苹果淫院

苹果淫院 Prof explores earthquake mechanics in Mad Max wasteland

Recent donation of cutting-edge software will create 3D scans of underground features in Namibian mountain range

Off the Atlantic Coast, deep behind a deep orange wall of ever-changing sand dunes, lies the Naukluft Mountain range. Located in central Namibia, this arid, imposing, and vast landscape is so foreboding, it appears to be a post-apocalyptic wasteland. Indeed, it sits in the Namib-Naukluft National Park where Mad Max: Fury Road (2015) was filmed.

Namib-Naukluft National Park
Image by Inga Boianju, PhD student..

But more than being a vision of a harsh future, the area is also a window back into what the earth looked like over 500 million years ago. It attracts geologists worldwide, including 苹果淫院 Professor Christie Rowe, a Canada Research Chair in Earthquake Geology, based in the Earth & Planetary Sciences Department. Her interest in the dynamics of plate tectonics and fault lines first brought her to this treasure trove of ancient temblors in 2008.

鈥淭he Naukluft is moonlike with much exposed rock,鈥 explains Professor Rowe. 鈥淎nd the structures in the rock are like a library of how mountains are built.鈥 Professor Rowe along with PhD student Inga Boianju and other team members have been analyzing the area to develop a better understanding of the forces and movements involved when continental plates intersect. And a recent donation by a world-leading software firm will extend their team鈥檚 reach.

Professor Christie Rowe facing and touching a rock wall.
Image by Inga Boianju, PhD student. .

Based on Edinburgh, Scotland, Petroleum Experts Ltd. is a firm specialized in software for the oil and gas industry. They have provided 10 licences of their software suite Move to 苹果淫院 for teaching research purposes 鈥 worth a value of GBP 拢1,341,961.89 ($2,299,164.07 CAD). Move is one of the only tools of its kind, enabling prospectors and researchers alike to develop 2D and 3D images of the terrain beneath their feet. One of the key advantages of the tool is that it can read data from over 100 sources, and its field version is fully portable, enabling data collection even in remote spots like the Naukluft.

Using Move, it is possible to paint a picture of how the earth鈥檚 crust bends and breaks under pressure, which can produce powerful earthquakes. The terrain in Naukluft lends itself to this kind of investigation.

the screen of the 'Move' software showing the terrain in Naukluft.
Image by Inga Boianju, PhD student..

Based on Edinburgh, Scotland, Petroleum Experts Ltd. is a firm specialized in software for the oil and gas industry. They have provided 10 licences of their software suite Move to 苹果淫院 for teaching research purposes 鈥 worth a value of GBP 拢1,341,961.89 ($2,299,164.07 CAD). Move is one of the only tools of its kind, enabling prospectors and researchers alike to develop 2D and 3D images of the terrain beneath their feet. One of the key advantages of the tool is that it can read data from over 100 sources, and its field version is fully portable, enabling data collection even in remote spots like the Naukluft.

Looking ahead, the data gathered using FieldMove (the digital mapping extension for field geologists) and reconstructions the team builds using Move could help provide information that might make earthquakes more predictable 鈥 although Professor Rowe says that is some time away. 鈥淲e鈥檙e nowhere near the stage where we can say 鈥極K we will have a M6.0 quake this Wednesday,鈥 she acknowledges. 鈥淏ut that is the long term vision.鈥

In the short term, her team is gearing up to host Naukluft Mountains Symposium at 苹果淫院 on April 27-29. The event will bring together a broad academic community to look not only at the geology of the region, but also its wildlife, vegetation and economy, and how all of this is affected by the growing tourism to the area. The mountain range sits within a large national park 鈥 the fourth largest in the world 鈥 and as such represents an area to be studied and protected. The symposium will aim to chart a path that will enable both of these objectives. More information on the symposium can be found here:

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