This chapter covers active sensing of the atmosphere using both ground-based and satellite-borne radars. Owing to the vast expanse of weather, hydrometeors, and atmospheric gases, in situ measurements ...

The Atmospheric Processors department derives geophysical atmospheric parameters from remote sensing data. These data have been gathered primarily from satellite-borne instruments but the approach is ...

Remote sensing (satellite and ground-based) is increasingly being used as technique to probe the Earth’s atmosphere, ocean and land surfaces. Probing of other planets is accomplished largely by ...

Earth radiance from the UV to the IR range showing the absorption spectrum for the most important atmospheric trace gases. Satellite remote sensing is a powerful tool for investigating atmospheric ...

Spectroscopy, Quantum Chemistry and Atmospheric Remote Sensing (SQUARES), ULB has the following research output in the current window (1 December 2024 - 30 November 2025) of the Nature Index. Click on ...

Coherent introduced a new family of infrared WGPs operating in the MWIR over 3-5 µm and the LWIR over 7-14 µm, based on meta optics wire technology that achieves a contrast ratio of an order of ...

An optical principle discovered more than a century ago may soon find new applications in such areas as monitoring ...

Advance Your GI Science Knowledge With MTU's Remote Sensing Certificate. Mountainous terrain, dense forests, swamps and wetlands, and coastal groves and mangroves. These are some examples of difficult ...

Geostationary satellite observations with remote sensing techniques can provide the distributions of cloud top height (CTH), cloud optical thickness (COT) and cloud-particle effective radius (CER).

Active sensing encompasses the use of a transmitter and at least one receiver to measure (sense) the transmission or scattering properties of a medium at radio frequencies. In transmission ...