Climate impacts of COVID‐19 induced emission changes ανά Gettelman, A, Lamboll, R, Bardeen, CG, Forster, PM

Is anthropogenic global warming accelerating? ανά Jenkins, S, Povey, A, Gettelman, A, Grainger, R, Stier, P, Allen, M

Constraining the aerosol influence on cloud liquid water path ανά Gryspeerdt, E, Goren, T, Sourdeval, O, Quaas, J, Muelmenstaedt, J, Dipu, S, Unglaub, C, Gettelman, A, Christensen, M

Has Reducing Ship Emissions Brought Forward Global Warming? ανά Gettelman, A, Christensen, MW, Diamond, MS, Gryspeerdt, E, Manshausen, P, Stier, P, Watson‐Parris, D, Yang, M, Yoshioka, M, Yuan, T

Surprising similarities in model and observational aerosol radiative forcing estimates ανά Gryspeerdt, E, Mülmenstädt, J, Gettelman, A, Malavelle, F, Morrison, H, Neubauer, D, Partridge, D, Stier, P, Takemura, T, Wang, H, Wang, M, Zhang, K

Constraining the instantaneous aerosol influence on cloud albedo ανά Gryspeerdt, E, Quaas, J, Ferrachat, S, Gettelman, A, Ghan, S, Lohmann, U, Morrison, H, Neubauer, D, Partridge, D, Stier, P, Takemura, T, Wang, H, Wang, M, Zhang, K

Challenges in constraining anthropogenic aerosol effects on cloud radiative forcing using present-day spatiotemporal variability ανά Ghan, S, Wang, M, Zhang, S, Ferrachat, S, Gettelman, A, Griesfeller, J, Kipling, Z, Lohmann, U, Morrison, H, Neubauer, D, Partridge, D, Stier, P, Takemura, T, Wang, H, Zhang, K

Erratum: Challenges in constraining anthropogenic aerosol effects on cloud radiative forcing using present-day spatiotemporal variability ανά Ghan, S, Wang, M, Zhang, S, Ferrachat, S, Gettelman, A, Griesfeller, J, Kipling, Z, Lohmann, U, Morrison, H, Neubauer, D, Partridge, D, Stier, P, Takemura, T, Wang, H, Zhang, K

Reducing aerosol forcing uncertainty by combining models with satellite and within-the-atmosphere observations: a three-way street ανά Kahn, RA, Andrews, E, Brock, CA, Chin, M, Feingold, G, Gettelman, A, Levy, RC, Murphy, DM, Nenes, A, Pierce, JR, Popp, T, Redemann, J, Sayer, AM, da Silva, A, Sogacheva, L, Stier, P

On the characteristics of aerosol indirect effect based on dynamic regimes in global climate models ανά Zhang, S, Wang, M, Ghan, S, Ding, A, Wang, H, Zhang, K, Neubauer, D, Lohmann, U, Ferrachat, S, Takeamura, T, Gettelman, A, Morrison, H, Lee, Y, Shindell, D, Partridge, D, Stier, P, Kipling, Z, Fu, C

General circulation models simulate negative liquid water path–droplet number correlations, but anthropogenic aerosols still increase simulated liquid water path ανά Mülmenstädt, J, Gryspeerdt, E, Dipu, S, Quaas, J, Ackerman, AS, Fridlind, AM, Tornow, F, Bauer, SE, Gettelman, A, Ming, Y, Zheng, Y, Ma, P-L, Wang, H, Zhang, K, Christensen, MW, Varble, AC, Leung, LR, Liu, X, Neubauer, D, Partridge, DG, Stier, P, Takemura, T

Multimodel assessment of the upper troposphere and lower stratosphere: Extratropics ανά Hegglin, M, Gettelman, A, Hoor, P, Krichevsky, R, Manney, G, Pan, L, Son, S, Stiller, G, Tilmes, S, Walker, K, Eyring, V, Shepherd, T, Waugh, D, Akiyoshi, H, Añel, J, Austin, J, Baumgaertner, A, Bekki, S, Braesicke, P, Brhl, C, Butchart, N, Chipperfield, M, Dameris, M, Dhomse, S, Frith, S

The Whole Atmosphere Community Climate Model Version 6 (WACCM6) ανά Gettelman, A, Mills, MJ, Kinnison, DE, Garcia, RR, Smith, AK, Marsh, DR, Tilmes, S, Vitt, F, Bardeen, CG, McInerny, J, Liu, HL, Solomon, SC, Polvani, LM, Emmons, LK, Lamarque, JF, Richter, JH, Glanville, AS, Bacmeister, JT, Phillips, AS, Neale, RB, Simpson, IR, DuVivier, AK, Hodzic, A, Randel, WJ

Λήψη πλήρους κειμένου

Aerosol indirect effects - General circulation model intercomparison and evaluation with satellite data ανά Quaas, J, Ming, Y, Menon, S, Takemura, T, Wang, M, Penner, J, Gettelman, A, Lohmann, U, Bellouin, N, Boucher, O, Sayer, A, Thomas, G, McComiskey, A, Feingold, G, Hoose, C, Kristjánsson, J, Liu, X, Balkanski, Y, Donner, L, Ginoux, P, Stier, P, Feichter, J, Sednev, I, Bauer, SE, Koch, D

Aerosol indirect effects - General circulation model intercomparison and evaluation with satellite data ανά Quaas, J, Ming, Y, Menon, S, Takemura, T, Wang, M, Penner, J, Gettelman, A, Lohmann, U, Bellouin, N, Boucher, O, Sayer, A, Thomas, G, McComiskey, A, Feingold, G, Hoose, C, Kristjánsson, J, Liu, X, Balkanski, Y, Donner, L, Ginoux, P, Stier, P, Feichter, J, Sednev, I, Bauer, SE, Koch, D

Aerosol indirect effects - general circulation model intercomparison and evaluation with satellite data ανά Quaas, J, Ming, Y, Menon, S, Takemura, T, Wang, M, Penner, J, Gettelman, A, Lohmann, U, Bellouin, N, Boucher, O, Sayer, A, Thomas, G, McComiskey, A, Feingold, G, Hoose, C, Kristjansson, J, Liu, X, Balkanski, Y, Donner, L, Ginoux, P, Stier, P, Grandey, B, Feichter, J, Sednev, I, Bauer, SE

Bounding global aerosol radiative forcing of climate change ανά Bellouin, N, Quaas, J, Gryspeerdt, E, Kinne, S, Stier, P, Watson-Parris, D, Boucher, O, Carslaw, KS, Christensen, M, Daniau, A-L, Dufresne, JL, Feingold, G, Fiedler, S, Forster, P, Gettelman, A, Haywood, JM, Lohmann, U, Malavelle, F, Mauritsen, T, McCoy, DT, Myhre, G, Muelmenstaedt, J, Neubauer, D, Possner, A, Rugenstein, M, Sato, Y, Schulz, M, Schwartz, SE, Sourdeval, O, Storelvmo, T, Toll, V, Winker, D, Stevens, B

Strong constraints on aerosol-cloud interactions from volcanic eruptions ανά Mallavelle, FF, Haywood, JM, Jones, A, Gettelman, A, Clarisse, L, Bauduin, S, Allan, RP, Karset, IHH, Kristjánsson, J, Oreopoulos, L, Cho, N, Lee, D, Bellouin, N, Boucher, O, Grosvenor, DP, Carslaw, KS, Dhomse, S, Mann, GW, Schmidt, A, Coe, H, Hartley, ME, Dalvi, M, Hill, AA, Johnson, BT, Johnson, CE, Knight, JR, O'Connor, FM, Partridge, DG, Stier, P, Myhre, G, Platnick, S, Stephens, GL, Takahashi, H, Thordarson, T

Opportunistic experiments to constrain aerosol effective radiative forcing ανά Christensen, MW, Gettelman, A, Cermak, J, Dagan, G, Diamond, M, Douglas, A, Feingold, G, Glassmeier, F, Goren, T, Grosvenor, DP, Gryspeerdt, E, Kahn, R, Li, Z, Ma, P-L, Malavelle, F, McCoy, IL, McCoy, DT, McFarquhar, G, Mülmenstädt, J, Pal, S, Possner, A, Povey, A, Quaas, J, Rosenfeld, D, Schmidt, A, Schrödner, R, Sorooshian, A, Stier, P, Toll, V, Watson-Parris, D, Wood, R, Yang, M, Yuan, T

Ten new insights in climate science 2021 – a horizon scan ανά Martin, MA, Sendra, OA, Bastos, A, Bauer, N, Bertram, C, Blenckner, T, Bowen, K, Brando, PM, Rudolph, TB, Büchs, M, Bustamante, M, Chen, D, Cleugh, H, Dasgupta, P, Denton, F, Donges, JF, Donkor, FK, Duan, H, Duarte, CM, Ebi, KL, Edwards, CM, Engel, A, Fisher, E, Fuss, S, Gaertner, J, Gettelman, A, Girardin, CAJ, Golledge, NR, Green, JF, Grose, MR, Hashizume, M, Hebden, S, Hepach, H, Hirota, M, Hsu, H-H, Kojima, S, Lele, S, Lorek, S, Lotze, HK, Matthews, HD, McCauley, D, Mebratu, D, Mengis, N, Nolan, RH, Pihl, E, Rahmstorf, S, Redman, A, Reid, CE, Rockström, J, Rogelj, J, Stevens, N, Et al.