- The seventh Land Rover & Royal Geographical Society (with the Institute of British Geographers) Bursary has been awarded to the 'Grand Alpine Tour' expedition
- Land Rover Defender has been modified to support an Unmanned Aerial Vehicle (UAV) and 3D motion imaging used by the team
- Land Rover Defender's breadth of capability will enable the team to retrace the route of the famous Grand Alpine Tour of the 17th century, an arduous journey of over 6,000 miles across the European Alps
- Land Rover is at the forefront of 3D technology in the automotive industry, utilising state of the art 3D printing and Computer Automated Virtual Environment (CAVE) facilities to develop innovative features such as Terrain Scanning
Whitley, UK, [Thursday, 15th of May] ‑ Land Rover in partnership with the Royal Geographical Society (with the Institute of British Geographers) is proud to announce the award of the seventh consecutive bursary to this year's winner, the 'Grand Alpine Tour'.
The aim of the expedition is to interpret and understand the current state of the European Alps, with focus on the magnitude and frequency of landslides at high altitudes and the behaviour of these landslides with a changing climate. Geographical research will be completed using time‑lapse photography and scanning techniques, utilising an Unmanned Aerial Vehicle (UAV) or "hexacopter" for 3D mapping from above.
The Land Rover Defenders exceptional off‑road capability will enable 3D mapping to take place on the Grand Alpine Tour despite the challenging terrain. The team are pioneering a particular method of 3D mapping, capturing large quantities of aerial photographs with a UAV and digitally stitching them together to create high resolution models. The resulting models will provide new insight on small and frequent landslides which are not yet understood by scientists.
In order to analyse how the mountains have changed over time, historic artwork of the Alps will be analysed and compared with the 3D data the team collect. This will identify areas that have suffered from landslides. This unique collaboration between science and art will document how the Alps have changed.
Results from the research will benefit our understanding and ability to forecast landslides which pose a significant hazard in alpine environments. The research also showcases new possibilities in 3D imaging. Through the channels of the RGS‑IBG, schools and education establishments will be able to use materials created from the expedition as part of the National Schools' Curriculum in the subject of Geography, with a programme called "From the Field".
The Land Rover Defender 110 has been modified with a specially designed roof platform, incorporating a pattern which acts as a reference point for the Unmanned Aerial Vehicle (UAV) mapping software. This will allow geospatial monitoring techniques to capture mapped data, which is scaled and referenced to this location to support 3D mapping.
The recipients are Northumbria University geographersMark Allan, Dr. Mike Lim and Thomas Shaw, who all research geomorphological activity in alpine landscapes. The expedition route will take the team from the Royal Geographical Society (with IBG) in London to Trieste Italy and along the entire length of the Alps, travelling through France, Austria, Switzerland and Slovenia.
The team have completed rigorous training under the guidance of expert instructors at the Land Rover Experience centre in Eastnor, Herefordshire, to ensure they are able to cope with the unpredictable terrain and weather conditions they will encounter.
Mark Cameron, Jaguar Land Rover Global Brand Experience Director, said: "I am delighted that the Grand Alpine Tour Expedition Team are the successful recipients of this year's bursary. They have really captured the essence of the bursary which will showcase how Science, Geography and Art can work together to map changing landscapes.
"Using advanced technologies and innovation, something that is at the heart of the Land Rover brand, they will be able to detail how the Alps have changed through time.
"The Land Rover Defender 110 will enable the team to reach the extreme areas required to complete their study of the landscape."
Paul Rose, RGS‑IBG Vice‑President for Fieldwork and Expeditions, added: "The Grand Alpine Tour is an innovative, challenging and educational expedition. Not only do the team hope to unlock the mystery of small, frequent landslides, but they are also making great efforts to share their findings with wider audiences and with schools throughout the UK."
The Land Rover Bursary was first awarded in 2007, offering funding and the use of a Land Rover Defender vehicle as part of a partnership with the Royal Geographical Society (with IBG) that stretches back more than 25 years. The award is aimed at those who want to go Above and Beyond to complete a journey of exceptional challenge, and for which a Land Rover Defender, with its expert all‑terrain capabilities, is an integral part of the expedition.
More information about the journey can be found by following their expedition on their website (www.grandalpinetour.com) and through social media (www.facebook.com/grandalpinetour and www.twitter.com/grandalpinetour).
ENDS
For further information log onto www.media.landrover.com or contact:
Lydia Haley
Senior Press Officer
Land Rover PR
Tel: +44 2476564147
Mobile: +44 7730 923507
Email: lhaley1@jaguarlandrover.com
Editors Notes:
Since 1948 Land Rover has been manufacturing authentic 4x4s that represent true breadth of capability across the model range. Defender, Freelander, Discovery, Range Rover Sport, Range Rover and Range Rover Evoque each define the world's 4x4 sectors. Land Rover products are currently sold in approximately 180 global markets.
The Royal Geographical Society (with The Institute of British Geographers) is the learned society and professional body for geography. Formed in 1830, our Royal Charter of 1859 is for 'the advancement of geographical science'. Today, we deliver this objective by developing, supporting and promoting geography through research, expeditions and fieldwork, education, and public engagement, while also providing geographical input to policy. We aim to foster an understanding and informed enjoyment of our world. We hold the world's largest private geographical collection and provide public access to it. We have a thriving Fellowship and membership and offer the professional accreditation 'Chartered Geographer' www.rgs.org
Further details on the expedition team and relevant experience:
Mark Allan, BSc (Hons) MSc
- Team manager, co‑ordinating people and logistics.
- Graduate of Geography and postgraduate of Polar and Alpine Change.
- Currently a PhD student at Northumbria University looking at the magnitude‑frequency of landslides above thinning and retreating glaciers
Dr. Mike Lee, BA (Hons Dunelm)
- Specialises in steep slopes and cliff behavior and his research has used laser scanning to monitor cliffs.
- Has experience of glacial environments including the Rhone Glacier and the Mont Blanc massif.
Thomas Shaw, BSc MSc
- Thomas has studied Polar and Alpine Change and his current research investigates the distributed nature of near surface air temperatures across glaciers in the Italian Alps.
- Thomas is a keen mountaineer and has worked in Svalbard, Mainland Norway and the French and Swiss Alps.
