Ocean Networks Canada (an initiative of the University of Victoria) is developing a software system to co-ordinate readings from underwater sensors in order to detect and report natural hazards, such as earthquakes and tsunamis. This system has the potential to help save lives and limit the impacts of natural disasters.
Imagine studying the behavior and structure of a rare insect in its Panamanian rain forest environment without ever leaving the classroom. That’s exactly what students who participate in Arizona State University’s (ASU) distance learning programs were able to do.
Since a large part of the Netherlands is below sea level, the country will inevitably feel the effects of rising sea levels. Changes in sea levels are influenced by the behaviour of oceans. The eSALSA team performs large-scale global climate simulations to examine the effect of changing ocean circulations on local sea levels.
Central Asia is under constant threat from its vulnerability to earthquakes. The region sits on the junction of two tectonic plates that have been colliding for millions of years, building mountains and causing earthquakes. CAREN – the Central Asia Research and Education Network – underpins international scientific efforts in the region to protect lives and to safeguard economic growth from the consequences.
Launched in April 2015, the first Chilean Virtual Observatory (ChiVO) is an astro-informatic platform for the administration and analysis of massive data coming from the observatories built across the country. Its implementation will provide advanced computing tools and research algorithms to the Chilean astronomical community.
The scale of the SKA represents a huge leap forward in engineering, telescope design and research & development towards building and delivering a unique instrument.
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