-
You are here:
- Homepage »
- Afghanistan »
- Vardak » Qal'ah-ye Sabz
Qal'ah-ye Sabz Destination Guide
Discover Qal'ah-ye Sabz in Afghanistan
Qal'ah-ye Sabz in the region of Vardak is a place located in Afghanistan - some 37 mi or ( 60 km ) West of Kabul , the country's capital .
Local time in Qal'ah-ye Sabz is now 02:07 PM (Tuesday) . The local timezone is named " Asia/Kabul " with a UTC offset of 4.5 hours. Depending on your mobility, these larger cities might be interesting for you: Sar-e Kotal-e 'Ulya, Qutun-e 'Ulya, Qol-e Hasan, Qol-e Darah-ye Sar, and Qal'ah-ye Sabz. When in this area, you might want to check out Sar-e Kotal-e 'Ulya . Are you looking for some initial hints on what might be interesting in Qal'ah-ye Sabz ? 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
Jalrez District
Jalrez is a district in the east of Maydan Shahr, Wardak Province, Afghanistan. The district center is the village of Jalrez.
Located at 34.47 68.65 (Lat./Long.); Less than 12 km away
Helmand River
The Helmand River is the longest river in Afghanistan and the primary watershed for the endorheic Sistan Basin. The name comes from Avestan Haētumant, literally "dammed, having a dam", cognate with Sanskrit Setumanta "having a dam", which referred to the Helmand River and the irrigated areas around it. The name was borrowed into Greek and Latin as a compound with Eastern Iranian *raha, "river". Helmand Province is named after the river. The Helmand river stretches for 1,150 km .
Located at 34.57 68.55 (Lat./Long.); Less than 14 km away
Unai Pass
Unai Pass (el. 3000 m. ) traverses the Sanglakh Range, an offshoot of the Hindukush, west of Kabul. It is the main road connection of Kabul with Hazarajat.
Located at 34.47 68.33 (Lat./Long.); Less than 19 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.