Forty two distinct Pleistocene age surface temperature reconstructions from the geological record were synthesized into one standardized dataset for comparison with model-derived surface temperature estimates …
Pleistocene age surface temperature reconstructions from the geological record were synthesized into one standardized dataset for comparison with model-derived surface temperature estimates using the CCSM3 …
Tropical ocean upwelling zones like the eastern equatorial Pacific (EEP) Ocean regulate global climate by absorbing heat and carbon dioxide from the atmosphere. The influx …
The Pliocene (5.33-2.58 million years before present (Ma)) is the most recent epoch of Earth’s history when atmospheric pCO2 levels were as high as the …
Earth’s high-latitude regions experienced warm, wet, and deglaciated conditions during the Miocene Climatic Optimum, which ended with cooling, aridification, and ice sheet expansion during the …
The Pliocene epoch (5.33-2.58 million years ago, Ma) has relevance to understanding Earth’s modern climate, as it is the most recent time in Earth’s history …
README for the data (in netcdf format) and matlab codes supporting the publication, Cheung, A., Fox-Kemper, B., and Herbert, T.: Can we use sea surface …
Global warming due to anthropogenic contributions is a major concern scientifically, politically, and socially. Therefore, characterizing oceanographic and climatic changes under past warm conditions is …
For the recent decades, statistical (machine) learning and Bayesian modelling have emerged as popular frameworks for various fields of area, regardless of academy or industry. …