-
Aston Villa Defy History With Rare Victory at Old Trafford
-
Brussels Education Unions Schedule Major November Protest Over Funding and Reforms
-
Crowds Gather at San Francisco Park for Elizabeth Holmes Lookalike Tournament
-
InterContinental Hotels Group PLC Announces Transaction in Own Shares - November 09
-
Making Your Home Safer for Aging Parents: Accessibility Renovations That Add Value
-
New 401k Gold IRA Investment Guide Explains the Best Way to Invest in Gold for Retirement (2026 Update)
-
iPS Cell Research Accelerates Drug Discovery for ALS and Spinal Cord Injury
-
Central Tokyo Apartment Rents Forecast to Rise 11% by 2030
-
Rene Eyre Revisits Autobiographical Performance 'Say A Little Prayer' in London
-
London Museum Granted 24/7 License Ahead of November Opening
-
UAE's HCT Holds Record Graduation and Announces Major Training Expansion
-
Dana White Confirms Flight to Washington for Trump Meeting on Press Secretary Role
-
NASA Awards $10B Lunar Contract Framework to SpaceX, Blue Origin
-
Dengue Fever Expands Into High Himalayas as Climate Change Warms Nepal
Plastic-eating fungi found in Chinese coastal salt marshes
An international team of scientists identified plastic-eating bacteria and fungi in Chinese coastal salt marshes, presenting new possibilities for global waste management, according to a study published Thursday.
"A total of 184 fungal and 55 bacterial strains capable of breaking down" various plastics were found in the Jiangsu province of eastern China, the Royal Botanic Gardens in Kew said in a statement.
Researchers from China and the UK in May 2021 sampled microorganisms from China's Dafeng, a UNESCO-protected site near the coast of the Yellow Sea.
They found a distinct "terrestrial plastisphere", described as a "man-made ecological niche", which is an ecosystem that has evolved to live with the presence of coastal plastic debris.
"Scientists are increasingly looking at microorganisms, such as fungi and bacteria, to help tackle some of the most pressing challenges of the modern age, including the rising tide of plastic pollution," Kew Gardens said.
The new findings contribute to existing studies on plastic-degrading microorganisms with some 436 species of fungi and bacteria found capable of breaking down plastic to date, it added.
"Kew scientists and partners believe their latest findings could lead to the development of efficient enzymes designed to biologically degrade plastic waste," it went on.
In 2020, approximately 238 million metric tonnes of waste from short-lived plastics -- such as packaging that ends up in municipal waste -- was generated worldwide, according to a recent report from the United Nations Environment Programme.
Roughly half of that was mismanaged -- for example dumped in the environment or burned.
Later this month, representatives from nearly 200 countries will meet in Paris for a new round of negotiations aimed at reaching a legal agreement next year to end plastic pollution.
Th.Berger--AMWN