Citizen science: collaboration for water quality
Harnessing the power of citizen science gives scientists the opportunity to gather more data than they ever could alone.
Harnessing the power of citizen science gives scientists the opportunity to gather more data than they ever could alone.
A Moldovan scientist is improving his country’s preparedness for environmental disasters.
A customized network solution has greatly improved access to essential satellite imagery and geospatial data for researchers who help inform government policy on land management.
How is this even possible? A cuckoo carrying a tiny transmitter signalling to a satellite and allowing researchers to track its 16,000-kilometre, ten-month-long loop migration from Scandinavia to Central Africa and back.
TLALOC-Net is a network of GPS and meteorological stations used to study the atmospheric and solid earth processes, allowing better analysis of the Mexican subduction zone.
For the first time, air pollution from individual cities and built-up areas can be detected from space. The European Sentinel-5 Precursor Earth observation satellite sends ultra precise measurement data to ground stations in Norway and Canada.
R&E networks make hydro-meteorological monitoring data accessible to scientists and local authorities for informed water supply assessment and management in Central Asia
Using the HPC Cloud, a new strategy has been developed to make microscopes more sensitive, helping with the study of living organic substances (such as cancer cells).
To study the strategies animals use to navigate the world around them, researchers analyse the behaviour of roundworms to create a model system. The project faced a number of data challenges that threatened to hold the team back from their scientific goal.
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