-
You are here:
- Homepage »
- South Korea »
- Gangwon » Wissoe-ri
Wissoe-ri Destination Guide
Delve into Wissoe-ri in South Korea
Wissoe-ri in the region of Gangwon is a city in South Korea - some 82 mi or ( 132 km ) North-East of Seoul , the country's capital .
Current time in Wissoe-ri is now 05:03 AM (Monday) . The local timezone is named " Asia/Seoul " with a UTC offset of 9 hours. Depending on your travel modalities, these larger destinations might be interesting for you: Yongdae, Wont'ong, Wont'o, Daejeon, and Daegu. While being here, make sure to check out Yongdae . We encountered some video on the web . Scroll down to see the most favourite one or select the video collection in the navigation. Are you curious about the possible sightseeing spots and facts in Wissoe-ri ? We have collected some references on our attractions page.
Videos
Climbing Korea - the cable car at Seoraksan National Park - Day 1
esloutlet.com - a trip to beautiful Seoraksan ..
Korea Snow Training 2008
Korea Snow Training 2008 ..
Korea snow training 2008
Korea snow training 2008 ..
wind with snow
wind with snow Korea 2008 ..
Videos provided by Youtube are under the copyright of their owners.
Interesting facts about this location
Inje County
Inje County (Inje-gun) is a county in Gangwon Province, South Korea. It has the lowest population density of any South Korean county.
Located at 38.07 128.17 (Lat./Long.); Less than 14 km away
Taebaek Mountains
The Taebaek Mountains are a mountain range in stretches across North Korea and South Korea. They form the main ridge of the Korean peninsula.
Located at 38.22 128.18 (Lat./Long.); Less than 15 km away
Daeamsan
Daeamsan is a mountain in the province of Gangwon-do, South Korea. It sits on the boundary between the counties of Inje and Yanggu. Daeamsan has an elevation of 1,304 m .
Located at 38.21 128.13 (Lat./Long.); Less than 18 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.