-
You are here:
- Homepage »
- Indonesia »
- East Nusa Tenggara » Aeteke
Aeteke Destination Guide
Touring Aeteke in Indonesia
Aeteke in the region of East Nusa Tenggara is located in Indonesia - some 1,052 mi or ( 1693 km ) East of Jakarta , the country's capital city .
Time in Aeteke is now 01:08 AM (Wednesday) . The local timezone is named " Asia/Makassar " with a UTC offset of 8 hours. Depending on your budget, these more prominent places might be interesting for you: Wolowaru, Wolosoko, Watuapi, Waioti, and Waingapu. Being here already, consider visiting Wolowaru . We collected some hobby film on the internet . Scroll down to see the most favourite one or select the video collection in the navigation. Check out our recommendations for Aeteke ? We have collected some references on our attractions page.
Videos
Indonesia: children in slow motion (sd-video).mp4
Children of the East Sunda islands (Nusa Tenggara Timur) in close up. Music by Back To Earth and Cusco. ..
rattley old plane
taking off in flores on rust-bucket airlines ..
Videos provided by Youtube are under the copyright of their owners.
Interesting facts about this location
Mount Sukaria
Sukaria is a 8 km wide caldera to the northeast of Mount Iya on Flores, Indonesia. The southern caldera wall is irregular and a small fumarolic area is found in the western flanks which contains several vents and eject geyser-like water column. No historical records of its activity are available from this volcanic caldera.
Located at -8.79 121.77 (Lat./Long.); Less than 23 km away
Ndete Napu
Ndete Napu is a fumarole field in the center of Flores island, Indonesia. It is located along the Lowomelo river valley and contains mudpots and high-pressure water fountains. The field is listed as an active volcano based on its thermal activity.
Located at -8.72 121.78 (Lat./Long.); Less than 23 km away
Historical Weather
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.