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36 results
semanticscholar.org πŸ“… 2001 πŸ”– 12,139 citations πŸ“„ PDF
Climate change 2001
πŸ‘€ James J. McCarthi; O. Canziani; N. Leary; D. Dokken; K. White
DOI: 10.5860/choice.39-3433
semanticscholar.org πŸ“… 2003 πŸ“° Nature πŸ”– 11,240 citations
A globally coherent fingerprint of climate change impacts across natural systems
πŸ‘€ C. Parmesan; G. Yohe
DOI: 10.1038/nature01286
semanticscholar.org πŸ“… 2002 πŸ“° Nature πŸ”– 10,288 citations
Ecological responses to recent climate change
πŸ‘€ G. Walther; E. Post; P. Convey; A. Menzel; C. Parmesan; T. Beebee; J. Fromentin; O. Hoegh‐Guldberg; F. Bairlein
DOI: 10.1038/416389a
semanticscholar.org πŸ“… 2013 πŸ”– 7,191 citations
Climate Change 2013: The Physical Science Basis
πŸ‘€ T. Stocker; D. Qin; M. Tignor; S. Allen; J. Boschung; Yu Xia; V. Bex; P. Midgley
arxiv.org πŸ“… 2019 πŸ“° arXiv πŸ“„ PDF
Large presence of carbonic acid in CO$_2$-rich aqueous fluids under Earth's mantle conditions
πŸ‘€ Nore Stolte; Ding Pan

The chemistry of carbon in aqueous fluids at extreme pressure and temperature conditions is of great importance to Earth's deep carbon cycle, which substantially affects the carbon budget at Earth's surface and global climate change. At ambient conditions, the concentration of carbonic acid in water is negligible, so a…

physics.chem-ph physics.geo-ph
DOI: 10.1021/acs.jpclett.9b01919
arxiv.org πŸ“… 2025 πŸ“° arXiv πŸ“„ PDF
Electrochemical CO2 capture with pH-independent redox chemistry
πŸ‘€ Sang Cheol Kim; Marco Gigantino; John Holoubek; Jesse E. Matthews; Junjie Chen; Yaereen Dho; Thomas F. Jaramillo; Yi Cui; Arun Majumdar; Yan-Kai Tzeng; Steven Chu

Capture of anthropogenic CO2 is critical for mitigating climate change, and reducing the energy cost is essential for wide-scale deployment. Solubility of inorganic carbon in aqueous solutions depends on the pH, and electrochemical modulation of the pH has been investigated as a means of CO2 capture and release. Howeve…

physics.chem-ph
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