Research
Projects
·
Prediction
of Ground Water Vulnerability to Animal Wastes/Fertilizers in Karst Topography using Fuzzy Logic. USGS- AWRC: $55,000
[Duration: 2000 – 2001]. more>>
·
Pre-schoolers' vocabulary acquisition and understanding of
scientific concepts form participation in repeated read aloud events involving
informational picture books. Juvenile Welfare Board of Pinellas County and USF
Collaborative for Children Families and Communities: $15,000 [Duration: 2002 –
2003] more>>
·
Development
of a Methodology to Estimate Soil Moisture Content from NEXTRAD-WSR-88D: USF
Internal Grant for New Researcher Award: $9,250 [Duration: 2003] more>>
·
Determining
impacts of spatial variability of water quality in the
·
Ground
Water Vulnerability Delineation using Neural Networks, Fuzzy Logic, and Neuro-Fuzzy techniques. USDA-CSREES: $305,000 [Duration:
2001 – 2004]. more>>
·
Application
of Neural Networks and Neuro-Fuzzy Methods to Ground
Water Vulnerability Mapping: A GIS-based Integrated Approach in
·
Ground Water Vulnerability Delineation using
Integrate GIS and Neuro Fuzzy Methods for DeSoto, Pinellas and
· Development of an integrated methodology to assess vulnerability of ground water to pathogen intrusion using GIS, remote sensing, neural networks and neuro-fuzzy methods. USGS-Florida Water Resources Research (FWRRC). $186,119 [Duration 2005 – 2006]
· Web-based ground water pollution mapping contrast. Intergraph Corp. $116, 165 [Duration 2005 – 2006]
· Interfacing SWAT and PHABSIM: A potential GIS-based Water Resource Management Tool. EPA $178,000 [Duration 2005 – 2006]
· Regional soil moisture mapping using integrated geostatistics, GIS and remote sensing tools. USGS-104G program. $489,655. [Duration 2005 – 2007].
· Estimation of soil water content derived from NEXRAD, MODIS, ASTER, ETM+ and AVHRR: a comparative study using integrated GIS, remote sensing and geostatistical tools. NASA – Terrestrial hydrology Program. $468,036 [pending Duration 2006 – 2009]
- Using RUSLE and SWAT to Estimate Fluxes and Fates of
Eroded Soil Organic Carbon in the
- An Integrated GIS and Remote Sensing-Based Strategy for Assessing the Ecological Outcomes of Social Marketing. C-SPACE Grant from EPA. $15,000 [Duration 2006 - 2007].
- Applicability of the SWAT model to quantify the
effects of urbanization on the water budget for the
- Identifying Potential Watershed Nutrient Links to Karenia Red Tides: Integrated GIS Watershed Characterization of Southwest Florida coastal counties. FWRI. $25,000 [Duration 2007]
Selected
Posters: Research Summary
|
|
|
|
|
|
|
|
|
|
