Finding water underground in some of the world's driest places just got much quicker.
Transient electromagnetics (TEM) uses electrical pulses to help calculate the depth, size and type of aquifers...
🧭 Things won't go South while using it
Our survey teams' kit has one more essential: the compass. Always reliable, it completes GPS coordinates for reference points and landmarks for safe navigating and clear reports 📄
#survey #demini..
Pi Day isn’t just about pie 🥧 The number π helps power the inventions we rely on every day: from navigation and wireless communication to sound and sport.
📡 Maps & GPS: π is used to calculate .
The Celestial Globe marks the 90th anniversary of Griffith Observatory, a contemporary art installation by Cindy Ingraham Keefer inspired by the ancient Farnese Atlas.
Featuring the Farnese conste...
See Earth’s atmosphere in a whole new way 🌍
This MTG-S1 Infrared Sounder visualisation reveals ‘invisible’ atmospheric details- from thin high clouds and dust, to early storm signals.
By combini..
How transient electromagnetics is helping improve access to water by mapping groundwater sources with more ease and accuracy than ever before. The innovative technology, advanced in Denmark, is bei...
A Musical Experience: Echoes Across the North
An evocative performance by Nefúr: Glacial Resonance transported the audience through soundscapes shaped by the Arctic’s beauty and fragility. Blendin...
#GWsummit22 Side Event: Global Gravity-based Groundwater Product (G3P), by: Claudia Ruz Vargas
This presentation was given by Claudia Ruz Vargas, Groundwater Specialist at IGRAC, during the side event: 'Big Earth Data in Support of Groundwater Sustainable Management'. In her presentation as ...
In this video, ICTP Director Atish Dabholkar gives an introduction to the work of the 2025 ICTP Dirac Medallists: Gary Gibbons, Gary Horowitz, Roy Kerr and Robert Wald, focusing on their contributi...