@TheJR tripping pipes and heading back to Cape Town #EXP392 revealed a record of entire life cycle of oceanic volcanic plateau providing new knowledge on interplay between erosion, carbonate deposition and hydrothermal alternation in deep marine environment.
20 Jan, #SIOS released its 7th report on the State of Environmental Science in Svalbard #SESSreport. 70 international institutions contributed to new developments, identify gaps & suggest future priorities for #ESSresearch in Svalbard.
Download report: https://t.co/i33WIKFNn9
We are setting sail for safer space ⛵️
Space is full of junk. We want to establish a zero debris policy, which means if you put a spacecraft in orbit you have the responsibility to remove it.
But how are we going to achieve this? Find out below 👇
Lucas Sawade, Stephen Beller, Wenjie Lei, Jeroen Tromp, Global centroid moment tensor solutions in a heterogeneous earth: The CMT3D catalog, Geophysical Journal International, 2022;, ggac280, https://t.co/4n9v48SSmQ
After a record-breaking, 31-sol trek across 3 miles (5 km) of Martian soil, @NASAPersevere has arrived at the entrance of Jezero Crater’s ancient river delta. This will be the rover’s second science campaign, where it'll search for more rock-core samples. https://t.co/oaw4YrL73X
Understanding ice on other worlds by studying our own ❄️ Ice ridges in Greenland resemble ridges on Jupiter’s icy moon, Europa. The Europa Clipper mission will study the moon, and these ridges suggest its icy shell may bode well for potential habitability. https://t.co/sjYFvbHWhd
Tomorrow, April 27, Crew-4 is planned to lift off the Earth, for the Earth!
These astronauts will spend 6 months in microgravity conducting experiments that will benefit people back on the ground. Explore some of the studies they'll work on: https://t.co/flEmfciTc3
Elektronisk spinn-overgang i ferroperiklas i Jordas dype indre - Reidar Trønnes and Grace Shephard @ShepGracie feature at @forskningno blogs https://t.co/xjdIpU9Dqx
Carbon dioxide ice in polar caps on Mars turns from solid directly to vapor in the spring and causes specific erosion landscapes. High-res images at University of Arizona https://t.co/76AVWppgXZ #Mars ,#erosion, #climate