Asian Surveying & Mapping
Breaking News
OMEGA and MBRSC launch exhibition celebrating UAE’s space milestones and Moon landing anniversary
OMEGA has partnered with the Mohammed Bin Rashid Space...
SpaceX crash site on moon revealed by South Korean orbiter
An out-of-control SpaceX rocket that crashed into the moon...
ispace Receives Grant for Japan’s Space Strategy Fund Project “High-Precision Landing Technology in the Lunar Poles Region”
TOKYO—August 7, 2026—ispace, inc. (ispace) (TOKYO: 9348), a global...
Embry‑Riddle Asia Launches Professional Space Operations Course in Singapore Amid Regional Space Boom
As Singapore works to develop its involvement in the...
ISRO to map landslides in J&K using satellite to generate alerts
According to the government, geospatial technologies are being used...
Korea to Build 3D ‘New National Map’ Under Spatial Data Strategy
The Korean government will shift its spatial information system,...
Uzbekistan-China Satellite Project Advances with AI Module
Uzbek engineers are developing an onboard artificial intelligence module...
Thailand sees no impact from Cambodia’s plan for UN map recognition
Thailand's Foreign Minister stated that Cambodia's plan to seek...
Japan repeats Dokdo claim while calling South Korea a partner
Tokyo's 2026 defense white paper highlights territorial tensions alongside...
China unveils comprehensive geological map of Moon
China has completed a 1:5,000,000-scale geological map of the...

August 26th, 2022
Tracking Marine Plastic Drift from Space

In a hi-tech version of throwing out messages in bottles, prototype trackable buoys were deployed in the waters off Indonesia, whose myriad islands result in some of the most complex, unpredictable currents on Earth.

Made from wood for maximum sustainability, the buoys were developed by French organization Collecte Localization Satellites (CLS). A subsidiary of French space agency CNES, CLS is best known for overseeing the satellite-based tracking of tagged marine animals, buoys and fishing fleets using its long-running Argos geopositioning system, which performs satellite navigation fixes and returns them to CLS via satellite link.

CLS made use of previous experience of marine plastic litter in Indonesia for the buoy deployments. It has previously teamed up with the Indonesian Ministry of Marine Affairs and Fisheries to help guide waste collection efforts—the country’s national marine pollution plan pledges to reduce plastic waste by 70 percent by the end of 2025.

Together with the tracking buoys, the MARLISAT project also involves harnessing Earth observation imagery to detect plastic sources and forecast marine plastic litter’s motion and areas of accumulation using an existing CLS ocean drift model called MOBIDRIFT.

Image Credit: CLS