Customs Today
  • Home
  • Islamabad
  • Karachi
  • Lahore
  • National
  • Transfers and Postings
  • Chambers & Associations
  • Business
No Result
View All Result
Customs Today
  • Home
  • Islamabad
  • Karachi
  • Lahore
  • National
  • Transfers and Postings
  • Chambers & Associations
  • Business
No Result
View All Result
Customs Today
No Result
View All Result
Home Science & Technology Science

9 million tonnes of plastic expected to end at sea this year

byCustoms Today Report
25/02/2015
in Science, Science & Technology
Share on FacebookShare on Twitter

You might also like

Tesla driverless system to use updated radar technology

12/09/2016

Apple to develop its own self-driving technology

10/09/2016

HONG KONG: More than 9 million tons of plastic is expected to end at sea this year and researchers say the trash will likely increase tenfold over the next decade. Now yet another study, which attempts to quantify how much of sea life is impacted by stuff we throw away, says this flotsam is contributing to the potential extinction of some already endangered marine species.
Researchers at Plymouth University in Britain compiled reports from across the globe and found that at least 44,000 animals and organisms have become entangled in, or swallowed marine debris in the past five decades and plastic waste accounted for nearly 92 percent of these cases. They found that 17 percent of all species impacted were listed as threatened or near threatened on the IUCN Red List, including the Hawaiian monk seal, the loggerhead turtle, and sooty shearwater. The findings were published earlier this month in Marine Pollution Bulletin.
“Encounters with marine debris are of particular concern for species that are recognized to be threatened, and with 17 per cent of all species reported in the paper as near threatened, vulnerable, endangered or critically endangered on the IUCN Red List, it is evident that marine debris may be contributing to the potential for species extinction,” the report’s co-author Professor Richard Thompson, one of the world’s leading experts on microplastics in the marine environment, said in a statement.
Thompson and his research partner, Sarah Gall, collated evidence from a wide variety of sources on instances of entanglement, ingestion, physical damage to ecosystems, and rafting — where species are transported by debris. “Reports in the literature began in the 1960s with fatalities being well documented for birds, turtles, fish, and marine mammals,” Gall said.
In total, they found that 693 species had been documented as having encountered debris, with nearly 400 involving entanglement and ingestion. These incidents had occurred around the world, but were most commonly reported off the east and west coasts of North America, as well as Australia and Europe.

Related Stories

Tesla driverless system to use updated radar technology

byCT Report
12/09/2016

WASHINGTON: Electric carmaker Tesla announced Sunday it was upgrading its Autopilot software to use more advanced radar technology. In a...

Apple to develop its own self-driving technology

byCT Report
10/09/2016

SAN FRANCISCO: Apple may not become an automaker, but it still wants to develop its own self-driving technology. The iPhone-maker's...

NASA spots slowest known magnetar

byCT Report
10/09/2016

WASHINGTON: Astronomers have found evidence of a magnetar - magnetised neutron star - that spins much slower than the slowest...

‘YouTubers’ outshining old-school television

byCT Report
09/08/2016

SAN FRANCISCO: A media revolution is taking place, and most people over 35 years of age aren’t tuned in. Millennial...

Next Post

Japan stocks climb ahead of Yellen Testimony, Topix index ascends 0.4pc

  • Terms and Conditions
  • Disclaimer

© 2011 Customs Today -World's first newspaper on customs. Customs Today.

No Result
View All Result
  • Transfers and Postings
  • Latest News
  • Karachi
  • Islamabad
  • Lahore
  • National
  • Chambers & Associations
  • Business
  • About Us

© 2011 Customs Today -World's first newspaper on customs. Customs Today.