Atmospheric
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Space & Cosmos
Atmospheric Wave Research Mission releases data from the first 3,000 orbits
This image shows awe awe data combined from the paths of two instruments over the US. The red and orange wave structures show an increase in infrared luminance (or radiance) produced by aero in the Earth’s atmosphere. Credit: NASA/AWE/LUDGER SCHERLIESS Following the 3,000th orbit of NASA’s adoration (Atmosphere Wave Experiment) on the International Space Station, researchers have publicly released the…
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Earth
How does the Atmospheric River flow? Scientists modernize research to understand
Credit: Unsplash/CC0 Public Domain Most people are looking for ways to avoid stable rain from atmospheric rivers, but they use cumbersome weather patterns to improve predictions, control complex mazes of California waterways, and ultimately It helps to modernize to. Weather researchers at the Scripps Agency, a worker at San Diego, California and Yuba Water Engine, have measured radiozond, air condition…
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Earth
Enhanced weathering can transform US agriculture for atmospheric removal
The advantages of surface ozone and weathering enhancement for crop production. Credit: Nature (2025). doi:10.1038/s41586-024-08429-2 The new study is the practice of implementing enhanced weathering (EW) and adding crushed basalts to the soil, and by US agriculture, the company will remove 16-300 million tons of carbon dioxide (CO2) per year by 2050. It has been revealed that it will rise…
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Earth
Long-term records reveal the impact of climate change on atmospheric circulation
The global map shows global cloud cover on July 11, 2005, based primarily on observations from the Moderate Resolution Imaging Spectroradiometer (MODIS) sensor aboard the NASA Terra satellite. Patterns in cloud cover reveal large-scale atmospheric circulation. Credit: NASA How climate change affects thermodynamic signals such as atmospheric temperature is relatively well understood. However, its influence on atmospheric circulation is more…
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Chemistry
Succeeded in synthesizing high-energy density cubic gauche nitrogen at atmospheric pressure
Researchers synthesize high-energy-density cubic gauche nitrogen at atmospheric pressure. Credit: Xianlong Wang A research group led by Professor Wang Xianlong of the Hefei Institute of Physical Sciences, Chinese Academy of Sciences has successfully synthesized the high-energy density material cubic gauche nitrogen (CG-N) at atmospheric pressure by processing potassium azide (KN3). did. Uses plasma-enhanced chemical vapor deposition technology (PECVD). The study…
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Earth
Atmospheric Lidar instrument on climate satellite improves understanding of aerosols and clouds
Ground stations of the European research infrastructure ACTRIS play a key role in calibrating data from the EarthCARE satellites. In recent years, these ground stations have been installed and expanded to analyse aerosol particles and clouds using remote sensing instruments such as lidar and radar. Around 50 stations from Europe (photo: TROPOS, Leipzig) and abroad take part in the atmo4ACTRIS…
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