Cosmic rays, carbon dioxide, and climate | Zendy

Rahmstorf Stefan | Zendy; Archer David | Zendy; Ebel Denton S. | Zendy; Eugster Otto | Zendy; Jouzel Jean | Zendy; Maraun Douglas | Zendy; Neu Urs | Zendy; Schmidt Gavin A. | Zendy; SeverInghaus Jeff | Zendy; Weaver Andrew J. | Zendy; Zachos Jim | Zendy

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Cosmic rays, carbon dioxide, and climate

Author(s) -

Rahmstorf Stefan,

Archer David,

Ebel Denton S.,

Eugster Otto,

Jouzel Jean,

Maraun Douglas,

Neu Urs,

Schmidt Gavin A.,

SeverInghaus Jeff,

Weaver Andrew J.,

Zachos Jim

Publication year - 2004

Publication title -

eos, transactions american geophysical union

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.316

H-Index - 86

eISSN - 2324-9250

pISSN - 0096-3941

DOI - 10.1029/2004eo040002

Subject(s) - cosmic ray , solar variation , cloud cover , carbon dioxide in earth's atmosphere , flux (metallurgy) , climatology , astrophysics , atmospheric sciences , environmental science , series (stratigraphy) , physics , climate change , geology , cloud computing , oceanography , chemistry , political science , organic chemistry , law , paleontology

Several recent papers have applied correlation analysis to climate‐related time series in the hope of finding evidence for causal relationships. For a critical discussion of correlations between solar variability, cosmic rays, and cloud cover, see Laut [2003]. A prominent new example is a paper by Shaviv and Veizer [2003], which claims that fluctuations in cosmic ray flux reaching the Earth can explain 66% of the temperature variance over the past 520 m.y.,and that the sensitivity of climate to a doubling of CO 2 is less than previously estimated.

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