Lahouari Bounoua

Dr.

Department:

Biospheric Sciences Branch

Institution:

NASA GSFC

Email:

[email protected]

Website:

http://neptune.gsfc.nasa.gov/bsb/personnel/index.php?id=69

Phone number:

(301) 614-6631

Fax number:

(301) 614-6695

Address: Code 618 8800 Greenbelt Road Greenbelt MD United States 20771

Projects

Role	Period of performance	Project
Collaborator	01/01/2022 to 12/31/2024	Assessing the impact of urban land conversion and regional surface climate and its socio-economic consequence in Western North Africa
Principal Investigator	01/01/2013 to 01/01/2016	Combining Satellite Data and Models to Assess the Impacts of Urbanization on the Continental United States Surface Climate.
Principal Investigator	09/01/2011 to 08/31/2014	A Satellite Supported Inverse Biophysical Modeling Approach for the Detection of Irrigated Agricultural Land and the Determination of the Amount of Irrigation in Arid and Semi Arid Regions
Principal Investigator	01/01/2005 to 01/01/2008	Development and Validation of Process Algorithms of Urbanization for Water Cycle, Data Assimilation and Climate studies

Products

Product Title
Mapping Biophysical Parameters for Land Surface Modeling over the Continental US Using MODIS and Landsat

Meeting presentations

Type	Meeting Date	Title
Poster Presentation	College Park, MD 04/22/2015	Impact of Urbanization on the Continental US Surface Climate
Poster Presentation	Rockville, MD 04/23/2014	Combining Satellite Data and Models to Assess the Impacts of Urbanization on the Continental US Surface Climate
Poster Presentation	Rockville, Maryland 04/02/2013	Combining Satellite Data and Models to Assess the Impacts of Urbanization on the Continental US Surface Climate
Program Presentation	Rockville, Maryland 04/02/2013	A Satellite Supported Inverse Biophysical Modeling Approach for the Detection of Irrigated Agricultural Land and the Determination of the Amount of Irrigation in Arid and Semi Arid Regions.
Poster Presentation	Rockville, Maryland 04/03/2012	Irrigation Requirement Estimation Using MODIS Vegetation Indices and Inverse Biophysical Modeling
NASA LCLUC Science Team Presentation	Bethesda North Marriott, Bethesda, MD 03/31/2009	Large Scale Urbanization for Climate Studies
Poster Presentation	Bethesda North Marriott, Bethesda, MD 03/31/2009	Irrigation Requirement Estimation Using MODIS Vegetation Indices and Inverse Biophysical Modeling