Earth System Models NASA TOPS -- Terrestrial Observation and Prediction System (predictive...
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Earth System Models
NASA TOPS -- Terrestrial Observation and Prediction System (predictive capabilities of over 30 variables describing land surface conditions including soil moisture, vegetation stress, and surface weather)
UC-Davis Center for Vectorborne Diseases entomological models (mosquito and encephalitis virus data)
Earth System Models
NASA TOPS -- Terrestrial Observation and Prediction System (predictive capabilities of over 30 variables describing land surface conditions including soil moisture, vegetation stress, and surface weather)
UC-Davis Center for Vectorborne Diseases entomological models (mosquito and encephalitis virus data)
Value & Benefitsto Society
Quantitative and qualitative benefits from improved
decisions
More efficient resource allocations for mosquito control
Improved statewide alerts on mosquito-borne diseases
Enhanced accuracy on the timing and extent of vector control efforts (e.g., insecticide spraying)
Enhanced public outreach and education
Enhanced coordination with emergency and medical personnel
Reduction in health-care costs related to mosquito-borne diseases
Value & Benefitsto Society
Quantitative and qualitative benefits from improved
decisions
More efficient resource allocations for mosquito control
Improved statewide alerts on mosquito-borne diseases
Enhanced accuracy on the timing and extent of vector control efforts (e.g., insecticide spraying)
Enhanced public outreach and education
Enhanced coordination with emergency and medical personnel
Reduction in health-care costs related to mosquito-borne diseases
Predictions/Forecasts
Observations, Parameters & Products
Earth Observations
Terra/Aqua MODIS (NDVI, LST,LAI, Snow cover, Land cover)
Aqua/AMSR-E (Soil moisture)
Landsat (TM data/Land cover)
NOAA AVHRR (NDVI)
Surface Observations Gridding System (temperature, dewpoint, precipitation)
Earth Observations
Terra/Aqua MODIS (NDVI, LST,LAI, Snow cover, Land cover)
Aqua/AMSR-E (Soil moisture)
Landsat (TM data/Land cover)
NOAA AVHRR (NDVI)
Surface Observations Gridding System (temperature, dewpoint, precipitation)
Public Health: CMVSRP (PI: Reisen)
Virus Transmission Risk forecasts
Mosquito Abundance forecasts
Nowcasts and Forecasts of land
cover, snow cover, surface temperature, vegetation density,
vegetation productivity, humidity,
solar radiation, precipitation, soil
moisture, and vegetation stress
Processing of observation data through TOPS
Virus Transmission Risk forecasts
Mosquito Abundance forecasts
Nowcasts and Forecasts of land
cover, snow cover, surface temperature, vegetation density,
vegetation productivity, humidity,
solar radiation, precipitation, soil
moisture, and vegetation stress
Processing of observation data through TOPS
Decision Support Systems, Assessments,
Management Actions
California Department of Health Services California
Mosquito-borne Virus Surveillance and Response
Plan (CMVSRP)
Centers for Disease Control and Prevention ArboNET
Specific analyses to support the decision making
Virus activity surveillance
New forecast capabilities for mosquito abundance and virus transmission risk (to 1km resolution)
New capabilities for tracking anomalies in ecosystem and meteorological conditions
Specific Decisions / Actions
Annual resource allocations for mosquito control
Statewide alerts
Integrated vector management decisions
Timing and extent of vector control efforts
Decision Support Systems, Assessments,
Management Actions
California Department of Health Services California
Mosquito-borne Virus Surveillance and Response
Plan (CMVSRP)
Centers for Disease Control and Prevention ArboNET
Specific analyses to support the decision making
Virus activity surveillance
New forecast capabilities for mosquito abundance and virus transmission risk (to 1km resolution)
New capabilities for tracking anomalies in ecosystem and meteorological conditions
Specific Decisions / Actions
Annual resource allocations for mosquito control
Statewide alerts
Integrated vector management decisions
Timing and extent of vector control efforts