Home › Study links deep-time dust with major impacts on carbon cycling
 

Keywords :   


Study links deep-time dust with major impacts on carbon cycling

2015-11-18 02:02:00| Climate Ark Climate Change & Global Warming Newsfeed

ScienceDaily: A University of Oklahoma-led study links vast amounts of iron-rich dust deposits from the late Paleozoic period of 300 million years ago with implications for major ecosystem fertilization and a massive drawdown of atmospheric carbon. Understanding iron fertilization and other deep-time events may explain present and future climate change and aid scientists and policymakers when making decisions related to geoengineering Earth. "Humans are now a geologic force on the planet, meaning our activities...

Tags: links major study carbon

Category:Electronics and Electrical

Latest from this category

All news
»
26.06Rockline Industries Wins WOW Innovation Award
26.06IMS Technologies Expands Calcinate Production Site
26.06Horizon expert 'gave evidence based on informal chats'
26.06Automotive Color by BASF Recognized with Renowned Red Dot Award
26.06Beckers Commits to Widespread Science Based Targets
26.06PPG to Announce Second-quarter 2024 Results July 18
26.06Fresh Coat for First Responders: New Hampshire Fire Station Gets a Makeover by California Paints
26.06Michigan Sets Record Recycling Rate in 2023, Recycles Nearly 70,000 Tons of Materials
More »