Geocarto International-Special Issue on NASA Earth Science Satellite Data for Applications to Public Health
No abstract available
Quattrochi, Dale↗
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The Hyperspectral Infrared Imager (HyspIRI) Public Health & Air Quality Applications
The neglected tropical diseases (NTDs), a group of chronic, debilitating, and poverty-promoting parasitic, bacterial, and some viral and fungal infections, are among the most common causes of illness of the poorest people living in developing countries. Abiotic environmental factors are important in determining the distribution of disease-causing vectors and their life-cycles. HyspIRI observations can be merged through a Land Data Assimilation System (LDAS) be used to drive spatially-explicit ecological models of NTD vectors distribution & life cycles. Assimilations will be driven by observational data LDAS and satellite-derived meteorological forcing data, parameter datasets, and assimilation observations. HyspIRI hyperspectral measurements would provide global measurements of surface mineralogy and biotic crusts important in accessing the impact of dust in human health. HyspIRI surface thermal measurements would also help identify the variability of dust sources due to surface moisture conditions and map mineralogy.
Luvall, Jeffrey C.↗
The Power of the Pixel- NASA's Advancements in Science & Applications to the Global Public Health Community
No abstract available
Luvall, Jeffrey C.↗
The Hyperspectral Infrared Imager (HyspIRI) Public Health and Air Quality Applications
The neglected tropical diseases (NTDs), a group of chronic, debilitating, and poverty-promoting parasitic, bacterial, and some viral and fungal infections, are among the most common causes of illness of the poorest people living in developing countries. Abiotic environmental factors are important in determining the distribution of disease-causing vectors and their life-cycles. HyspIRI observations can be merged through a Land Data Assimilation System (LDAS) be used to drive spatially-explicit ecological models of NTD vectors distribution and life cycles. Assimilations will be driven by observational data LDAS and satellite-derived meteorological forcing data, parameter datasets, and assimilation observations. HyspIRI hyperspectral measurements would provide global measurements of surface mineralogy and biotic crusts important in accessing the impact of dust in human health. HyspIRI surface thermal measurements would also help identify the variability of dust sources due to surface moisture conditions and map mineralogy.
Luvall, Jeffrey C.↗
Development of a 30-Year Soil Moisture Climatology for Situational Awareness and Public Health Applications
No abstract available
soil moisture↗
Application of Synthetic TEMPO Products to Investigate Air Quality Impacts on Community-Level Public Health
No abstract available
Naeger, Aaron↗
Development of TEMPO Data at NASA SPoRT for Air Quality and Public Health Applications
No abstract available
Naeger, Aaron↗
Application of Synthetic TEMPO Products at NASA SPoRT to Accelerate Use in Air Quality and Public Health Decision Support
No abstract available
Naeger, Aaron R.↗
NASA Earth Remote Sensing Resources for Public Health: A Thermodynamic Paradigm for Studying Disease Habitats Using NASA’s NextGen Remote Sensing Instruments
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Jeffrey C Luvall↗
Supporting Local Government Public Health and Air Quality Decision-Making with A Sub-City Scale Air Quality Forecasting System from Data Fusion of Models, Satellite, In-Situ Measurements, and Low-Cost Sensors
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Air Quality↗
Leveraging NASA satellite data to improve air quality monitoring for the CDC National Environmental Public Health Tracking Network
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TEMPO↗
Supporting Local Government Public Health and Air Quality Decision-Making With A Sub-City Scale Air Quality Forecasting System From Data Fusion of Models, Satellite, in-Situ Measurements, and Low-Cost Sensors
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K Emma Knowland↗
From Pixels to Public Health: Accelerating the Utilization of MAIA Data via NASA ASDC Services
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Sarah Scott↗
Public Health Data Applications Using the CDC Tracking Network: Augmenting Environmental Hazard Information With Lower‐Latency NASA Data
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H. M. Amos↗
NASA Satellite Observations: A Unique Asset for the Study of the Environment and Implications for Public
Health providers/researchers need environmental data to study and understand the geographic, environmental, and meteorological differences in disease. Satellite remote sensing of the environment offers a unique vantage point that can fill in the gaps of environmental, spatial, and temporal data for tracking disease. The field of geospatial health remains in its infancy, and this program will demonstrate the need for collaborations between multi-disciplinary research groups to develop the full potential. NASA will discuss some of their Public Health Projects and also providing the audience with information on opportunities for future collaborations with NASA for future research.
Estes, Sue↗