There is growing scientific evidence that, as a result of increasing anthropogenic carbon dioxide... more There is growing scientific evidence that, as a result of increasing anthropogenic carbon dioxide (CO2) emissions, absorption of CO2 by the oceans has already noticeably increased the average oceanic acidity from pre-industrial levels. This global threat requires a global response. According to the Intergovernmental Panel on Climate Change (IPCC), continuing CO2 emissions in line with current trends could make the oceans up to 150% more acidic by 2100 than they were at the beginning of the Anthropocene. Acidification ...
Rintoul, SR , Sparrow, M. , Meredith, MP , Wadley, V. , Speer, K. , Hofmann, E. , Summerhayes, C.... more Rintoul, SR , Sparrow, M. , Meredith, MP , Wadley, V. , Speer, K. , Hofmann, E. , Summerhayes, C. , Urban, E. , Bellerby, R. , Ackley, S. , Alverson, K. , Ansorge, I. , Aoki, S. , Azzolini, R. , Beal, L. , Belbeoch, M. , Bergamasco, A. , Biuw, M. , Boehme, L. , Budillon, G. , Campos, L. , Carlson, D. , Cavanagh, R. , Charpentier, E. , Chul Shin, H. , Coffin, M. , Constable, A. , Costa, D. , Cronin, M. , De Baar, H. , De Broyer, C. , De Bruin, T. , De Santis, L. , Butler, E. , Dexter, P. , Drinkwater, M. , England, M. , Fahrbach, E. , Fanta, E. , Fedak, ...
There is growing scientific evidence that, as a result of increasing anthropogenic carbon dioxide... more There is growing scientific evidence that, as a result of increasing anthropogenic carbon dioxide (CO2) emissions, absorption of CO2 by the oceans has already noticeably increased the average oceanic acidity from pre-industrial levels. This global threat requires a global response. According to the Intergovernmental Panel on Climate Change (IPCC), continuing CO2 emissions in line with current trends could make the oceans up to 150% more acidic by 2100 than they were at the beginning of the Anthropocene. Acidification ...
Rintoul, SR , Sparrow, M. , Meredith, MP , Wadley, V. , Speer, K. , Hofmann, E. , Summerhayes, C.... more Rintoul, SR , Sparrow, M. , Meredith, MP , Wadley, V. , Speer, K. , Hofmann, E. , Summerhayes, C. , Urban, E. , Bellerby, R. , Ackley, S. , Alverson, K. , Ansorge, I. , Aoki, S. , Azzolini, R. , Beal, L. , Belbeoch, M. , Bergamasco, A. , Biuw, M. , Boehme, L. , Budillon, G. , Campos, L. , Carlson, D. , Cavanagh, R. , Charpentier, E. , Chul Shin, H. , Coffin, M. , Constable, A. , Costa, D. , Cronin, M. , De Baar, H. , De Broyer, C. , De Bruin, T. , De Santis, L. , Butler, E. , Dexter, P. , Drinkwater, M. , England, M. , Fahrbach, E. , Fanta, E. , Fedak, ...
There is growing scientific evidence that, as a result of increasing anthropogenic carbon dioxide... more There is growing scientific evidence that, as a result of increasing anthropogenic carbon dioxide (CO2) emissions, absorption of CO2 by the oceans has already noticeably increased the average oceanic acidity from pre-industrial levels. This global threat requires a global response. According to the Intergovernmental Panel on Climate Change (IPCC), continuing CO2 emissions in line with current trends could make the oceans up to 150% more acidic by 2100 than they were at the beginning of the Anthropocene. Acidification ...
Rintoul, SR , Sparrow, M. , Meredith, MP , Wadley, V. , Speer, K. , Hofmann, E. , Summerhayes, C.... more Rintoul, SR , Sparrow, M. , Meredith, MP , Wadley, V. , Speer, K. , Hofmann, E. , Summerhayes, C. , Urban, E. , Bellerby, R. , Ackley, S. , Alverson, K. , Ansorge, I. , Aoki, S. , Azzolini, R. , Beal, L. , Belbeoch, M. , Bergamasco, A. , Biuw, M. , Boehme, L. , Budillon, G. , Campos, L. , Carlson, D. , Cavanagh, R. , Charpentier, E. , Chul Shin, H. , Coffin, M. , Constable, A. , Costa, D. , Cronin, M. , De Baar, H. , De Broyer, C. , De Bruin, T. , De Santis, L. , Butler, E. , Dexter, P. , Drinkwater, M. , England, M. , Fahrbach, E. , Fanta, E. , Fedak, ...
There is growing scientific evidence that, as a result of increasing anthropogenic carbon dioxide... more There is growing scientific evidence that, as a result of increasing anthropogenic carbon dioxide (CO2) emissions, absorption of CO2 by the oceans has already noticeably increased the average oceanic acidity from pre-industrial levels. This global threat requires a global response. According to the Intergovernmental Panel on Climate Change (IPCC), continuing CO2 emissions in line with current trends could make the oceans up to 150% more acidic by 2100 than they were at the beginning of the Anthropocene. Acidification ...
Rintoul, SR , Sparrow, M. , Meredith, MP , Wadley, V. , Speer, K. , Hofmann, E. , Summerhayes, C.... more Rintoul, SR , Sparrow, M. , Meredith, MP , Wadley, V. , Speer, K. , Hofmann, E. , Summerhayes, C. , Urban, E. , Bellerby, R. , Ackley, S. , Alverson, K. , Ansorge, I. , Aoki, S. , Azzolini, R. , Beal, L. , Belbeoch, M. , Bergamasco, A. , Biuw, M. , Boehme, L. , Budillon, G. , Campos, L. , Carlson, D. , Cavanagh, R. , Charpentier, E. , Chul Shin, H. , Coffin, M. , Constable, A. , Costa, D. , Cronin, M. , De Baar, H. , De Broyer, C. , De Bruin, T. , De Santis, L. , Butler, E. , Dexter, P. , Drinkwater, M. , England, M. , Fahrbach, E. , Fanta, E. , Fedak, ...
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Papers by Edward R Urban Jr