A hybrid retrieval for China's DaQi-1 satellite uses a random forest to correct blue-band surface reflectance errors, cutting AERONET-validated aerosol ...
Scientists have recovered long-lost observations from the 1970s DMSP Special Sensor H instrument and shown that assimilating them, including its ...
The open-source Python package thermal-bw calculates isotropic gamma-ray absorption and secondary pair spectra, with a blackbody surrogate that achieves a ...
A thresholded and weighted RTTOV v13.1 scheme reduced simulation errors in FY-3F HIRAS-II’s strongest water-vapor channels and lowered peak-channel bias ...
Ground-based microwave radiometers are among the most tireless instruments in atmospheric science. Bolted to the ground and staring permanently upward, ...
A new radiative-transfer model quantifies how strongly the liquid inside Venus's cloud droplets must absorb ultraviolet and blue light, imposing ...
A new study modifies a widely used canopy radiation model so that forest stems and branches, long ignored as absorbers ...
Researchers at the German Aerospace Center have developed a fast, stable, open-source numerical model that solves the linearized gravity-wave equations ...
Scientists have integrated a high-resolution three-stream radiative transfer model into the NEMO ocean framework and demonstrated in the Black Sea ...
A new conditioning-controlled retrieval framework jointly derives broadband land surface temperature and emissivity from paired ground-based longwave irradiance measurements, achieving ...
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