Asian Surveying & Mapping
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Israeli indoor UAS system submitted to US Special Ops Command for evaluation
Israel's Robotican, based in Omer, has successfully delivered its...
Chinese mapping tech firm Luokung makes $32.8 mln direct share offering
Chinese mapping technology company Luokung Technology Corp said on...
Luokung Announces eMapgo Signs Cooperation Agreement with Microsoft for Launch of Autonomous Driving Services
BEIJING - Luokung Technology Corp. (NASDAQ: LKCO) ("Luokung" or the...
SLA launches OneMap3D; signs MOUs with PropNex, Ninja Van and Kabam to further the use of OneMap
SINGAPORE (EDGEPROP) - Singapore Land Authority (SLA) has launched...
Agrowing and Senseacre Labs partner for enhancing aerial remote sensing from NDVI to Deep Learning AI Precision Agriculture” solutions in India
MADHAPUR, INDIA AND RISHON LEZION, ISRAEL Senseacre Labs, selected...
Singapore Geospatial Festival 2021
Virtual line-up of geospatial interest and capabilities, knowledge-seeding by...
ISRO Invites Applications from Students for Two-week Free Online Course on Remote Sensing and GIS Technology
ISRO, through its centre the Indian Institute of Remote...
Rajnath Singh unveils South Asia’s largest Genomics research centre in Hyderabad
Hyderabad: Nucleome on Thursday unveiled South Asia’s largest and most...
New satellite system could improve Australia’s water quality management
An analysis carried out by the University of New...
China launches twin satellites capable of creating 3D maps in space
China has been busy in 2021 as it ramps...

December 14th, 2011
Swinburne Uni Student Wins Award for Irrigation Design

Ed Linacre, an industrial design graduate of Swinburne University of Technology, Melbourne, has won the 2011 James Dyson Award for his Airdrop irrigation system. In developing the promising new irrigation-by-condensation technique, Linacre has captured the attention of some of the world’s top designers and commercial developers in the USA, Asia and the Middle East. A small wind-turbine collects the condensed water in an underground tank, and solar energy is used to pump the water directly to plant roots. The prototype system can already deliver up to a litre of water per day depending upon prevailing atmospheric humidity. Read More