SRI leads development of a modular, mobile radar facility used by research scientists and students from around the world.
Coastal inlets and river mouths create dynamic, unpredictable environmental conditions that make it difficult to plan surface and subsurface ocean operations.
SRI provides high-fidelity computational fluid dynamics (CFD) analysis and comprehensive physics-based system multibody dynamics (MBD) modeling
DIGS engages students in looking at real data about climate change to differentiate between possible greenhouse gas and urban heat island impacts.
DIGERS provided teachers with adaptable curricular exemplars about environmental restoration.
SRI provides user-friendly access to key types of Earth system data relevant to the study of climate, as well as background resources.
To keep astronauts, equipment, and satellites out of harm’s way, SRI provides a rare capability to quickly track tens of thousands of objects in near-Earth space.
Estimation of River Characteristics from Remote Sensing Data.
SRI is developing small, highly sensitive arrays for pervasive monitoring of chemical and biological processes in the ocean and other environments.
For the Department of Energy, SRI and partners studied methane hydrate deposits in the Gulf of Mexico.
SRI combines data assimilation algorithms with hydrodynamic forecast models for high-resolution forecasts of nearshore oceanographic properties for coastal operations.
Disruptions in Earth's ionosphere from solar activity can cause communications blackouts, negatively affecting GPS and radio signals. SRI’s revolutionary small satellites offer a novel way to monitor such conditions.
SRI develops graphical user interfaces to help non-expert end users set up high-resolution nested wave and circulation models for ocean forecasting.
SRI is developing a customized CMOS imager for the Solar Orbiter spacecraft that will allow scientists to study the sun from a closer distance than any previous mission.
STORE uses Google Earth to help students investigate projected climate changes in their own areas.
Spectral emission studies reveal meteorites’ contribution to airglow.
Wide-Field Imager for Solar Probe (WISPR)