All verified mentions of this organization in source documents.
The Trump administration and congressional leaders have tentatively agreed to use a stopgap funding measure to keep the government open past 2020-09-30 when current appropriations expire.
SIMBA is a 3-unit CubeSat designed to measure Total Solar Irradiance and Earth Radiation Budget climate variables using a miniaturized radiometer.
The Copernicus Anthropogenic Carbon Dioxide Monitoring (CO2M) mission will carry a near-infrared and shortwave-infrared spectrometer to measure atmospheric carbon dioxide produced by human activity, with OHB-System Germany leading development on a €445 million contract.
Compact Environmental Anomaly Sensor 3 includes two particle telescopes to provide a comprehensive measure of the space environment.
HaloSat, a cubesat deployed from the ISS in 2018, was built to measure diffuse X-ray emission from halos of material surrounding galaxies.
The Senate fiscal year 2020 funding measure provided less than $750,000,000 for the human lunar lander program.
Federal agencies are operating under a temporary spending measure, or continuing resolution, that expires on 2019-11-21.
AeroCube 10 is equipped with sensors and experiments to study Earth's atmosphere, conduct satellite proximity operations, and measure solar cell degradation in orbit.
The next Electron flight, scheduled for 2024-08-16, will carry a data recorder designed to survive reentry to measure the stage’s performance during recovery.
COSMIC-2 satellites carry an Ion Velocity Meter built by Ball Aerospace and developed by the University of Texas at Dallas to sense ion velocity, concentration and composition and to measure upper atmosphere electron density.
The HP3 instrument features a probe, or 'mole,' designed to burrow up to five meters below the Martian surface to measure heat flow.
The April 2019 test was specifically designed to measure loads within each parachute canopy.
OCO-3 is a $110,000,000 payload that will measure carbon dioxide levels in the atmosphere and provide continuity should the OCO-2 spacecraft stop operating.
The HP3 probe is designed to measure heat flow in the interior of Mars and was intended to reach a depth of three to five meters.
The study to use commercial launch vehicles for Exploration Mission-1 was motivated by a desire to maintain a schedule calling for flying EM-1 in mid‑2020 and was intended as a stopgap measure.
Students working under Dave Klumpar and Harlan Spence built pairs of two-kilogram Firebird cubesats that were sent into high-inclination orbits in 2013 and 2015 to measure energetic bursts of electrons in Earth’s upper atmosphere.
In close orbit around Didymoon, Juventas will measure the gravity field and the internal structure of the asteroid.
Harris Corporation’s Thermal and Near Infrared Sensor for Carbon Observation-Fourier Transform Spectrometer-2 launched in October on Japan’s Greenhouse Gases Observing Satellite-2 to measure carbon dioxide and methane.
NASA is monitoring the health and performance of Kepler as the exact amount of remaining fuel is difficult to measure.
Ursa Space Systems will use ICEYE radar imagery to monitor oil wells and measure global oil storage for data analytics clients under a deal announced at GEOINT 2018.