |
| Reducing Homeowner Pesticide Use and Increasing Consumer and Student Knowledge of IPM Through Public Outreach/Education |
$14,620 |
|
$14,620 |
University of Georgia |
Mila Pearce |
| Use of brassicaceae cover crops and other integrated weed management strategies for control of nutsedge species in high-risk crops |
$22,092 |
$122,908 |
$145,000 |
Clemson University |
Jason Norsworthy |
FY 2004
| Application of NIRS Fecal Analysis for Tick Management on Range Cattle | $60,755
| Texas A&M University | Jerry Stuth |
| Argentine Ant IPM in the Urban Landscape Employing the Trap-Cropping Concept | $61,074
| North Carolina State University | Jules Silverman |
| Cultural Practices for Management of Pod Decay Diseases of Snap Bean | $64,676
| Oklahoma State University | John Damicone |
| Development of Stable and Predictable Deployment Populations of Loblolly Pine to Minimize Fusiform Rust Impacts in Southers Pine Plantations | $86,900
| North Carolina State University | Henry Amerson |
| Gulf Coast Tick Pheromone IPM Application Across Geographic Strains | $60,094
| Texas A&M University | Pete Teel |
| IPM Cost-Benefit Analysis Tool for School Training Sessions | $35,193
| Texas A&M University | Janet Hyrley |
| IPM Economic Threshold for a Two-Pest Complex in Honey Bees | $104,855
| The University of Georgia | Keith Delaplane |
| IPM for Mosquito Control
Program Development, Training, and Educational Materials | $44,625
| University of Florida | Cynthia Rutledge |
| Management Alternatives for Bacterial Spot of Peach | $47,400
| University of Georgia | Harald Scherm |
| Management of RIPM Panel | $20,246
| North Carolina State University | Ron Stinner |
| Management of Twospotted Spider Mite on Vegetables in a Multicrop Agroecosystem | $67,912
| North Carolina State University | James Walgenbach |
| Optimizing Alternative Pest Management for Turfgrass in the Southeast | $72,680
| University of Georgia | Kristine Braman |
| Teaching Kids About IPM A Curriculum for K-5 Education in Urban and Landscape IPM | $43,430
| Clemson University | Geoffrey Zehnder |
| Training School Purchasing Officers and Extension Agent Trainers to Increase IPM Adoption in Tennessee's Child-Serving Facilities | $25,339
| University of Tennessee | Karen Vail |
| Using DNA Diagnostics to Predict Potentially Damaging Isolates of Greenbug | $39,767
| Texas A&M University | Keyan Zhu-Salzman |
A database of IPM projects funded through the Regional IPM Grants Program and other programs can be accessed on the IPM Centers site. Select project type "Regional IPM Grants".
This page is for informational purposes only. Should any information in it conflict with information in the Request for Applications the latter should be used.
|