North Berwick, 30 High Street
No Class (Event)
Site Name North Berwick, 30 High Street
Classification No Class (Event)
Canmore ID 123562
Site Number NT58NE 61
NGR NT 5536 8535
Datum OSGB36 - NGR
Permalink http://canmore.org.uk/site/123562
- Council East Lothian
- Parish North Berwick
- Former Region Lothian
- Former District East Lothian
- Former County East Lothian
NT58NE 61 5536 8535
NT 5536 8535 A proposed housing development behind the High Street frontage lies in an archaeologically sensitive area and archaeological monitoring was therefore incorporated into the terms of the planning consent for this site. Beneath a dark grey loamy topsoil, an earlier garden soil contained an assemblage of late medieval pottery sherds, with occasional animal bones and oyster shells. No archaeological features or structures were identified in the foundation trenches. The early garden soil is interpreted as a well-preserved late medieval backland area, associated with the High Street frontage. The early garden soil overlay windblown sand. Evidence from earlier archaeological observations nearby suggests that this windblown sand horizon, interspersed with occupation and midden deposits, may be 2m or more deep.
C Lowe 1997
Watching Brief (1997)
NT 5536 8535 A proposed housing development behind the High Street frontage lies in an archaeologically sensitive area and archaeological monitoring was therefore incorporated into the terms of the planning consent for this site. Beneath a dark grey loamy topsoil, an earlier garden soil contained an assemblage of late medieval pottery sherds, with occasional animal bones and oyster shells. No archaeological features or structures were identified in the foundation trenches. The early garden soil is interpreted as a well-preserved late medieval backland area, associated with the High Street frontage. The early garden soil overlay windblown sand. Evidence from earlier archaeological observations nearby suggests that this windblown sand horizon, interspersed with occupation and midden deposits, may be 2m or more deep.
C Lowe 1997
