11 remote-sensing positions at National Aeronautics and Space Administration (NASA) in United States

Measuring Emissions of Urban Greenhouse Gases and Pollutants Using Mountaintop Remote Sensing Spectroscopy

an innovative mountaintop observatory, California Laboratory for Atmospheric Remote Sensing (CLARS), that uses high-resolution infrared spectrometers to survey the spatial and temporal distributions of greenhouse

Understanding the drivers of time-evolving glacier motion from spaceborne observations

networks Advanced understanding of remote sensing principles Experience working with large remote sensing datasets Strong programing skills with a preference for Python and Julia languages Strong record

Airborne High Spectral Resolution LIDAR

atmospheric and ocean remote sensing, including process science, satellite validation, and remote sensing algorithm studies. The HSRL technique enables unambiguous and independent measurements of particulate

Planetary Volcanism

the inner solar system. By leveraging ground-truth observations from Earth, Mars, and the Moon, alongside advanced remote sensing spectral data and elemental analyses, the successful candidate will pioneer

Analysis of Sub-orbital and Satellite-based Observations for Advances in Societal Benefit

will combine NASA Earth observations from satellites and sub-orbital remote sensing, ground-based in-situ datasets, regulatory inventories, and the U.S. Census database to describe the scale

Terrestrial and Planetary Permafrost Modeling and Experiments

proposals for modeling, laboratory and remote sensing studies of terrestrial and planetary permafrost. Given the interest in future Mars and asteroids missions,  we are interested in proposals to study

Innovations in machine learning applications and their implementation to improve our understanding of the planetary boundary layer structure and dynamics

a main focus of the scientific community. Machine learning methods have been utilized exponentially in the past few years to address remote sensing detection and retrieval algorithms, improved climate

Groundbreaking Lightning and Atmospheric Electricity Research

physical coupling of tropospheric thunderstorms to electrodynamic phenomena in the upper atmosphere Using microwave remote sensing, lightning observations, and/or numerical modeling to study the evolution

Tropospheric Chemistry

on tropospheric composition, understand the drivers of urban air pollution (primarily ozone and PM2.5 ), and improve the interpretation of satellite and other remote sensing observations (e.g., GCAS, Pandora), with

Climate Data Analysis Using GPS Radio Occultation

occultation (RO) observations have a number of unique characteristics that make them highly complementary to infrared and microwave passive sounders, including high vertical resolution, all-weather remote