Jan 29 2010

Northumberland Coast Reveals Lost Secrets


th1 29120093705braid1 Northumberland Coast Reveals Lost Secrets
Pic: Northumberland Gazette
NEARLY a thousand new archeological sites have been discovered off the North East coast as part of an English Heritage-funded project. Helen Woods of the Northumberland Gazette tells us:

The survey, conducted by EH archaeologists along with help from Northumberland Coast Area of Outstanding Natural Beauty, has been done to help researchers understand the history of the coastline and damages it may face.

Among the results were a number of Iron Age multivallate forts and hillforts. At Howick Hill, these are still used as earthworks. David MacLeod, senior investigator with English Heritage’s Aerial Survey Team, said:

“Often, it’s only by looking at a site from the air that you start to understand its size and structure. Historic sites along the coast are vulnerable to the effects of both natural coastal change and human activities. Although erosion has actually helped to reveal a number of nationally important sites along the North East coast, such as Bronze Age burial mounds at Low Hauxley in Northumberland, too often it poses a threat. This project will help us understand not just the history of our coastline, but also the dangers it faces now and in the future.”


Dr Clive Waddington, from Archaeological Research Services, who carried out the survey, said:

By 2010, the survey aims to have produced the most detailed picture yet of the threat posed to the nation’s heritage by rising sea-levels, coastal erosion and managed realignment of the coast. The results will allow decisions to be made about the best way to manage the coastline to preserve historical sites or, where nothing can be done, to ensure that they are recorded and understood before erosion takes its toll.

“We were really surprised not just at the number of new sites we found, but also the range and diversity. This survey has given us evidence for human activity in the region from prehistoric times right through to the modern day and helped us build up a much better picture of what activities have taken place along our coast over the last 10,000 years.”

The project is just one of several Rapid Coastal Zone Assessment Surveys funded by English Heritage with the aim of increasing our understanding of the historic environment around the entire English coastline and help English Heritage, local authorities and other agencies assess the impact of erosion on archaeological sites.

By 2010, the survey aims to have produced the most detailed picture yet of the threat posed to the nation’s heritage by rising sea-levels, coastal erosion and managed realignment of the coast. The results will allow decisions to be made about the best way to manage the coastline to preserve historical sites or, where nothing can be done, to ensure that they are recorded and understood before erosion takes its toll.

As part of the project, Dr Waddington’s team is now working with experts at Durham University to feed the results into a computer-generated map. It will show not just the archaeological sites along the coastline, but also Ordinance Survey information and geological data to give a complete picture of the area.

This will also be used as a predictive tool, for example to identify which sites could be under threat if there were a rise in sea levels.
For further information on the Rapid Coastal Zone Assessment Surveys, visit http://www.english-heritage.org.uk.

Source

Originally posted 2009-02-07 03:32:59. Republished by Blog Post Promoter

  • Share/Bookmark

No responses yet

Trackback URI | Comments RSS

Leave a Reply

Bookmark and Share
Get Adobe Flash playerPlugin by wpburn.com wordpress themes
Get Adobe Flash playerPlugin by wpburn.com wordpress themes
All content on this site is believed to be either in the public domain or is presented as an introduction to the originating site. No infringement of copyright is intended. If an infringement has unwittingly occurred, please inform us straightway by email and it will be removed.