Кратер Попигай

Как добраться. Транспорт

Территория кратера практически не заселена, единственный населённый пункт — посёлок Попигай — находится в северо-западной части кратера на расстоянии около тридцати километров от его центра.

Первый путь - самолет из Красноярска до Хатанги, оттуда сплав до Попигая на катере - сначала по реке Хатанга, далее по реке Попигай.

Второй путь - из Хатанги на вертолете.

Третий путь - из Хатанги по замерзшим рекам на снегоходе.


Описание (английский)

The Popigai crater (or astrobleme) in Siberia, Russia is tied with the Manicouagan Crater as the fourth largest verified impact crater on Earth. A large bolide impact created the 100-kilometre (62 mi) diameter crater approximately 35 million years ago during the late Eocene epoch (Priabonian stage). It is conjectured that it may have influenced the Eocene–Oligocene extinction event.
 
The crater is 300 km (190 mi) east from the outpost of Khatanga and 880 km (550 mi) NE of the city of Norilsk. It is designated by UNESCO as a Geopark, a site of special geological heritage. There is a small possibility that Popigai impact crater formed simultaneous with the approximately 35-million-year-old Chesapeake Bay and Toms Canyon impact craters.
 
For decades the Popigai crater has fascinated paleontologists and geologists, but the entire area was completely off limits because of the diamonds found there and the mines constructed by gulag prisoners under Stalin. However, a major investigatory expedition was undertaken in 1997, which greatly advanced understanding of the enigmatic structure. The impactor in this event has been identified as either an 8 km (5.0 mi) diameter chondrite asteroid, or a 5 km (3.1 mi) diameter stony asteroid.
 
The shock pressures from the impact instantaneously transformed graphite in the ground into diamonds within a 13.6 km (8.5 mi) radius of the impact point. These diamonds are usually 0.5 to 2 mm (0.020 to 0.079 in) in diameter, though a few exceptional specimens are 10 mm (0.39 in) in size. The diamonds not only inherited the tabular shape of the original graphite grains but they additionally preserved the original crystals' delicate striations.