V
Vittorio Canuto
Researcher at Goddard Institute for Space Studies
Publications - 123
Citations - 9536
Vittorio Canuto is an academic researcher from Goddard Institute for Space Studies. The author has contributed to research in topics: Turbulence & Magnetic field. The author has an hindex of 40, co-authored 122 publications receiving 8795 citations. Previous affiliations of Vittorio Canuto include Goddard Space Flight Center.
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Journal ArticleDOI
Efficacy of climate forcings
James Hansen,James Hansen,Makiko Sato,Reto Ruedy,Larissa Nazarenko,Andrew A. Lacis,Andrew A. Lacis,Gavin A. Schmidt,Gavin A. Schmidt,Gary L. Russell,I. Aleinov,Mike Bauer,Susanne E. Bauer,N. Bell,Brian Cairns,Vittorio Canuto,Mark A. Chandler,Yu Cheng,A. D. Del Genio,A. D. Del Genio,G. Faluvegi,Eric L. Fleming,Andrew D. Friend,Timothy M. Hall,Timothy M. Hall,Charles H. Jackman,M. Kelley,Nancy Y. Kiang,D. Koch,D. Koch,Judith Lean,J. Lerner,Ken K. Lo,Surabi Menon,Ron L. Miller,Ron L. Miller,Patrick Minnis,T. Novakov,Valdar Oinas,Ja. Perlwitz,J. Perlwitz,David Rind,David Rind,Anastasia Romanou,Anastasia Romanou,Drew Shindell,Drew Shindell,Peter Stone,Shan Sun,Shan Sun,N. Tausnev,D. Thresher,Bruce A. Wielicki,Takmeng Wong,Mao-Sung Yao,S. Zhang +55 more
TL;DR: The authors used a global climate model to compare the effectiveness of many climate forcing agents for producing climate change and found that replacing traditional instantaneous and adjusted forcings with an easily computed alternative, Fs, yields a better predictor of climate change, i.e., its efficacies are closer to unity.
Journal ArticleDOI
Present-Day Atmospheric Simulations Using GISS ModelE: Comparison to In Situ, Satellite, and Reanalysis Data
Gavin A. Schmidt,Reto Ruedy,James Hansen,Igor Aleinov,N. Bell,Mike Bauer,Susanne E. Bauer,Brian Cairns,Vittorio Canuto,Y. Cheng,Anthony D. Del Genio,Greg Faluvegi,Andrew D. Friend,Timothy M. Hall,Yongyun Hu,Max Kelley,Nancy Y. Kiang,Dorothy Koch,Andrew A. Lacis,Jean Lerner,Ken K. Lo,Ron L. Miller,Larissa Nazarenko,Valdar Oinas,J. P. Perlwitz,Judith Perlwitz,David Rind,Anastasia Romanou,Gary L. Russell,Makiko Sato,Drew Shindell,Peter Stone,Shan Sun,N. Tausnev,Duane Thresher,Mao-Sung Yao +35 more
TL;DR: The ModelE version of the GISS atmospheric general circulation model (GCM) and results for present-day climate simulations (ca. 1979) were presented in this article, where the model top is now above the stratopause, the number of vertical layers has increased, a new cloud microphysical scheme is used, vegetation biophysics now incorporates a sensitivity to humidity, atmospheric turbulence is calculated over the whole column, and new land snow and lake schemes are introduced.
Journal ArticleDOI
Stellar Turbulent Convection: A New Model and Applications
Vittorio Canuto,I. Mazzitelli +1 more
TL;DR: In this paper, the mixing-length theory of turbulent convection in stellar atmospheres is improved theoretically by adding one of two new expressions (one with no free parameters) for the mixing length.
Journal ArticleDOI
Configuration and Assessment of the GISS ModelE2 Contributions to the CMIP5 Archive
Gavin A. Schmidt,Max Kelley,Larissa Nazarenko,Reto Ruedy,Gary L. Russell,Igor Aleinov,Mike Bauer,Mike Bauer,Susanne E. Bauer,Maharaj K. Bhat,Rainer Bleck,Rainer Bleck,Vittorio Canuto,Yonghua Chen,Y. Cheng,Thomas Clune,Anthony D. Del Genio,Rosalinda de Fainchtein,Greg Faluvegi,James Hansen,R. Healy,Nancy Y. Kiang,Dorothy Koch,Andrew A. Lacis,Allegra N. LeGrande,Jean Lerner,Ken K. Lo,Elaine Matthews,Surabi Menon,Ron L. Miller,Valdar Oinas,Amidu Oloso,Jan P. Perlwitz,Jan P. Perlwitz,Michael J. Puma,William M. Putman,David Rind,Anastasia Romanou,Anastasia Romanou,Makiko Sato,Drew Shindell,Shan Sun,Rahman A. Syed,N. Tausnev,Kostas Tsigaridis,Nadine Unger,Apostolos Voulgarakis,Mao-Sung Yao,Jinlun Zhang +48 more
TL;DR: In this article, the authors present a description of the ModelE2 version of the GISS General Circulation Model (GCM) and the configurations used in the simulations performed for the Coupled Model Intercomparison Project Phase 5 (CMIP5).
Journal ArticleDOI
Ocean Turbulence. Part I: One-Point Closure Model—Momentum and Heat Vertical Diffusivities
TL;DR: In this article, a 2-point turbulence closure model is proposed to solve the problems of closed pressure correlations and the need to express the non-local third-order moments (TOM) in terms of lower order moments rather than via the down-gradient approximation as done thus far.