-
You are here:
- Homepage »
- United Kingdom »
- England » Rowton
Rowton Destination Guide
Explore Rowton in United Kingdom
Rowton in the region of England is a town in United Kingdom - some 136 mi or ( 218 km ) North-West of London , the country's capital city .
Current time in Rowton is now 06:16 PM (Saturday) . The local timezone is named " Europe/London " with a UTC offset of 0 hours. Depending on the availability of means of transportation, these more prominent locations might be interesting for you: Withington, Stoke upon Tern, Sheffield, Rowton, and Prees. Since you are here already, make sure to check out Withington . We encountered some video on the web . Scroll down to see the most favourite one or select the video collection in the navigation. Where to go and what to see in Rowton ? We have collected some references on our attractions page.
Videos
Virtual Shropshire's Golden Sixty
Sixty great places to visit in Shropshire ..
Odessa - All I Have (Live in Telford @ Haygate)
IN A BAND? (Read) Get in contact and let me know when you are playing and where. (it's free) For Live Videos And Photography Hit Up The Official JEM Productions Facebook Here: www.facebook.com If you ..
Odessa - Complications (Live in Telford @ Haygate)
IN A BAND? (Read) Get in contact and let me know when you are playing and where. (it's free) For Live Videos And Photography Hit Up The Official JEM Productions Facebook Here: www.facebook.com If you ..
Under shat
me on my troll rogue using shadowstep and chickens to get under shat. PS No chickens were harmed in the making of this video! ..
Videos provided by Youtube are under the copyright of their owners.
Interesting facts about this location
High Ercall
High Ercall, also known in the past as Ercall Magna, is a village in the borough of Telford and Wrekin and ceremonial county of Shropshire, England. The civil parish is still called Ercall Magna, and had a total population of 1,679 at the 2001 census. The parish also includes the villages of Rowton, Ellerdine, Cold Hatton, and a number of small hamlets. Its name is locally pronounced "Arkle". The village lies on the junction of the B5062 and B5063 roads.
Located at 52.75 -2.60 (Lat./Long.); Less than 2 km away
Longdon-on-Tern
Longdon-Upon-Tern (also known as Longdon-on-Tern or colloquially Longdon) is a village in east central Shropshire, England. It is in the unitary district of Telford and Wrekin, and is approximately 11 kilometres east of Shrewsbury and 11 kilometres north-west of Telford. Longdon-Upon-Tern is situated on the River Tern, a tributary of the River Severn.
Located at 52.74 -2.57 (Lat./Long.); Less than 3 km away
Roden, Shropshire
Roden is a hamlet in the borough of Telford and Wrekin and ceremonial county of Shropshire, England. The little River Roden flows past the village. Roden Hall, dating in part from the 14th century, was rebuilt in 1868 by the Co-operative Wholesale Society as a convalescent home for millworkers from Lancashire and Yorkshire, and is now a care home.
Located at 52.74 -2.64 (Lat./Long.); Less than 5 km away
River Roden, Shropshire
The River Roden is a river in Shropshire, England, which rises near Wem Moss and meets the River Tern at Walcot. Villages and towns it flows through or near to include: Wem Lee Brockhurst Shawbury Roden Rodington
Located at 52.72 -2.61 (Lat./Long.); Less than 5 km away
Peplow
Peplow is a small dispersed village in Shropshire, England. It is part of the civil parish of Hodnet, a larger village to the north. The hamlets of Bowling Green and Radmoor are both in the village's vicinity. It lies in a rural area on the A442 road, between Crudgington and Hodnet, with Ollerton immediately to the east. The village is best known for Peplow Hall, an 18th century manor house, and Peplow Mill. The mill contains an early water turbine dating from 1820 and spans the River Tern.
Located at 52.82 -2.55 (Lat./Long.); Less than 6 km away
Related Locations
Information of geographic nature is based on public data provided by geonames.org, CIA world facts book, Unesco, DBpedia and wikipedia. Weather is based on NOAA GFS.