Home › Greenhouse Gases: A New Group Of Soil Micro-Organisms Can Contribute To Their Elimination
 

Keywords :   


Greenhouse Gases: A New Group Of Soil Micro-Organisms Can Contribute To Their Elimination

2014-09-01 08:32:06| pollutiononline Home Page

Nitrous oxide (N2O) is a potent greenhouse gas that is also responsible for destroying the ozone layer. INRA research scientists in Dijon have shown that the ability of soils to eliminate N2O can mainly be explained by the diversity and abundance of a new group of micro-organisms that are capable of transforming it into atmospheric nitrogen (N2).

Tags: to their group contribute

Category:Energy and Environment

Latest from this category

All news
05.11ArcticRx Cold Chain Breakthrough Prevents Pharmaceutical and Food Loss
05.11Waste Pro Awards $30,000 to Athens Employees Celebrating 20 Years of Service
05.11Alterra, Neste and Technip Energies Partner to Advance Chemical Recycling
04.11Casella Waste Systems Advocates for Composting at Pumpkin Smashing Event
04.11Sydney, Australia Landfill Facing Capacity, Officials Stress for New Solutions
04.11WM Receives Approval from Canada for Stericycle Acquisition
04.11Western Australian State Government Awards Grant to Livium for EV Battery Recycling Plant
04.11ABCRC Selects Diversys to Digitize Albertas Beverage Container Recovery and Recycling Program
Energy and Environment »
05.11Tropical Storm Rafael Graphics
05.11Tropical Storm Rafael Forecast Discussion Number 9
05.11Tropical Storm Rafael Wind Speed Probabilities Number 9
05.11Tropical Storm Rafael Public Advisory Number 9
05.11Summary for Tropical Storm Rafael (AT3/AL182024)
05.11Tropical Storm Rafael Forecast Advisory Number 9
05.11Kim Madigan to chair 2025 FTA Fall Technical Conference
05.11PM responds to Sir Alan Bates after repeated requests
More »