Browsing: minerals
While many envision Mars as a desolate red dust ball, recent research indicates the presence of mineral deposits suggesting a warm and wet history for the…
Recent nanoscale analysis of Bennu sample OREX-800066-3, obtained from NASA’s groundbreaking OSIRIS-REx mission, reveals organic compounds and minerals are strategically clustered in distinct regions. This indicates…
The recently identified mineral, Phalic Hydroxysullate, sheds light on the environmental conditions and history of Mars, hinting at potential past volcanic, ash, or hydrothermal activities. A…
Ice at 10 degrees Celsius releases iron from more abundant minerals compared to liquid water at 4 degrees Celsius, according to researchers from Umeå University, Chimiques…
hWelcome to the depths of intricate turmoil and long-standing waves. A peace agreement is being negotiated in the Democratic Republic of the Congo this week after…
NASA’s curiosity rover discovered evidence of the ancient Mars carbon cycle, bringing scientists closer to answers on whether the planet can support life. Curiosity watches the…
This iron mineral, called ferihydrite, formed under oxidative conditions during cold, humid periods on early Mars, continuing its transition to the current overheating environment. This image…
Eleven million years ago, an asteroid hit Mars, sending debris flying through space. One of these masses eventually crashed into Earth. During initial investigation of this…
Carbonate minerals are an integral part of the carbon and water cycles, both of which are implicated in habitability, making them of particular interest in paleoenvironmental…
Researchers from the Scottish Institute for Marine Science have discovered that the deep ocean floor of the Pacific Ocean, covered with polymetallic nodules, produces so-called “dark…
Venus’ clouds are thought to be composed of trace elements such as sulfuric acid and iron-containing compounds. The concentration of each of these compounds varies with…
NASA’s EMIT has produced the first global map of hematite, goethite, and kaolinite in the dry regions of Earth using data from the year ending November…