Description

Key Takeaways

• Researchers deployed advanced sampling systems, including MOCNESS and FTIR spectroscopy, to map subsurface microplastics across 1,885 ocean stations.
• Microplastics were found as deep as 2,000 meters, with implications for carbon cycling, marine ecology, and climate modeling.
• The study calls for standardized global methodologies and highlights technology’s central role in future environmental monitoring.

Read More: https://www.environmentenergyleader.com/stories/how-emerging-tools-are-redefining-our-understanding-of-ocean-microplastics,75758

Support the show

Thanks for listening!

Environment+Energy Leader Awards

Recognizing the year’s most impactful solutions in sustainability and energy management. If your team is driving measurable results, explore how the Awards can elevate your work. Learn more at #EELeaderAwards

For access to all of E+E Leader's news and programs, visit our website at www.environmentenergyleader.com.

Connect with a member of our team today:

• General: info@environmentenergyleader.com
• Advertising: advertisingteam@environmentenergyleader.com
  • Soundbite Sponsorships
  • Media Kit Requests

Follow us on our Social Channels:

LinkedIn l Twitter l Facebook l Instagram l ...