HomeNews

News

CCB awards Cyient Europe contract to produce one of the largest archaeological LiDAR surveys in the UK

Thursday 30 August 2018

LiDAR (the name originated from a combination of ‘light’ and ‘radar’) is a type of airborne laser scanning.  The innovative surveying technique will cover 1300km2 at 25cm resolution and will digitally peel back the forest canopy to reveal the hidden ancient landscapes. It is the first time the entire Chilterns AONB and environs will be subject to such a survey.

This summer’s weather has revealed a plethora of new archaeological sites across Britain and Ireland as dry temperatures scorch the vegetation around ancient features. But aerial photographs only show up archaeology like this if the ground is visible; woodland archaeology requires LiDAR. Flights begin in late November, to allow the best result after most leaves have fallen.

 

Project Manager Dr Wendy Morrison said: “These hillforts can’t be thought of as just being individual monuments – they didn’t exist in isolation when constructed, and they don’t now. Understanding their wider context in the landscape is crucial to understanding the roles hillforts played in society over the longue durée. We are thrilled to be working with Cyient to discover more about the archaeology of this region.”, she continued. “I believe this is the largest bespoke archaeological LiDAR survey at this resolution in the UK.”

 

The project intends to use Citizen Science to help identify new archaeological features across the Chilterns. The processed LiDAR data will be available through an online portal in the form of images for interested volunteers to digitally annotate. Training and guidance will be provided both online and through a series of workshops held across the region over the autumn months in the run up to the survey.

Landscape Heritage Officer Dr Ed Peveler, said “This will be a brilliant opportunity to enrich our understanding of the history and prehistory of the Chilterns landscape. Volunteers can learn exciting new digital and practical skills, and at the same time help us to discover previously unrecorded archaeology, and to tell new stories about these hills.”


Established in 1991, Cyient is a leading geospatial services provider and has a range of airborne and mobile survey products under its wide portfolio of offerings ranging from services such as traditional aerial photography, LiDAR and oblique imagery to hyperspectral imaging, 3D modelling, and asset management. For more than 25 years, Cyient has efficiently delivered multiple high-end and large-scale global projects by combining its engineering design capabilities with geospatial solutions. “We are delighted that Chiltern Conservation Board has selected Cyient as their partner for what promises to be a very interesting project. One of the key advantages of airborne LiDAR surveys is the ability to scan a large area quickly, safely, and without the need to visit the site and potentially disturb any hidden archaeological features,” said Simon Kraeter, Commercial Director, U&G (EMEA), Cyient


Light Detection and Ranging (LiDAR) can be used to record and observe archaeology on the surface of the ground that is otherwise obscured, such as by forestation. LiDAR instruments record landscapes in three dimensions by use of a laser scanner. An airborne LiDAR system sends out small pulses of light at the rate of hundreds of thousands per second. They are reflected back from the objects they strike, and the distance is measured and recorded. When the millions of measurements are combined by computer, then a digital three-dimensional image of the landscape is formed. From this data, objects can then be digitally grouped (classified) or deleted, thus an entire forest can be removed, revealing the ground surface, and all the humps and bumps ancient people left behind. 

LiDAR Data 

 

 

 

 

Blend of LiDAR & DTM 
 LiDAR Data Cross Section  DTM Bare Earth Cross Section
Back

Stay in Touch

Sign up for our email newsletter to ensure you never miss out on news about the Chilterns, just enter your email address below.

Please see our Privacy Policy here

Don’t forget, you can always follow us on our social media channels

Facebook Twitter YouTube Flickr RSS


 

 

Bookmark and Share