Copernical Team
A Great Year for the Geminids
It's December and that means one of the best celestial events will grace the skies. The Geminid meteor shower should peak in a moonless sky between Wednesday and Thursday, December 13-14.
On Wednesday night, December 13th, and continuing into the early hours of Thursday, December 14th, be sure to head outside and look up - you may very well see brief streaks of light crossing the sky from On The Road Again: Sols 4030-4031
Earth planning date: Wednesday, December 6, 2023: We arrived at our previous drill site 'Sequoia' in mid-October. Since then we've celebrated 4000 Sols on Mars, and stayed here for a few extra weeks during conjunction. But finally, Curiosity is on the move once again!
Previously, we drove ~5 m and today's planning involved picking the most interesting rocks in the new workspace to target w KAIST Partners with Rocket Lab for NeonSat-1 Launch
Rocket Lab USA, Inc. (Nasdaq: RKLB) has secured a launch services agreement that will see the deployment of the Korea Advanced Institute of Science and Technology's (KAIST) Earth observation satellite, NeonSat-1. This exciting development is set to take place during the first half of 2024, adding to Rocket Lab's increasingly busy manifest of Electron missions.
KAIST's NeonSat-1 will serve Say ice!
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The last members of the European Antarctic crew DC19 say goodbye to Concordia after spending a year at the research station in Antarctica An incredible pace of SpaceX launch cadence continues with the launch of a Falcon 9 rocket
SpaceX sent up 23 Starlink satellites during a mission from Florida's Cape Canaveral Space Force Station (CCSFS). Liftoff from Launch Complex 40 (LC-40) occurred at 12:07 a.m. EST (0507 UTC) on SpaceX's 90th orbital mission of 2023.
This mission marks the 125th operational Starlink mission, with Starlink Group 6-33 bringing the total number of launched Starlink satellites to 5,559, with mo Minding the gap on tropical forest carbon
Tropical forests are clearly critical to Earth’s climate system, but understanding exactly how much carbon they absorb from the atmosphere, store and release is tricky to calculate, not least because measuring and reporting methods vary. With these measurements paramount for nations assessing the action they are taking to combat the climate crisis, new research shows how differences in estimates of carbon flux associated with human activity can be reconciled.
To see the Universe in aluminium
Lightweight but robust, aluminium is the single most versatile space material. A new ESA project extends this versatility still further, by investigating the production of big aluminium mirrors for space-based astronomy. Applying a novel technique, the team joined together multiple aluminium segments to form a single mirror. The resulting surface had to be optically perfect however, with no trace left of joins in the combined metal.
Cultivate Space Launches Tianyan 16, First in Meteorological Satellite Fleet
Cultivate Space, a Beijing-based private satellite company, has commenced the construction of a meteorological satellite network, as announced by a company executive.
The inaugural satellite in this ambitious network, named Tianyan 16, was successfully launched on Tuesday using a Ceres 1 carrier rocket from the Jiuquan Satellite Launch Center in northwestern China's Gobi Desert.
Tian SpaceX Falcon 9 Deploys PlanetiQ's High-Precision Weather Satellite, GNOMES-4
PlanetiQ, a pioneer in global atmospheric observation, has launched its latest satellite, GNOMES-4. This event occurred aboard a SpaceX Falcon 9 rocket, lifting off from Vandenberg Space Force Base in California at 10:36 am PT on December 1, 2023. The successful deployment of GNOMES-4 into Low-Earth Orbit represents a leap forward in atmospheric research and weather prediction accuracy.
GN Groundbreaking satellite study reveals local temperature impacts of land cover modifications
A groundbreaking study, led by Prof. Li and his team, has leveraged high-resolution satellite data to investigate the local temperature responses to actual land cover changes (LCCs) across various latitudes. Traditionally, research in this area was hindered by the coarse resolution of available data, which often necessitated the use of a space-for-time substitution to hypothesize potential effec 
