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|Title:||Impacts of Anthropogenic SOx, NOx and NH3 on Acidification of Coastal Waters and Shipping Lanes|
|Authors:||HUNTER Keith; LISS P. S.; SURAPIPITH Vanisa; BAKER A. R.; DENTENER Franciscus; DUCE Robert a.; KANAKIDOU M.; KUBILAY Nilgun; MAHOWALD Natalie M.; OKIN Gregory; SARIN Manmohan; TEGEN Ina; UEMATSU M.; ZHU Tong|
|Citation:||GEOPHYSICAL RESEARCH LETTERS vol. 38 p. L13602 (1-6)|
|Publisher:||AMER GEOPHYSICAL UNION|
|Type:||Articles in periodicals and books|
|Abstract:||The acidification of the surface ocean by anthropogenic CO2 absorbed from the atmosphere is now well-recognised and is considered to have lowered surface ocean pH by 0.1 since the mid-18th century. Further acidification in the future may lead to undersaturation of CaCO3 making growth of calcifying organisms difficult. However, other anthropogenic gases may also alter ocean pH, specifically SOx and NOx and NH3. While the effects of these are negligible on a global scale, we demonstrate using a simple model that in coastal water regions with high shipping density, the potential exists for these gases to make a major contribution to acidification.|
|JRC Institute:||Institute for Environment and Sustainability|
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