Denis Mutiibwa
United States Department of Agriculture - ARS
Beltsville, Maryland
RESUME
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Areas of Expertise and Interests
Remote sensing application in water resources, agriculture, climate and environment.
Surface energy balance modeling, atmospheric boundary layer properties, aerodynamic transport, and stability conditions.
Climate research: Investigating climate extremes/ change change and associated impacts on food security, water resources and ecosystems
Statistics: Experimental design, Spatial analysis, Time series analysis, Multivariate analysis, Dimension reduction techniques, Sensitivity and Elasticity analysis
Education
Doctor of Philosophy, Biological Systems Engineering
University of Nebraska, Lincoln
2008 - 2012
Master of Science, Statistics
University of Nebraska, Lincoln
2009 - 2010
Master of Science,
Biological Systems Engineering
University of Nebraska, Lincoln
2006 - 2007
Bachelor of Science (Honors), Agricultural Engineering
Alexandria University, Egypt
2001 - 2005
Computer Skills
R, IDL, GDAL,
PYTHON, ERDAS Imagine,
ArcGIS, LINUX MATLAB and SAS
Other Skills
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Large Geo-Data processing & Visualization, Including:
Satellite data
Climate data
Hydrology data
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Project design and Management
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Team Leadership
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Budget Oversight
Languages
English
Luganda
Arabic
Work
experience
Research Consultant
Long Spring LLC, College Park, MD
2014 - present
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Founded a consultancy to provide innovative solutions in water resources management, environment and agriculture using high performance and smart computing of big geo-datasets.
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Developed a land use classification scheme which was adopted by the state of Nebraska for large scale mapping and monitoring of irrigated lands.
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Implemented remote sensing methodologies to model and map surface energy balance fluxes and atmospheric boundary layer properties for improved integrated water management and monitoring of agricultural water consumption.
PostDoc Research Associate
University of Nevada, Reno. Dept. of Geography
Laboratory for Conservation Biogeography
2012 - 2014
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Investigated current and future climate extremes across the United States.
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Investigate the impact of climate extremes on avian ecology in the Southwest United States
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Designed and implemented a micro-climate sensor network in the Southwest United States
Key Accomplishments:
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Set put and managed a microclimate sensor network in the Southwest, improving data collection and monitoring of extreme hot climate condition in the Southwest.
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Characterized the spatial and temporal patterns in United States temperature extremes
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Mapped Heat wave and Cold wave events across United States during the recent past decades
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Developed a potent scheme that estimated air temperature from remote sensed Land Surface Temperature
PostDoc Research Associate
University of Nebraska, Lincoln
Dept. of Biological Systems Engineering
August 2011 - 2012
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Investigated anthropogenic impacts on climate change
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Planned, designed and implemented a climate and environment monitoring network
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Implemented remote sensing methodologies in modeling and monitoring of environment and agricultural water resources
Key Accomplishments:
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Applied remote sensing and satellite imagery to model: Atmospheric boundary layer properties such as aerodynamic resistance, momentum of roughness, friction velocity and Monin-Obukhov Length stability conditions and surface temperature; and surface energy components as such net radiation, sensible heat, latent heat and soil heat flux
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Set up and managed a network of Bowen Ratio Energy Balance Systems; from installation and equipment maintenance through data collection.
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Improved data collection and management for climate, environment and agricultural water resources research.
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Improved agricultural water management by increasing the precision of modeling crop water requirements.
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Detected and quantified the impacts of Land use/Land cover changes on the regional climate of USA High Plains.
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Identified the trend patterns in the regional climate of the U.S.A. High Plains