-
You are here:
- Homepage »
- India »
- Uttar Pradesh » Gauntia Patti
Gauntia Patti Destination Guide
Discover Gauntia Patti in India
Gauntia Patti in the region of Uttar Pradesh is a town located in India - some 169 mi or ( 272 km ) South-East of New Delhi , the country's capital .
Local time in Gauntia Patti is now 04:26 AM (Monday) . The local timezone is named " Asia/Kolkata " with a UTC offset of 5.5 hours. Depending on your flexibility, these larger cities might be interesting for you: Shimla, New Delhi, Mirzapur, Lucknow, and Jaipur. When in this area, you might want to check out Shimla . Are you looking for some initial hints on what might be interesting in Gauntia Patti ? We have collected some references on our attractions page.
Videos
Videos provided by Youtube are under the copyright of their owners.
Interesting facts about this location
Naugama
Naugama is a small village in Banswara District of Rajasthan State, India. It is situated in Bagidora Tehsil. History : The village is believed to have been created by refugees of 9 villages from Rajasthan and Gujarat states during an old famine. The word Nau-gama is derived from 9 (Nau) Villages (Gam). The population is around 5000 as of 2009. However, if we add nearby newly created villages it touches 12000. However officially it is still 5000.
Located at 27.70 79.65 (Lat./Long.); Less than 17 km away
Farrukhabad district
Farrukhabad district is a district of Uttar Pradesh state in northern India. The town of Fatehgarh is the district headquarters. The district is part of Kanpur Division. Farrukhabad is situated between Lat. 26° 46' N & 27° 43' N and Long. 79° 7' E & 80° 2' E. The district is bounded by Badaun and Shahjahanpur on the north, Hardoi District on the east, Kannauj District on the south, and Etah and Mainpuri districts on the west.
Located at 27.50 79.50 (Lat./Long.); Less than 22 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.