New Marine Life Found In Deep Sea Vents

2016-12-19T11:13:11+00:00 December 19, 2016|
Scientists have discovered six new species of marine organisms in hydrothermal vent communities of the Southwest Indian Ridge. (Credit: P. Rona/NOAA Photo Library)

(Click to enlarge) Scientists have discovered six new species of marine organisms in hydrothermal vent communities of the Southwest Indian Ridge. (Credit: P. Rona/NOAA Photo Library)

Six new animal species have been identified at deep-sea vents beneath the Indian Ocean.

(From BBC News / by Helen Briggs)– The remote area is home to life not seen elsewhere in the world’s oceans, yet has been earmarked for future mineral exploration.

Hydrothermal vents form at locations where seawater meets magma. They are surrounded by a large number of organisms that are new to science.

The latest finds include worms, snails and a crab.

UK researchers explored an area of the Southwest Indian Ridge, which bisects the ocean between Africa and Antarctica, in 2011.

Scientists at Southampton University revealed they had found many new creatures using a remote-operated underwater robot.

They have now analysed samples from the site, known as Longqi, or “Dragon’s Breath”, and compared them with known species based on the animals’ genetic make-up.

The study, published in the journal Scientific Reports, shows six animals new to science.

The six new species:

  • a “Hoff” crab
  • a “giant peltospirid” snail
  • a whelk-like snail
  • a limpet
  • a scaleworm
  • a polychaete worm

Hydrothermal vents were first discovered in 1977. Since then, more than 400 new animal species have been discovered living around them across the world’s oceans.

“Hydrothermal vents form a network of marine life in the deep, and so far we’ve only glimpsed one node of the network in the south-west Indian Ocean,” said Dr Jon Copley, who led the research.

“Our results show that we need to explore this network much further, if we’re going to understand the possible impacts of any future mining at hydrothermal vents in this region.”

Read the full article here: http://www.bbc.com/news/science-environment-38305989