Core Principles of the California Current Acidification Network: Linking Chemistry, Physics, and Ecological Effects
Numerous monitoring efforts are underway to improve understanding of ocean acidification and its impacts on coastal environments, but there is a need to develop a coordinated approach that facilitates spatial and temporal comparisons of drivers and responses on a regional scale. Toward that goal, th...
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ftoregonstate:ir.library.oregonstate.edu:gf06g471d 2024-04-14T08:17:39+00:00 Core Principles of the California Current Acidification Network: Linking Chemistry, Physics, and Ecological Effects McLaughlin, Karen Weisberg, Stephen B. Dickson, Andrew G. Hofman, Gretchen E. Newton, Jan A. Aseltine-Neilson, Deborah Barton, Alan Cudd, Sue Feely, Richard A. Jefferds, Ian W. Jewett, Elizabeth B King, Teri Langdon, Chris J. McAfee, Skyli Pleschner-Steele, Diane Steele, Bruce https://ir.library.oregonstate.edu/concern/articles/gf06g471d English [eng] eng unknown Oceanography Society https://ir.library.oregonstate.edu/concern/articles/gf06g471d Copyright Not Evaluated Article ftoregonstate 2024-03-21T15:47:26Z Numerous monitoring efforts are underway to improve understanding of ocean acidification and its impacts on coastal environments, but there is a need to develop a coordinated approach that facilitates spatial and temporal comparisons of drivers and responses on a regional scale. Toward that goal, the California Current Acidification Network (C-CAN) held a series of workshops to develop a set of core principles for facilitating integration of ocean acidification monitoring efforts on the US West Coast. The recommended core principles include: (1) monitoring measurements should facilitate determination of aragonite saturation state (Ω[subscript]arag) as the common currency of comparison, allowing a complete description of the inorganic carbon system; (2) maximum uncertainty of ±0.2 in the calculation of Ω[subscript]arag is required to adequately link changes in ocean chemistry to changes in ecosystem function; (3) inclusion of a variety of monitoring platforms and levels of effort in the network will insure collection of high-frequency temporal data at fixed locations as well as spatial mapping across locations; (4) physical and chemical oceanographic monitoring should be linked with biological monitoring; and (5) the monitoring network should share data and make it accessible to a broad audience. Article in Journal/Newspaper Ocean acidification ScholarsArchive@OSU (Oregon State University) |
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Numerous monitoring efforts are underway to improve understanding of ocean acidification and its impacts on coastal environments, but there is a need to develop a coordinated approach that facilitates spatial and temporal comparisons of drivers and responses on a regional scale. Toward that goal, the California Current Acidification Network (C-CAN) held a series of workshops to develop a set of core principles for facilitating integration of ocean acidification monitoring efforts on the US West Coast. The recommended core principles include: (1) monitoring measurements should facilitate determination of aragonite saturation state (Ω[subscript]arag) as the common currency of comparison, allowing a complete description of the inorganic carbon system; (2) maximum uncertainty of ±0.2 in the calculation of Ω[subscript]arag is required to adequately link changes in ocean chemistry to changes in ecosystem function; (3) inclusion of a variety of monitoring platforms and levels of effort in the network will insure collection of high-frequency temporal data at fixed locations as well as spatial mapping across locations; (4) physical and chemical oceanographic monitoring should be linked with biological monitoring; and (5) the monitoring network should share data and make it accessible to a broad audience. |
format |
Article in Journal/Newspaper |
author |
McLaughlin, Karen Weisberg, Stephen B. Dickson, Andrew G. Hofman, Gretchen E. Newton, Jan A. Aseltine-Neilson, Deborah Barton, Alan Cudd, Sue Feely, Richard A. Jefferds, Ian W. Jewett, Elizabeth B King, Teri Langdon, Chris J. McAfee, Skyli Pleschner-Steele, Diane Steele, Bruce |
spellingShingle |
McLaughlin, Karen Weisberg, Stephen B. Dickson, Andrew G. Hofman, Gretchen E. Newton, Jan A. Aseltine-Neilson, Deborah Barton, Alan Cudd, Sue Feely, Richard A. Jefferds, Ian W. Jewett, Elizabeth B King, Teri Langdon, Chris J. McAfee, Skyli Pleschner-Steele, Diane Steele, Bruce Core Principles of the California Current Acidification Network: Linking Chemistry, Physics, and Ecological Effects |
author_facet |
McLaughlin, Karen Weisberg, Stephen B. Dickson, Andrew G. Hofman, Gretchen E. Newton, Jan A. Aseltine-Neilson, Deborah Barton, Alan Cudd, Sue Feely, Richard A. Jefferds, Ian W. Jewett, Elizabeth B King, Teri Langdon, Chris J. McAfee, Skyli Pleschner-Steele, Diane Steele, Bruce |
author_sort |
McLaughlin, Karen |
title |
Core Principles of the California Current Acidification Network: Linking Chemistry, Physics, and Ecological Effects |
title_short |
Core Principles of the California Current Acidification Network: Linking Chemistry, Physics, and Ecological Effects |
title_full |
Core Principles of the California Current Acidification Network: Linking Chemistry, Physics, and Ecological Effects |
title_fullStr |
Core Principles of the California Current Acidification Network: Linking Chemistry, Physics, and Ecological Effects |
title_full_unstemmed |
Core Principles of the California Current Acidification Network: Linking Chemistry, Physics, and Ecological Effects |
title_sort |
core principles of the california current acidification network: linking chemistry, physics, and ecological effects |
publisher |
Oceanography Society |
url |
https://ir.library.oregonstate.edu/concern/articles/gf06g471d |
genre |
Ocean acidification |
genre_facet |
Ocean acidification |
op_relation |
https://ir.library.oregonstate.edu/concern/articles/gf06g471d |
op_rights |
Copyright Not Evaluated |
_version_ |
1796316894360240128 |