NASA's PACE satellite has released its first comprehensive datasets, providing a hyperspectral view of the Earth's oceans and atmosphere. The mission uses advanced sensors to identify specific phytoplankton species and…
Researchers in Svalbard have identified a new source of methane emissions originating from groundwater springs exposed by retreating glaciers. These springs tap into ancient geological reservoirs, releasing the potent greenhouse…
Researchers have identified Particle Injection Pumps as a primary driver of deep-sea carbon sequestration, nearly doubling previous estimates of the ocean's storage capacity. This discovery highlights the role of physical…
NASA’s TEMPO mission has begun providing the first hourly, high-resolution air quality data across North America from geostationary orbit. The instrument tracks pollutants like nitrogen dioxide and ozone, allowing researchers…
Researchers at the private-sector lab Brimstone have successfully produced carbon-negative Portland cement by utilizing calcium silicate rocks. This process avoids the massive CO2 emissions associated with traditional limestone heating while…
Researchers have discovered that microplastics in the atmosphere act as ice-nucleating particles, allowing clouds to form at warmer temperatures than usual. This interaction between plastic pollution and atmospheric physics could…
Researchers at Equatic have successfully demonstrated a seawater electrolysis process that simultaneously extracts carbon dioxide and produces green hydrogen. The technology mineralizes dissolved CO2 into stable carbonates, offering a permanent…
A global study led by the University of Birmingham has discovered that tree bark plays a crucial role in removing methane from the atmosphere. This previously overlooked mechanism, driven by…
Researchers have discovered that nitrogen fixation occurs in the deep ocean, challenging the assumption that this process only happens in sunlit surface waters. The study identifies specific deep-sea microbes that…
