Thiên Đường Cave

Thiên Đường Cave (Paradise Cave) is a cave in Phong Nha-Kẻ Bàng National Park, UNESCO's World Heritage Site, 60 km northwest of Đồng Hới city. Thiên Đường Cave is located on an elevation of 200 meters above the sea level, near the west branch of Ho Chi Minh Highway, in Son Trach Commune, Bố Trạch District, Quảng Bình Province, Vietnam. The cave was discovered by a local man in 2005 and the first 5 km of this cave was explored by explorers from British Cave Research Association in 2005, the whole 31 km was explored and publicly announced by the British cave explorers. This cave is 31 km long, longer than Phong Nha Cave which had been considered the longest cave in this national park. The height can reach to 72 m and 150 m wide. The limestone formation is also more spectacular than that of Phong Nha Cave. The British cave explorers were impressed by the beautiful and spectacular stalactites and stalagmites inside this cave and they named it Thiên Đường Cave (Paradise Cave).[1][2] In 2012, a new species of troglobiontic scorpion species, Vietbocap thienduongensis was found in here.

Thien Duong Cave
Thien Duong Cave
LocationVietnam
Coordinates17°31′11″N 106°13′22″E
DepthUnknown
Length31 km
Discovery2005
Cave survey2005-2010
Thien Duong Cave

Tourist activities

The access road and internal road of this cave was built by a local company (Truong Thinh Group) and the cave has been opened to tourists since 3 September 2010. The car park is 1.6 km from the entry of the cave, and tourists can go by golf cart or walk on a paved road to the cave mouth. And only 1 km is open for tourists.

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gollark: ++remind 2y-2🐝
gollark: The negative timedeltas thing was a great idea without flaw utterly.
gollark: ++remind 3d-2h <@319753218592866315> make macron <@!330678593904443393>
gollark: As a new mRNA strand is generated by the action of the RNA polymerase II machinery on a stretch of DNA, it gets a “cap” attached to the end that’s coming out from the DNA (the “5-prime” end), a special nucleotide (7-methylguanosine) that’s used just for that purpose. But don’t get the idea that the new mRNA strand is just waving in the nucleoplasmic breeze – at all points, the developing mRNA is associated with a whole mound of specialized RNA-binding proteins that keep it from balling up on itself like a long strand of packing tape, which is what it would certainly end up doing otherwise.

See also

References

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