Authors
Richard S Lampitt, Eric P Achterberg, Thomas R Anderson, JA Hughes, MD Iglesias-Rodriguez, Boris A Kelly-Gerreyn, Mike Lucas, EE Popova, Richard Sanders, JG Shepherd, Denise Smythe-Wright, Andrew Yool
Publication date
2008/11/13
Source
Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences
Volume
366
Issue
1882
Pages
3919-3945
Publisher
The Royal Society
Description
The oceans sequester carbon from the atmosphere partly as a result of biological productivity. Over much of the ocean surface, this productivity is limited by essential nutrients and we discuss whether it is likely that sequestration can be enhanced by supplying limiting nutrients. Various methods of supply have been suggested and we discuss the efficacy of each and the potential side effects that may develop as a result. Our conclusion is that these methods have the potential to enhance sequestration but that the current level of knowledge from the observations and modelling carried out to date does not provide a sound foundation on which to make clear predictions or recommendations. For ocean fertilization to become a viable option to sequester CO2, we need more extensive and targeted fieldwork and better mathematical models of ocean biogeochemical processes. Models are needed both to interpret field …
Total citations
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Scholar articles
RS Lampitt, EP Achterberg, TR Anderson, JA Hughes… - Philosophical Transactions of the Royal Society A …, 2008