Asian Surveying & Mapping
Breaking News
Safran, SatSure partner to develop geospatial intelligence solutions for India
French aerospace giant Safran Electronics & Defense and Indian...
Singapore unveils road map to help develop international business standards and conformance
Singapore has unveiled plans to help develop international standards...
Adelaide University to run space and defence venture launchpad ahead of Australian Space Forum
Adelaide University’s Innovation & Collaboration Centre (ICC) will deliver...
Japan’s H3 rocket returns to space with successful launch after December setback
Japan’s flagship H3 rocket has returned to flight six...
KONGSBERG accelerates seabed mapping developments with Ocean Exploration Trust expedition aboard Exploration Vessel Nautilus
KONGSBERG and the Ocean Exploration Trust (OET) are set...
Russian satellites linked to mysterious GPS disruptions across several countries
Since 2019, GPS signals across Europe, Greenland and Canada...
Isro’s Bahubali LVM3 that launched Chandrayaan-3 to be handed to private sector
IN-SPACe has invited Indian companies to take over the...
India to host 13th UN Global Geospatial Information Management Asia-Pacific Conference
India is hosting the 13th United Nations Global Geospatial...
Unseenlabs’ BRO-22 to Become the First Foreign Private Satellite Launched Aboard Japan’s H3 Launch Vehicle
Scheduled for June 10, between 09:53 and 11:52 a.m....
PLD Space increases investment in its Launch Complex at the Guiana Space Centre (CSG) to €35M, strengthening Europe’s sovereign space infrastructure
The investment is expected to generate approximately €21 million...

September 19th, 2011
IFAC LIDAR in Antarctica

A tropospheric depolarization LIDAR is installed at Concordia Base (Antarctica, DOME C, 75° S 123° E). The instrument is “alive” in the frame of the national (Programma Nazionele Ricerche in Antartide) projects TAVERN (ISAC CNR) and ICE-CAMERA (IFAC CNR) . The LIDAR is mounted on an aluminium frame, inside a Shelter located 500 m from the mainbase, in the “Clean Air Area”. Double optical windows flushed with pre-heated external air makes the operation of the LIDAR in all weather conditions possible, also in the -80°C cold polar night. The LIDAR is intended to provide tropospheric profiles of aerosol and clouds every 5 minutes, 24 hours/24. The system is fully automatic. Housekeeping data and local meteo data are collected and stored together with the LIDAR data. Data are sent on a daily base to Italy for inspection. Time-lapse videos of local sky conditions are also automatically collected. Read More