245 Publications (Page 9 of 10)
2014
Explicit feedback and the management of uncertainty in meeting climate objectives with solar geoengineering
Kravitz, Ben⋅MacMartin, Douglas G⋅Leedal, David T⋅Rasch, Philip J and Jarvis, Andrew J
Environ. Res. Lett., vol. 9, pp. 044006. | Journal Article
 
Forcings and feedbacks in the GeoMIP ensemble for a reduction in solar irradiance and increase in CO 2
Huneeus, Nicolas⋅Huneeus, Nicolas⋅Huneeus, N.⋅Boucher, O.⋅Boucher, Olivier⋅Boucher, Olivier⋅Alterskjær, Kari⋅Alterskj?r, K.⋅Alterskjaer, Kari⋅Cole, Jason N. S.⋅Cole, J.N.S.⋅Cole, Jason N. S.⋅Curry, Charles L.⋅Curry, Charles L.⋅Curry, C.L.⋅Ji, Duoying⋅Ji, Duoying⋅Ji, D.⋅Jones, A.⋅Jones, Andy⋅Jones, Andy⋅Kravitz, Ben⋅Kravitz, Ben⋅Kravitz, B.⋅Kristjánsson, J.E.⋅Kristjánsson, Jón Egill⋅Kristjánsson, Jón Egill⋅Moore, J.C.⋅Moore, John C.⋅Moore, John C.⋅Muri, Helene⋅Muri, Helene⋅Muri, H.⋅Niemeier, Ulrike⋅Niemeier, U.⋅Niemeier, Ulrike⋅Rasch, Phil⋅Rasch, Phil⋅Rasch, P.⋅Robock, Alan⋅Robock, A.⋅Robock, Alan⋅Singh, B.⋅Singh, Balwinder⋅Singh, Balwinder⋅Schmidt, Hauke⋅Schmidt, Hauke⋅Schmidt, H.⋅Schulz, Michael⋅Schulz, M.⋅Schulz, Michael⋅Tilmes, S.⋅Tilmes, Simone⋅Tilmes, Simone⋅Watanabe, Shingo⋅Watanabe, S.⋅Watanabe, Shingo⋅Yoon, Jin-Ho⋅Yoon, J.-H. and Yoon, Jin-Ho
J. Geophys. Res. Atmos., vol. 119, pp. 5226–5239. | Journal Article
 
Future Directions in Simulating Solar Geoengineering
Kravitz, B.⋅Kravitz, Ben⋅Robock, Alan⋅Robock, A.⋅Boucher, O. and Boucher, Olivier
Eos, Transactions American Geophysical Union, vol. 95, pp. 280–280. | Journal Article
 
Geoengineering: The world’s largest control problem
MacMartin, Douglas G.⋅Kravitz, Ben and Keith, David W.
IEEE. | Conference Proceeding
 
Key factors governing uncertainty in the response to sunshade geoengineering from a comparison of the GeoMIP ensemble and a perturbed parameter ensemble
Irvine, P. J.⋅Irvine, Peter J.⋅Irvine, P.J.⋅Irvine, Peter J.⋅Boucher, O.⋅Boucher, Olivier⋅Boucher, Olivier⋅Boucher, O.⋅Kravitz, Ben⋅Kravitz, B.⋅Kravitz, Ben⋅Kravitz, B.⋅Alterskjær, Kari⋅Alterskjaer, K.⋅Alterskjaer, Kari⋅Alterskj?r, K.⋅Cole, Jason N. S.⋅Cole, J.N.S.⋅Cole, J. N. S.⋅Cole, Jason N. S.⋅Ji, D. Y.⋅Ji, Duoying⋅Ji, Duoying⋅Ji, D.⋅Jones, A.⋅Jones, A.⋅Jones, Andy⋅Jones, Andy⋅Lunt, Daniel J.⋅Lunt, D.J.⋅Lunt, D. J.⋅Lunt, Daniel J.⋅Moore, J. C.⋅Moore, John C.⋅Moore, John C.⋅Moore, J.C.⋅Muri, Helene⋅Muri, Helene⋅Muri, H.⋅Muri, H.⋅Niemeier, Ulrike⋅Niemeier, U.⋅Niemeier, Ulrike⋅Niemeier, U.⋅Robock, A.⋅Robock, Alan⋅Robock, A.⋅Robock, Alan⋅Singh, B.⋅Singh, Balwinder⋅Singh, Balwinder⋅Singh, B.⋅Tilmes, S.⋅Tilmes, S.⋅Tilmes, Simone⋅Tilmes, Simone⋅Watanabe, Shingo⋅Watanabe, S.⋅Watanabe, S.⋅Watanabe, Shingo⋅Yang, S. T.⋅Yang, Shuting⋅Yang, Shuting⋅Yang, S.⋅Yoon, Jin-Ho⋅Yoon, J.-H.⋅Yoon, J. H. and Yoon, Jin-Ho
J. Geophys. Res. Atmos., vol. 119, pp. 7946–7962. | Journal Article
 
Process-model simulations of cloud albedo enhancement by aerosols in the Arctic
Kravitz, Ben⋅Kravitz, B.⋅Wang, H.⋅Wang, Hailong⋅Rasch, P.J.⋅Rasch, Philip J⋅Morrison, Hugh⋅Morrison, H.⋅Solomon, Amy B and Solomon, A.B.
Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences, vol. 372. | Journal Article
 
Solar radiation management impacts on agriculture in China: A case study in the Geoengineering Model Intercomparison Project (GeoMIP)
Xia, Lili⋅Xia, Lili⋅Xia, L.⋅Xia, Lili⋅Robock, Alan⋅Robock, Alan⋅Robock, Alan⋅Robock, A.⋅Cole, Jason⋅Cole, J.⋅Cole, Jason⋅Cole, Jason⋅Curry, Charles L.⋅Curry, Charles L.⋅Curry, Charles L.⋅Curry, C.L.⋅Ji, Duoying⋅Ji, Duoying⋅Ji, D.⋅Ji, Duoying⋅Jones, Andy⋅Jones, Andy⋅Jones, A.⋅Jones, Andy⋅Kravitz, Ben⋅Kravitz, B.⋅Kravitz, Ben⋅Kravitz, Ben⋅Moore, J.C.⋅Moore, John C.⋅Moore, John C.⋅Moore, John C.⋅Muri, H.⋅Muri, Helene⋅Muri, Helene⋅Muri, Helene⋅Niemeier, Ulrike⋅Niemeier, Ulrike⋅Niemeier, Ulrike⋅Niemeier, U.⋅Singh, Balwinder⋅Singh, B.⋅Singh, Balwinder⋅Singh, Balwinder⋅Tilmes, Simone⋅Tilmes, S.⋅Tilmes, Simone⋅Tilmes, Simone⋅Watanabe, Shingo⋅Watanabe, Shingo⋅Watanabe, S.⋅Watanabe, Shingo⋅Yoon, Jin-Ho⋅Yoon, J.-H.⋅Yoon, Jin-Ho and Yoon, Jin-Ho
J. Geophys. Res. Atmos., pp. n/a–n/a. | Journal Article
 
Stratospheric ozone response to sulfate geoengineering: Results from the Geoengineering Model Intercomparison Project (GeoMIP)
Pitari, Giovanni⋅Pitari, Giovanni⋅Pitari, G.⋅Pitari, Giovanni⋅Aquila, Valentina⋅Aquila, V.⋅Aquila, Valentina⋅Aquila, Valentina⋅Kravitz, Ben⋅Kravitz, B.⋅Kravitz, Ben⋅Kravitz, Ben⋅Robock, Alan⋅Robock, Alan⋅Robock, Alan⋅Robock, A.⋅Watanabe, Shingo⋅Watanabe, Shingo⋅Watanabe, Shingo⋅Watanabe, S.⋅Cionni, I.⋅Cionni, Irene⋅Cionni, Irene⋅Cionni, Irene⋅Luca, N.⋅Luca, Natalia De⋅De Luca, Natalia⋅Luca, Natalia De⋅Genova, Glauco Di⋅Genova, Glauco Di⋅Di Genova, Glauco⋅Genova, G.⋅Mancini, E.⋅Mancini, Eva⋅Mancini, Eva⋅Mancini, Eva⋅Tilmes, Simone⋅Tilmes, Simone⋅Tilmes, Simone and Tilmes, S.
J. Geophys. Res. Atmos., vol. 119, pp. 2629–2653. | Journal Article
 
The hydrological sensitivity to global warming and solar geoengineering derived from thermodynamic constraints
Kleidon, Axel⋅Kravitz, Ben and Renner, Maik
Geophysical Research Letters, pp. n/a–n/a. | Journal Article
2013
An energetic perspective on hydrological cycle changes in the Geoengineering Model Intercomparison Project
Kravitz, B.⋅Kravitz, Ben⋅Kravitz, Ben⋅Kravitz, B.⋅Rasch, Philip J⋅Rasch, Philip J.⋅Rasch, P.J.⋅Rasch, P.J.⋅Forster, P.M.⋅Forster, Piers M.⋅Forster, Piers M⋅Forster, P.M.⋅Andrews, T.⋅Andrews, Timothy⋅Andrews, T.⋅Andrews, Timothy⋅Cole, Jason NS⋅Cole, Jason N. S.⋅Cole, J.N.S.⋅Cole, J.N.S.⋅Irvine, P.J.⋅Irvine, P.J.⋅Irvine, Peter J.⋅Irvine, Peter J⋅Ji, Duoying⋅Ji, D.⋅Ji, D.⋅Ji, Duoying⋅Kristjánsson, J.E.⋅Kristjánsson, J.E.⋅Kristjánsson, Jón Egill⋅Kristjánsson, Jón Egill⋅Moore, John C.⋅Moore, J.C.⋅Moore, John C⋅Moore, J.C.⋅Muri, H.⋅Muri, Helene⋅Muri, H.⋅Muri, Helene⋅Niemeier, U.⋅others⋅Niemeier, U.⋅Niemeier, Ulrike⋅Robock, A.⋅Robock, Alan⋅Robock, A.⋅Singh, B.⋅Singh, B.⋅Singh, Balwinder⋅Tilmes, S.⋅Tilmes, S.⋅Tilmes, Simone⋅Watanabe, S.⋅Watanabe, Shingo⋅Watanabe, S.⋅Yoon, Jin-Ho⋅Yoon, J.-H. and Yoon, J.-H.
Journal of Geophysical Research: Atmospheres, vol. 118, pp. 13087-13102. | Journal Article
 
An overview of the Geoengineering Model Intercomparison Project (GeoMIP)
Kravitz, Ben⋅Kravitz, Ben⋅Kravitz, B.⋅Kravitz, Ben⋅Robock, Alan⋅Robock, Alan⋅Robock, Alan⋅Robock, A.⋅Forster, Piers M.⋅Forster, P.M.⋅Forster, Piers M⋅Forster, Piers M.⋅Haywood, J.M.⋅Haywood, James M⋅Haywood, James M.⋅Haywood, James M.⋅Lawrence, Mark G.⋅Lawrence, Mark G.⋅Lawrence, Mark G⋅Lawrence, M.G.⋅Schmidt, Hauke⋅Schmidt, Hauke⋅Schmidt, Hauke and Schmidt, H.
J. Geophys. Res. Atmos., vol. 118, pp. 13,103–13,107. | Journal Article
 
Climate model response from the Geoengineering Model Intercomparison Project (GeoMIP)
Kravitz, B.⋅Kravitz, Ben⋅Kravitz, Ben⋅Kravitz, B.⋅Caldeira, Ken⋅Caldeira, K.⋅Caldeira, K.⋅Caldeira, Ken⋅Boucher, Olivier⋅Boucher, O.⋅Boucher, Olivier⋅Boucher, O.⋅Robock, Alan⋅Robock, Alan⋅Robock, A.⋅Robock, A.⋅Rasch, P. J.⋅Rasch, Philip J.⋅Rasch, P.J.⋅Rasch, Philip J.⋅Alterskjaer, Kari⋅Alterskjær, Kari⋅Alterskjaer, K.⋅Alterskj?r, K.⋅Alterskjaer, Kari⋅Karam, D. B.⋅Karam, D.B.⋅Karam, Diana Bou⋅Karam, Diana Bou⋅Cole, Jason N. S.⋅Cole, Jason N. S.⋅Cole, J.N.S.⋅Cole, J. N. S.⋅Curry, Charles L.⋅Curry, Charles L.⋅Curry, C.L.⋅Curry, C. L.⋅Haywood, J.M.⋅Haywood, James M.⋅Haywood, J. M.⋅Haywood, James M.⋅Irvine, Peter J.⋅Irvine, Peter J.⋅Irvine, P. J.⋅al.⋅Irvine, P.J.⋅Ji, D. Y.⋅Ji, D.⋅Ji, Duoying⋅Ji, Duoying⋅Jones, A.⋅Jones, Andy⋅Jones, A.⋅Jones, Andy⋅Kristjansson, J. E.⋅Kristjánsson, J.E.⋅Kristjánsson, Jón Egill⋅Kristjánsson, Jón Egill⋅Lunt, Daniel J.⋅Lunt, D.J.⋅Lunt, D. J.⋅Lunt, Daniel J.⋅Moore, John C.⋅Moore, J.C.⋅Moore, John C.⋅Moore, J. C.⋅Niemeier, Ulrike⋅Niemeier, U.⋅Niemeier, U.⋅Niemeier, Ulrike⋅Schmidt, Hauke⋅Schmidt, H.⋅Schmidt, Hauke⋅Schmidt, H.⋅Schulz, Michael⋅Schulz, M.⋅Schulz, Michael⋅Schulz, M.⋅Singh, Balwinder⋅Singh, B.⋅Singh, B.⋅Singh, Balwinder⋅Tilmes, Simone⋅Tilmes, S.⋅Tilmes, S.⋅Tilmes, Simone⋅Watanabe, Shingo⋅Watanabe, Shingo⋅Watanabe, S.⋅Watanabe, S.⋅Yang, Shuting⋅Yang, S. T.⋅Yang, S.⋅Yang, Shuting⋅Yoon, Jin-Ho⋅Yoon, J.-H.⋅Yoon, J. H. and Yoon, Jin-Ho
J. Geophys. Res. Atmos., vol. 118, pp. 8320–8332. | Journal Article
 
Dynamics of the coupled human–climate system resulting from closed-loop control of solar geoengineering
MacMartin, Douglas⋅Macmartin, Douglas⋅MacMartin, Douglas G.⋅Kravitz, Ben⋅Kravitz, Ben⋅Kravitz, Ben⋅Keith, David W.⋅Keith, David⋅Jarvis, Andrew⋅Jarvis, Andrew and Jarvis, Andrew
Clim Dyn, vol. 43, pp. 243–258. | Journal Article
 
Inorganic carbon turnover caused by digestion of carbonate sands and metabolic activity of holothurians
Schneider, Kenneth⋅Silverman, Jacob⋅Kravitz, Ben⋅Rivlin, Tanya⋅Schneider-Mor, Aya⋅Barbosa, Sergio⋅Byrne, Maria and Caldeira, Ken
Estuarine, Coastal and Shelf Science, vol. 133, pp. 217–223. | Journal Article
 
Letter: Geophysical limits to global wind power
MARVEL, Kate⋅Kravitz, Ben and CALDEIRA, Ken
Nature Climate Change, vol. 3, (no. 2), 20130201. | Journal Article
 
Letter: Management of trade-offs in geoengineering through optimal choice of non-uniform radiative forcing
MACMARTIN, Douglas⋅KEITH, David and Kravitz, Ben
Nature Climate Change, vol. 3, (no. 4), 20130401. | Journal Article
 
Robust Results From Climate Model Simulations of Geoengineering
Kravitz, Ben⋅Kravitz, Ben⋅Robock, Alan⋅Robock, Alan⋅Irvine, Peter and Irvine, Peter
Eos, Transactions American Geophysical Union, vol. 94, pp. 292–292. | Journal Article
 
Sea spray geoengineering experiments in the geoengineering model intercomparison project (GeoMIP): Experimental design and preliminary results
Kravitz, Ben⋅Kravitz, Ben⋅Kravitz, B.⋅Kravitz, Ben⋅Forster, Piers M.⋅Forster, Piers M.⋅Forster, P.M.⋅Forster, Piers M⋅Jones, Andy⋅Jones, A.⋅Jones, Andy⋅Jones, Andy⋅Robock, A.⋅Robock, Alan⋅Robock, Alan⋅Robock, Alan⋅Alterskjær, Kari⋅Alterskjaer, Kari⋅Alterskjaer, Kari⋅Alterskj?r, K.⋅Boucher, O.⋅Boucher, Olivier⋅Boucher, Olivier⋅Boucher, Olivier⋅Jenkins, Annabel K. L.⋅Jenkins, Annabel K. L.⋅Jenkins, A.K.L.⋅Jenkins, Annabel KL⋅Korhonen, Hannele⋅Korhonen, H.⋅Korhonen, Hannele⋅Korhonen, Hannele⋅Kristjánsson, Jón Egill⋅Kristjánsson, J.E.⋅Kristjánsson, Jón Egill⋅Kristjánsson, Jón Egill⋅Muri, Helene⋅Muri, Helene⋅Muri, Helene⋅Muri, H.⋅Niemeier, Ulrike⋅others⋅Niemeier, Ulrike⋅Niemeier, U.⋅Partanen, Antti-Ilari⋅Partanen, A.-I.⋅Partanen, Antti-Ilari⋅Rasch, Philip J.⋅Rasch, P.J.⋅Rasch, Philip J.⋅Wang, Hailong⋅Wang, H.⋅Wang, Hailong⋅Watanabe, Shingo⋅Watanabe, Shingo and Watanabe, S.
J. Geophys. Res. Atmos., vol. 118, pp. 11,175–11,186. | Journal Article
 
Stratospheric Ozone Response in Experiments G3 and G4 of the Geoengineering Model Intercomparison Project (GeoMIP)
Pitari, Giovanni⋅Aquila, Valentina⋅Kravitz, Ben⋅Watanabe, Shingo⋅Tilmes, Simone⋅Mancini, Eva⋅DeLuca, Natalia and DiGenova, Glauco
NASA Center for AeroSpace Information (CASI). Journal Articles, 20130810. | Journal Article
 
The hydrological impact of geoengineering in the Geoengineering Model Intercomparison Project (GeoMIP)
Tilmes, Simone⋅Tilmes, Simone⋅Tilmes, S.⋅Fasullo, John⋅Fasullo, J.⋅Fasullo, John⋅Lamarque, J.-F.⋅Lamarque, Jean-Francois⋅Lamarque, Jean-Francois⋅Marsh, Daniel R.⋅Marsh, Daniel R.⋅Marsh, D.R.⋅Mills, Michael⋅Mills, M.⋅Mills, Michael⋅Alterskj?r, K.⋅Alterskjær, Kari⋅Alterskjaer, Kari⋅Muri, Helene⋅Muri, H.⋅Muri, Helene⋅Kristjánsson, Jón E.⋅Kristjansson, Jon E.⋅Kristjánsson, J.E.⋅Kristjánsson, Jón E.⋅Boucher, O.⋅Boucher, Olivier⋅Boucher, Olivier⋅Schulz, Michael⋅Schulz, M.⋅Schulz, Michael⋅Cole, Jason N. S.⋅Cole, Jason N. S.⋅Cole, J.N.S.⋅Curry, Charles L.⋅Curry, C.L.⋅Curry, Charles L.⋅Jones, Andy⋅Jones, A.⋅Jones, Andy⋅Haywood, Jim⋅Haywood, J.⋅Haywood, Jim⋅Irvine, P.J.⋅Irvine, Peter J.⋅Irvine, Peter J.⋅Ji, Duoying⋅Ji, D.⋅Ji, Duoying⋅Moore, John C.⋅Moore, John C.⋅Moore, J.C.⋅Karam, Diana B.⋅Karam, D.B.⋅Karam, Diana B.⋅Kravitz, Ben⋅Kravitz, B.⋅Kravitz, Ben⋅Rasch, Philip J.⋅Rasch, Philip J.⋅Rasch, P.J.⋅Singh, Balwinder⋅Singh, Balwinder⋅Singh, B.⋅Yoon, J.-H.⋅Yoon, Jin-Ho⋅Yoon, Jin-Ho⋅Niemeier, Ulrike⋅Niemeier, U.⋅Niemeier, Ulrike⋅Schmidt, H.⋅Schmidt, Hauke⋅Schmidt, Hauke⋅Robock, A.⋅Robock, Alan⋅Robock, Alan⋅Yang, Shuting⋅Yang, S.⋅Yang, Shuting⋅Watanabe, S.⋅Watanabe, Shingo and Watanabe, Shingo
J. Geophys. Res. Atmos., vol. 118, pp. 11,036–11,058. | Journal Article
 
The impact of abrupt suspension of solar radiation management (termination effect) in experiment G2 of the Geoengineering Model Intercomparison Project (GeoMIP)
Robock, Alan⋅Jones, Andy⋅Jones, Andy⋅Haywood, Jim M.⋅Haywood, Jim M.⋅Alterskjaer, Kari⋅Alterskjær, Kari⋅Boucher, Olivier⋅Boucher, Olivier⋅Cole, Jason N. S.⋅Cole, Jason N. S.⋅Curry, Charles L.⋅Curry, Charles L.⋅Irvine, Peter J.⋅Irvine, Peter J.⋅Ji, Duoying⋅Ji, Duoying⋅Kravitz, Ben⋅Kravitz, Ben⋅Kristjánsson, Jón Egill⋅Egill Kristjánsson, Jón⋅Moore, John C.⋅Moore, John C.⋅Niemeier, Ulrike⋅Niemeier, Ulrike⋅Robock, Alan⋅Robock, Alan⋅Schmidt, Hauke⋅Schmidt, Hauke⋅Singh, Balwinder⋅Singh, Balwinder⋅Tilmes, Simone⋅Tilmes, Simone⋅Watanabe, Shingo⋅Watanabe, Shingo⋅Yoon, Jin-Ho and Yoon, Jin-Ho
J. Geophys. Res. Atmos., vol. 118, pp. 9743–9752. | Journal Article
2012
Geoengineering: Whiter skies?
Kravitz, Ben⋅MacMartin, Douglas G. and Caldeira, Ken
Geophysical Research Letters, vol. 39, pp. n/a–n/a. | Journal Article
 
Geoengineering: Whiter skies?
Kravitz, B.⋅MacMartin, D.G. and Caldeira, K.
Geophysical Research Letters, vol. 39. | Journal Article
 
Geophysical limits to global wind power
Marvel, Kate⋅Marvel, Kate⋅Kravitz, Ben⋅Kravitz, Ben⋅Caldeira, Ken and Caldeira, Ken
Nature Climate change, vol. 3, pp. 118–121. | Journal Article
 
Management of trade-offs in geoengineering through optimal choice of non-uniform radiative forcing
MacMartin, Douglas G⋅MacMartin, Douglas G.⋅Macmartin, Douglas G⋅Macmartin, Douglas G⋅Keith, David W⋅Keith, David W.⋅Keith, David W⋅Kravitz, Ben⋅Kravitz, Ben⋅Kravitz, Ben⋅Kravitz, Ben⋅Caldeira, Ken⋅Caldeira, Ken⋅Caldeira, Ken and Caldeira, Ken
Nature Climate change, vol. 3, pp. 365–368. | Journal Article