List of locations in Canada with an English name
English place names in Canada is a list of Canadian place names which are named after places in England, carried over by English emigrants and explorers.
Alberta
- Amesbury
- Bentley
- Bingley
- Bircham
- Boscombe
- Bowden
- Brocket
- Calthorpe
- Chailey
- Chigwell
- Carnwood
- Didsbury
- Dovercourt
- Drayton Valley
- Dunstable
- Edmonton
- Egremont
- Erith
- Fairview (hamlet)
- Fairview (town)
- Fleet
- Gainford
- Grantham
- Hinton
- Hythe
- Inglewood, Calgary
- Inglewood, Edmonton
- Keswick
- Redcliff
- Styal
- Taplow
- Torrington
- Vauxhall
- Wembley
- Willingdon
- Wimborne
- Woking
- Wrentham
- Yeoford
British Columbia
- Abbotsford
- Ashcroft
- Barnet
- Barnston
- Boston Bar
- Brentwood
- Colwood
- Crofton
- Cumberland
- Derby
- Enderby
- Fort Nelson
- Grantham
- Jesmond
- Kimberley
- Langdale
- Langford
- Langley
- Lytton
- Nelson
- New Brighton
- New Denver
- New Westminster
- Rayleigh
- Revelstoke
- Revelstoke Lake
- Richmond
- Rosedale
- Royston
- Silverdale
- Surrey
- New Westminster
- Victoria
Manitoba
- Carberry
- Ipswich
- Kenton
- Matlock
- Morden
- Oxford House
- Petersfield
- Reston
- Seven Sisters
- Somerset
- St. Clements
New Brunswick
- Andover
- Bath
- Beresford
- Bristol
- Canterbury
- Carleton County
- Gloucester County
- Hampton
- Hanwell
- Hartland
- Hillsborough
- Kent County
- Keswick Ridge
- Lancaster
- Northampton Parish
- Northumberland County
- Norton
- Salisbury
- Sheffield
- Southampton
- Sunbury County
- Sussex
- Sussex Corner
- Westmorland County
- Wickham
- Woodstock
- York County
Newfoundland and Labrador
Nova Scotia
- Aldershot
- Alton
- Aylesford
- Barrington
- Bedford
- Berwick
- Bramber
- Bridgetown
- Brighton
- Cambridge
- Canning
- Chelsea
- Chester
- Colchester County
- Cumberland County
- Dartmouth
- Digby
- Dover
- East Dover
- West Dover
- Enfield
- Halifax
- Hants County
- Hantsport
- Kingston
- Liverpool
- Manchester
- Martock
- Milton
- Oldham
- Osborne Harbour
- Oxford
- Plymouth, Pictou County
- Plymouth, Yarmouth County
- Richmond County
- Seaforth
- Sherwood
- South End
- Southampton
- Stonehouse
- Tiverton
- Truro
- West Dover
- Weston
- Weymouth
- Windsor
- Yarmouth
- Yarmouth County
Nunavut
Ontario
- Abingdon
- Acton
- Acton Corners
- Addington
- Aldershot
- Alton
- Alnwick Township
- Amberley
- Ancaster
- Ashton
- Ajax
- Bancroft
- Bath
- Battersea
- Belton
- Berkeley
- Berwick
- Blackburn
- Bolton
- Boston
- Bradford
- Brampton
- Brighton
- Burford
- Burlington
- Cambridge
- Carlisle
- Chatham-Kent
- Chelmsford
- Chelsey
- Clifford
- Colchester
- Collingwood
- Cornwall
- Croydon
- Cumberland
- Dartford
- Don Valley
- Dorchester
- Dorking
- Dorset
- Dundas
- Durham
- Essex
- Essex County
- Exeter
- Felton
- Flamboro
- Grimsby
- Guelph
- Halton Hills
- Hamilton
- Hampton
- Harrow
- Hastings
- Hastings
- Healey Falls
- Hawkesbury
- Ilderton
- Inglewood
- Islington (Etobicoke)
- Keswick
- Kingston
- Kitchener
- Lambeth, Middlesex County, Ontario
- Lambeth, Oxford County, Ontario
- Lancaster
- Latchford
- Leamington
- Leeds
- Limehouse
- Lincoln
- London
- Maidstone
- Malton
- Manchester
- Mansfield
- Markham
- Middlesex County
- Milton
- Newcastle
- New Liskeard
- Newmarket
- Norham
- Northumberland County
- Norwich
- Oxford County
- Pelham
- Peterborough
- Peterborough County
- Pickering
- Poplar
- Port Dover
- Portsmouth
- Preston
- Richmond
- Richmond Hill
- Romney Township
- Rosedale
- Salford
- Saltford
- Scarborough
- Seaforth
- Sheffield
- Shrewsbury
- Southampton
- Southwold
- Stratford
- Sudbury
- Sunbury
- Sunderland
- Sutton
- Tamworth
- Tilbury
- Tiverton
- Tottenham
- Uxbridge
- Wainfleet
- Walford
- Walton
- Warkworth
- Warwick
- Watford
- Wellington
- Wellington North
- Westminster, Middlesex County
- Westminster, Prescott and Russell United Counties
- Whitby
- Whitchurch
- Winchester
- Windsor
- Woodstock
- Wooler
- York
- York County
Prince Edward Island
- Bideford
- Cornwall
- Kensington
- Margate
Quebec
Saskatchewan
gollark: Maybe you would be better off using quantum field theory. Except that doesn't have gravity/general relativity, only special relativity, so you should work out how to unify those?
gollark: We can just say in the technical and artistic merit video that "the robot's projectile trajectory handling maths has relativistic corrections in it and would thus be equipped to fire projectiles near the speed of light, if we actually needed that, had a way to accelerate things that fast, could do so without destroying everything, did not have interactions with the air to worry about, and could safely ignore quantum effects".
gollark: If you really want to you can apply special relativity, sure.
gollark: I don't *think* we need to consider air resistance significantly.
gollark: This is fine*.
See also
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