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related risk.
SPACE WEATHER PROJECTS AF-GEOSpace is used for orbit selection and to design systems based on space weather factors. AFRL is the primary research center for AF-GEOSpace, and AER team members have participated in the modeling efforts and data product generation on the project for the last decade. The application originated as an Air Force situationalawareness tool
AO BLOG UPDATE
Dr. Judah Cohen from Atmospheric and Environmental Research (AER) embarked on an experimental process of regular research, review, and analysis of the Arctic Oscillation ( AO) and Polar Vortex (PV). This analysis is intended to provide researchers and practitioners real-time insights on one of North America’s and Europe’s leadingdrivers
AER 2019 EMPLOYEE AWARD She developed web-based user interfaces for AERMOD and SCICHEM and has taken over the development of the AQcast system from Ethan Fahy's team. She also collaborated with the GreenLITE team and organized several activities for Verisk Pride Boston. Amy is a role model for AER employees. 2019 Employee of the Year Amy McVey.RADIATIVE TRANSFER
AACGM COORDINATES
AER MAPS FLOODING FROM HURRICANE FLORENCE AER Maps Flooding from Hurricane Florence. Hurricane Florence made landfall in North Carolina early on September 14 with Category 1 winds, but its biggest impact has been the flooding left in its wake . From September 13 to 18, Florence stalled over the state, unleashing record-breaking rainfall on the Coastal Plain from NewBern, North
SPACE OBJECT SURVEILLANCE TECHNOLOGY Space Object Surveillance Technology. Research in the area of Space Object Surveillance Technology (SOST) relates to measurements of objects orbiting the earth by either space-based or ground-based sensors. Understanding the intended function and current state of a “resident space object” (i.e. either a satellite or space junkorbiting the
- RRTM/RRTMG
RRTM retains the highest accuracy relative to line-by-line results for single column calculations, while RRTMG provides improved efficiency with minimal loss of accuracy for GCM applications. RTE+RRTMGP is a completely rewritten and modern code based on updated spectroscopy. Annual mean top of the atmosphere longwave cloud forcing for the ECMWFLBLRTM - AER
LBLRTM attributes provide spectral radiance calculations with accuracies consistent with the measurements against which they are validated and with computational times that greatly facilitate the application of the line-by-line approach to current radiative transferapplications.
AER | WEATHER RISK ASSESSMENTWEATHER RISK MANAGEMENTGOVERNMENTINDUSTRYSCIENCE & RESEARCHCLIENTS & PARTNERS Atmospheric and Environmental Research scientists and engineers help governments and businesses solve the world’s biggest climate issues. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and energy companies to anticipate, manage, react to and profit from weather and climaterelated risk.
SPACE WEATHER PROJECTS AF-GEOSpace is used for orbit selection and to design systems based on space weather factors. AFRL is the primary research center for AF-GEOSpace, and AER team members have participated in the modeling efforts and data product generation on the project for the last decade. The application originated as an Air Force situationalawareness tool
AO BLOG UPDATE
Dr. Judah Cohen from Atmospheric and Environmental Research (AER) embarked on an experimental process of regular research, review, and analysis of the Arctic Oscillation ( AO) and Polar Vortex (PV). This analysis is intended to provide researchers and practitioners real-time insights on one of North America’s and Europe’s leadingdrivers
AER 2019 EMPLOYEE AWARD She developed web-based user interfaces for AERMOD and SCICHEM and has taken over the development of the AQcast system from Ethan Fahy's team. She also collaborated with the GreenLITE team and organized several activities for Verisk Pride Boston. Amy is a role model for AER employees. 2019 Employee of the Year Amy McVey.RADIATIVE TRANSFER
AACGM COORDINATES
AER MAPS FLOODING FROM HURRICANE FLORENCE AER Maps Flooding from Hurricane Florence. Hurricane Florence made landfall in North Carolina early on September 14 with Category 1 winds, but its biggest impact has been the flooding left in its wake . From September 13 to 18, Florence stalled over the state, unleashing record-breaking rainfall on the Coastal Plain from NewBern, North
SPACE OBJECT SURVEILLANCE TECHNOLOGY Space Object Surveillance Technology. Research in the area of Space Object Surveillance Technology (SOST) relates to measurements of objects orbiting the earth by either space-based or ground-based sensors. Understanding the intended function and current state of a “resident space object” (i.e. either a satellite or space junkorbiting the
- RRTM/RRTMG
RRTM retains the highest accuracy relative to line-by-line results for single column calculations, while RRTMG provides improved efficiency with minimal loss of accuracy for GCM applications. RTE+RRTMGP is a completely rewritten and modern code based on updated spectroscopy. Annual mean top of the atmosphere longwave cloud forcing for the ECMWFLBLRTM - AER
LBLRTM attributes provide spectral radiance calculations with accuracies consistent with the measurements against which they are validated and with computational times that greatly facilitate the application of the line-by-line approach to current radiative transferapplications.
AER AG BLOG UPDATE
Ag Blog Update 01 Mar--AER 2021 Corn Outlook. Atmospheric and Environmental Research is applying our world-class seasonal forecasting to give the agricultural community information to make better-informed decisions with actionable yield projections for the upcoming season. The analogs from our current seasonal forecast modelsuggest the 2021
RADIATIVE TRANSFER
Radiative transfer is the transport of energy by electromagnetic waves through a gas. This example highlighting the Earth’s Energy Budget depicts energy exchanges between the Earth's surface, the Earth's atmosphere, and space. A better understanding of Earth’s present and future requires computer codes that accurately simulate the movement AER POLAR VORTEX FORECAST INFORMATION BY JUDAH COHEN Publish Date: 05 January, 2021 Article Source: The Washington Post Article Link:The polar vortex is splitting in two, which may lead to weeks of wild winter weather In this article, AER's Dr Judah Cohen provides details on the significant ongoing meteorological events which can be a precursor to the Polar Vortex prominently affecting ourwinter weather.
SPACE OBJECT SURVEILLANCE TECHNOLOGY Space Object Surveillance Technology. Research in the area of Space Object Surveillance Technology (SOST) relates to measurements of objects orbiting the earth by either space-based or ground-based sensors. Understanding the intended function and current state of a “resident space object” (i.e. either a satellite or space junkorbiting the
TROPOSPHERIC EMISSION SPECTROMETER (TES) Emission Ratios for Ammonia and Formic Acid and Observations of Peroxy Acetyl Nitrate (PAN) and Ethylene in Biomass Burning Smoke as Seen by the Tropospheric Emission Spectrometer (TES) MICROWAVE SURFACE EMISSIVITY DATABASE Microwave Surface Emissivity Database. The microwave land surface emissivity is derived from a combination of AMSR-E brightness temperature and MODIS LST and NCEP GFS data. Contents include global gridded monthly emissivity products at the AMSR-E 10.7 GHz, 18.7 GHz, 23.8 GHz, 36.5 GHz, and 89.0 GHz V-pol and H-pol channels. OCEAN BOTTOM PRESSURE FROM MODEL AND GRACE ESTIMATES For the residual spatially-varying patterns, GRACE and model results agree well over the Southern Ocean where strongest variability at annual and semiannual periods is present. Phase patterns tend to match well, although model amplitudes are generally weaker. We experiment with various GRACE products and model solutions to. derive estimatesof
POLAR VORTEX IMPACT ON WINTER WEATHER The polar vortex is a fast flowing stream of air that circles the North Pole during the winter months in the upper atmosphere, known as the stratosphere. Often when the polar vortex is strong, temperatures are mild in the mid-latitudes across the Eastern US and Northern Eurasia; and when the vortex is weak, temperatures tend to be coldacross
REBECCA ADAMS SELIN
Rebecca Adams-Selin Page 3 of 5 Adams-Selin, R., 2013: Verification of AFWA and traditional GOCART WRF-Chem dust emission schemes. Air Force Weather Agency Technical Report, SEMSD.18543, 7 pp. Selected Recent Conference Presentations- LBLRTM - AER
131 Hartwell Ave Lexington, MA 02421 Phone: 1 (781) 761-2288 Fax: 1(781) 761-2299 Email: aer_lblrtm@aer.com AER | WEATHER RISK ASSESSMENTWEATHER RISK MANAGEMENTGOVERNMENTINDUSTRYSCIENCE & RESEARCHCLIENTS & PARTNERS Atmospheric and Environmental Research scientists and engineers help governments and businesses solve the world’s biggest climate issues. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and energy companies to anticipate, manage, react to and profit from weather and climaterelated risk.
ABOUT US | AER | WEATHER RISK ASSESSMENT About Us. At Atmospheric and Environmental Research (AER), we are dedicated to advancing the scientific understanding of the atmosphere, ocean, and space environment, and translating this into actionable information for our customers. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and SPACE WEATHER PROJECTS AF-GEOSpace is used for orbit selection and to design systems based on space weather factors. AFRL is the primary research center for AF-GEOSpace, and AER team members have participated in the modeling efforts and data product generation on the project for the last decade. The application originated as an Air Force situationalawareness tool
ATMOSPHERE | AER | WEATHER RISK ASSESSMENT Atmosphere. Atmospheric processes involve many scales — from a dust mote that acts as a condensation nucleus for a raindrop, to the impacts from a variety of global phenomenon like El Niño. The Earth's atmosphere has a variety of properties, including heat, moisture, and various chemical species. To understand atmospheric effects on ourAO BLOG UPDATE
Dr. Judah Cohen from Atmospheric and Environmental Research (AER) embarked on an experimental process of regular research, review, and analysis of the Arctic Oscillation ( AO) and Polar Vortex (PV). This analysis is intended to provide researchers and practitioners real-time insights on one of North America’s and Europe’s leadingdrivers
CLOUD REMOTE SENSING PROJECTS AER MAPS FLOODING FROM HURRICANE FLORENCE AER Maps Flooding from Hurricane Florence. Hurricane Florence made landfall in North Carolina early on September 14 with Category 1 winds, but its biggest impact has been the flooding left in its wake . From September 13 to 18, Florence stalled over the state, unleashing record-breaking rainfall on the Coastal Plain from NewBern, North
TROPOSPHERIC EMISSION SPECTROMETER (TES) Emission Ratios for Ammonia and Formic Acid and Observations of Peroxy Acetyl Nitrate (PAN) and Ethylene in Biomass Burning Smoke as Seen by the Tropospheric Emission Spectrometer (TES) OCEAN BOTTOM PRESSURE FROM MODEL AND GRACE ESTIMATES For the residual spatially-varying patterns, GRACE and model results agree well over the Southern Ocean where strongest variability at annual and semiannual periods is present. Phase patterns tend to match well, although model amplitudes are generally weaker. We experiment with various GRACE products and model solutions to. derive estimatesof
RUI M. PONTE
Dr. Ponte’s broad and multidisciplinary research interests have led him to study, among other topics: the dynamics and forcing of sea level variability and change; the general circulation of the ocean and atmosphere, using the angular momentum approach; the effects of the ocean on the Earth’s rotation and gravity field; the high-frequency oceanic response to atmospheric forcing; the AER | WEATHER RISK ASSESSMENTWEATHER RISK MANAGEMENTGOVERNMENTINDUSTRYSCIENCE & RESEARCHCLIENTS & PARTNERS Atmospheric and Environmental Research scientists and engineers help governments and businesses solve the world’s biggest climate issues. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and energy companies to anticipate, manage, react to and profit from weather and climaterelated risk.
ABOUT US | AER | WEATHER RISK ASSESSMENT About Us. At Atmospheric and Environmental Research (AER), we are dedicated to advancing the scientific understanding of the atmosphere, ocean, and space environment, and translating this into actionable information for our customers. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and SPACE WEATHER PROJECTS AF-GEOSpace is used for orbit selection and to design systems based on space weather factors. AFRL is the primary research center for AF-GEOSpace, and AER team members have participated in the modeling efforts and data product generation on the project for the last decade. The application originated as an Air Force situationalawareness tool
ATMOSPHERE | AER | WEATHER RISK ASSESSMENT Atmosphere. Atmospheric processes involve many scales — from a dust mote that acts as a condensation nucleus for a raindrop, to the impacts from a variety of global phenomenon like El Niño. The Earth's atmosphere has a variety of properties, including heat, moisture, and various chemical species. To understand atmospheric effects on ourAO BLOG UPDATE
Dr. Judah Cohen from Atmospheric and Environmental Research (AER) embarked on an experimental process of regular research, review, and analysis of the Arctic Oscillation ( AO) and Polar Vortex (PV). This analysis is intended to provide researchers and practitioners real-time insights on one of North America’s and Europe’s leadingdrivers
CLOUD REMOTE SENSING PROJECTS AER MAPS FLOODING FROM HURRICANE FLORENCE AER Maps Flooding from Hurricane Florence. Hurricane Florence made landfall in North Carolina early on September 14 with Category 1 winds, but its biggest impact has been the flooding left in its wake . From September 13 to 18, Florence stalled over the state, unleashing record-breaking rainfall on the Coastal Plain from NewBern, North
TROPOSPHERIC EMISSION SPECTROMETER (TES) Emission Ratios for Ammonia and Formic Acid and Observations of Peroxy Acetyl Nitrate (PAN) and Ethylene in Biomass Burning Smoke as Seen by the Tropospheric Emission Spectrometer (TES) OCEAN BOTTOM PRESSURE FROM MODEL AND GRACE ESTIMATES For the residual spatially-varying patterns, GRACE and model results agree well over the Southern Ocean where strongest variability at annual and semiannual periods is present. Phase patterns tend to match well, although model amplitudes are generally weaker. We experiment with various GRACE products and model solutions to. derive estimatesof
RUI M. PONTE
Dr. Ponte’s broad and multidisciplinary research interests have led him to study, among other topics: the dynamics and forcing of sea level variability and change; the general circulation of the ocean and atmosphere, using the angular momentum approach; the effects of the ocean on the Earth’s rotation and gravity field; the high-frequency oceanic response to atmospheric forcing; the ABOUT US | AER | WEATHER RISK ASSESSMENT About Us. At Atmospheric and Environmental Research (AER), we are dedicated to advancing the scientific understanding of the atmosphere, ocean, and space environment, and translating this into actionable information for our customers. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and CONTACT US | AER | WEATHER RISK ASSESSMENT Corporate Headquarters. Atmospheric and Environmental Research 131 Hartwell Avenue Lexington, MA 02421 Tel: +1 (781) 761-2288 Fax: +1(781) 761-2299
AIR QUALITY
AER’s Air Quality team uses the scientific and technical expertise gained from our cutting-edge research to support federal, regional, state, local, and tribal air quality agencies, as well as non-profit and industry clients, in addressing their air quality challenges. We work with our clients to design air quality modeling and data analysis studies that meet our clients’ scientific CLIMATE | AER | WEATHER RISK ASSESSMENT Increasingly, climate change is challenging society's resilience and adaptive ability. Atmospheric and Environmental Research (AER) helps clients address many critical issues, including sea level rise, the availability and quality of water resources, oil exploration in the Arctic, and changes in the planet's climate systems related to the increase in greenhouse gases. AQCAST | AER | WEATHER RISK ASSESSMENT Using AQcast on the Amazon cloud, AER can run AERMOD and all of its pre-processors including bpipprm, aermap, aermet, aerminute, and aersurface for a facility with user provided source parameters and facility location. Overview: AQcast: AERMOD uses the latest approved versions and updates automatically. It will download all necessaryterrain
TARGET RECOGNITION AND ADVANCED EXPLOITATION (TRAX) The TRAX family of target recognition and advanced exploitation capabilities support the Intelligence, Surveillance and Reconnaissance (ISR) and Combat ID communities and are designed to address both the needs and challenges of today as well as those of tomorrow. RAPTOR is a rapid target prediction capability that plays a key role in theRAPTOR
AER 2019 EMPLOYEE AWARD She developed web-based user interfaces for AERMOD and SCICHEM and has taken over the development of the AQcast system from Ethan Fahy's team. She also collaborated with the GreenLITE team and organized several activities for Verisk Pride Boston. Amy is a role model for AER employees. 2019 Employee of the Year Amy McVey.RADIATIVE TRANSFER
Radiative transfer is the transport of energy by electromagnetic waves through a gas. This example highlighting the Earth’s Energy Budget depicts energy exchanges between the Earth's surface, the Earth's atmosphere, and space. A better understanding of Earth’s present and future requires computer codes that accurately simulate the movementAACGM COORDINATES
Altitude adjustment corrected geomagnetic (AACGM) coordinates are useful in space weather because they are defined such that all points along a magnetic field line have the same geomagnetic latitude and longitude. The charged particles of the ionosphere follow spiral trajectories along these field lines, so tracing them helps to understand how different regions of the ionosphere are coupled toMONORTM - AER
MonoRTM_v5.4. Date: August 2017. The continuum was updated to MT_CKD_3.2, which has new self continnum coefficients in window regions for wavenumbers greater than 2000 cm-1 and updated self continuum temperature dependence from 1800-3500 cm-1 AER | WEATHER RISK ASSESSMENTWEATHER RISK MANAGEMENTGOVERNMENTINDUSTRYSCIENCE & RESEARCHCLIENTS & PARTNERS Atmospheric and Environmental Research scientists and engineers help governments and businesses solve the world’s biggest climate issues. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and energy companies to anticipate, manage, react to and profit from weather and climaterelated risk.
ABOUT US | AER | WEATHER RISK ASSESSMENT About Us. At Atmospheric and Environmental Research (AER), we are dedicated to advancing the scientific understanding of the atmosphere, ocean, and space environment, and translating this into actionable information for our customers. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and SPACE WEATHER PROJECTS AF-GEOSpace is used for orbit selection and to design systems based on space weather factors. AFRL is the primary research center for AF-GEOSpace, and AER team members have participated in the modeling efforts and data product generation on the project for the last decade. The application originated as an Air Force situationalawareness tool
ATMOSPHERE | AER | WEATHER RISK ASSESSMENT Atmosphere. Atmospheric processes involve many scales — from a dust mote that acts as a condensation nucleus for a raindrop, to the impacts from a variety of global phenomenon like El Niño. The Earth's atmosphere has a variety of properties, including heat, moisture, and various chemical species. To understand atmospheric effects on ourAO BLOG UPDATE
Dr. Judah Cohen from Atmospheric and Environmental Research (AER) embarked on an experimental process of regular research, review, and analysis of the Arctic Oscillation ( AO) and Polar Vortex (PV). This analysis is intended to provide researchers and practitioners real-time insights on one of North America’s and Europe’s leadingdrivers
CLOUD REMOTE SENSING PROJECTS AER MAPS FLOODING FROM HURRICANE FLORENCE AER Maps Flooding from Hurricane Florence. Hurricane Florence made landfall in North Carolina early on September 14 with Category 1 winds, but its biggest impact has been the flooding left in its wake . From September 13 to 18, Florence stalled over the state, unleashing record-breaking rainfall on the Coastal Plain from NewBern, North
TROPOSPHERIC EMISSION SPECTROMETER (TES) Emission Ratios for Ammonia and Formic Acid and Observations of Peroxy Acetyl Nitrate (PAN) and Ethylene in Biomass Burning Smoke as Seen by the Tropospheric Emission Spectrometer (TES) OCEAN BOTTOM PRESSURE FROM MODEL AND GRACE ESTIMATES For the residual spatially-varying patterns, GRACE and model results agree well over the Southern Ocean where strongest variability at annual and semiannual periods is present. Phase patterns tend to match well, although model amplitudes are generally weaker. We experiment with various GRACE products and model solutions to. derive estimatesof
RUI M. PONTE
Dr. Ponte’s broad and multidisciplinary research interests have led him to study, among other topics: the dynamics and forcing of sea level variability and change; the general circulation of the ocean and atmosphere, using the angular momentum approach; the effects of the ocean on the Earth’s rotation and gravity field; the high-frequency oceanic response to atmospheric forcing; the AER | WEATHER RISK ASSESSMENTWEATHER RISK MANAGEMENTGOVERNMENTINDUSTRYSCIENCE & RESEARCHCLIENTS & PARTNERS Atmospheric and Environmental Research scientists and engineers help governments and businesses solve the world’s biggest climate issues. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and energy companies to anticipate, manage, react to and profit from weather and climaterelated risk.
ABOUT US | AER | WEATHER RISK ASSESSMENT About Us. At Atmospheric and Environmental Research (AER), we are dedicated to advancing the scientific understanding of the atmosphere, ocean, and space environment, and translating this into actionable information for our customers. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and SPACE WEATHER PROJECTS AF-GEOSpace is used for orbit selection and to design systems based on space weather factors. AFRL is the primary research center for AF-GEOSpace, and AER team members have participated in the modeling efforts and data product generation on the project for the last decade. The application originated as an Air Force situationalawareness tool
ATMOSPHERE | AER | WEATHER RISK ASSESSMENT Atmosphere. Atmospheric processes involve many scales — from a dust mote that acts as a condensation nucleus for a raindrop, to the impacts from a variety of global phenomenon like El Niño. The Earth's atmosphere has a variety of properties, including heat, moisture, and various chemical species. To understand atmospheric effects on ourAO BLOG UPDATE
Dr. Judah Cohen from Atmospheric and Environmental Research (AER) embarked on an experimental process of regular research, review, and analysis of the Arctic Oscillation ( AO) and Polar Vortex (PV). This analysis is intended to provide researchers and practitioners real-time insights on one of North America’s and Europe’s leadingdrivers
CLOUD REMOTE SENSING PROJECTS AER MAPS FLOODING FROM HURRICANE FLORENCE AER Maps Flooding from Hurricane Florence. Hurricane Florence made landfall in North Carolina early on September 14 with Category 1 winds, but its biggest impact has been the flooding left in its wake . From September 13 to 18, Florence stalled over the state, unleashing record-breaking rainfall on the Coastal Plain from NewBern, North
TROPOSPHERIC EMISSION SPECTROMETER (TES) Emission Ratios for Ammonia and Formic Acid and Observations of Peroxy Acetyl Nitrate (PAN) and Ethylene in Biomass Burning Smoke as Seen by the Tropospheric Emission Spectrometer (TES) OCEAN BOTTOM PRESSURE FROM MODEL AND GRACE ESTIMATES For the residual spatially-varying patterns, GRACE and model results agree well over the Southern Ocean where strongest variability at annual and semiannual periods is present. Phase patterns tend to match well, although model amplitudes are generally weaker. We experiment with various GRACE products and model solutions to. derive estimatesof
RUI M. PONTE
Dr. Ponte’s broad and multidisciplinary research interests have led him to study, among other topics: the dynamics and forcing of sea level variability and change; the general circulation of the ocean and atmosphere, using the angular momentum approach; the effects of the ocean on the Earth’s rotation and gravity field; the high-frequency oceanic response to atmospheric forcing; the ABOUT US | AER | WEATHER RISK ASSESSMENT About Us. At Atmospheric and Environmental Research (AER), we are dedicated to advancing the scientific understanding of the atmosphere, ocean, and space environment, and translating this into actionable information for our customers. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and CONTACT US | AER | WEATHER RISK ASSESSMENT Corporate Headquarters. Atmospheric and Environmental Research 131 Hartwell Avenue Lexington, MA 02421 Tel: +1 (781) 761-2288 Fax: +1(781) 761-2299
AIR QUALITY
AER’s Air Quality team uses the scientific and technical expertise gained from our cutting-edge research to support federal, regional, state, local, and tribal air quality agencies, as well as non-profit and industry clients, in addressing their air quality challenges. We work with our clients to design air quality modeling and data analysis studies that meet our clients’ scientific CLIMATE | AER | WEATHER RISK ASSESSMENT Increasingly, climate change is challenging society's resilience and adaptive ability. Atmospheric and Environmental Research (AER) helps clients address many critical issues, including sea level rise, the availability and quality of water resources, oil exploration in the Arctic, and changes in the planet's climate systems related to the increase in greenhouse gases. AQCAST | AER | WEATHER RISK ASSESSMENT Using AQcast on the Amazon cloud, AER can run AERMOD and all of its pre-processors including bpipprm, aermap, aermet, aerminute, and aersurface for a facility with user provided source parameters and facility location. Overview: AQcast: AERMOD uses the latest approved versions and updates automatically. It will download all necessaryterrain
TARGET RECOGNITION AND ADVANCED EXPLOITATION (TRAX) The TRAX family of target recognition and advanced exploitation capabilities support the Intelligence, Surveillance and Reconnaissance (ISR) and Combat ID communities and are designed to address both the needs and challenges of today as well as those of tomorrow. RAPTOR is a rapid target prediction capability that plays a key role in theRAPTOR
AER 2019 EMPLOYEE AWARD She developed web-based user interfaces for AERMOD and SCICHEM and has taken over the development of the AQcast system from Ethan Fahy's team. She also collaborated with the GreenLITE team and organized several activities for Verisk Pride Boston. Amy is a role model for AER employees. 2019 Employee of the Year Amy McVey.RADIATIVE TRANSFER
Radiative transfer is the transport of energy by electromagnetic waves through a gas. This example highlighting the Earth’s Energy Budget depicts energy exchanges between the Earth's surface, the Earth's atmosphere, and space. A better understanding of Earth’s present and future requires computer codes that accurately simulate the movementAACGM COORDINATES
Altitude adjustment corrected geomagnetic (AACGM) coordinates are useful in space weather because they are defined such that all points along a magnetic field line have the same geomagnetic latitude and longitude. The charged particles of the ionosphere follow spiral trajectories along these field lines, so tracing them helps to understand how different regions of the ionosphere are coupled toMONORTM - AER
MonoRTM_v5.4. Date: August 2017. The continuum was updated to MT_CKD_3.2, which has new self continnum coefficients in window regions for wavenumbers greater than 2000 cm-1 and updated self continuum temperature dependence from 1800-3500 cm-1* About Us
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ATMOSPHERIC AND ENVIRONMENTAL RESEARCH scientists and engineers help governments and businesses solve the world’s biggest climate issues. We prepare agencies like NOAA, NASA and the Department of Defense, along with large insurance, investment and energy companies to anticipate, manage, react to and profit from weather and climate related risk. READ MORE__
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Atmospheric Systems Research, US Department of Energy AER PHYSICIST ELI MLAWER: A ONETIME STRING THEORIST NOW IMPROVES THE WAY MODELS REPRESENT SPECTRAL RADIANCES THROUGHOUT THE ATMOSPHEREMay 1, 2019
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Nature, International Journal of Science AER SCIENTISTS RUI PONTE AND CHRISTOPHER LITTLE DETAIL A MAJOR ADVANCE IN UNDERSTANDING THE ROLES OF SEA LEVEL RISE AND VERTICAL LAND MOTION OVER THE PAST CENTURY ALONG THE UNITED STATES EAST COAST December 21, 2018 More from In the NewsFEATURED
ARCTIC OSCILLATION AND POLAR VORTEX ANALYSIS AND FORECASTS August 05, 2019 - Dr. Judah Cohen from Atmospheric and Environmental Research (AER) embarked on an experimental process of regular research, review, and analysis of the Arctic Oscillation & PolarVortex.
GOES-R (GEOSTATIONARY OPERATIONAL ENVIRONMENTAL SATELLITE) Learn how AER is supporting the development of NOAA's next generation geosynchronous satellite series, GOES-R. NOAA's Geostationary Operational Environmental Satellite. Home About Us Contact UsJobs
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