A review of climatic variability is given with a focus on abrupt changes during the last glacial. Evidence from palaeoclimatic archives suggests that these were most likely due to reorganisations of the atmosphere–ocean system. The mechanisms responsible for these changes are presented. Their implication for future climate changes is discussed in light of recent climate model simulations
Climate patterns are influenced by internal variability and forcing. A major forcing is carbon dioxi...
Historically, climate fluctuations, such as the Little Ice Age, show that interglacial climate chage...
From instrumental records, we know that air tem-peratures increased substantially in the last 100 ye...
© 2013 Elsevier Inc. All rights reserved. Being subjected to different natural and anthropogenic for...
The palaeorecord documents variations in climate on multiple time- and space-scales. At one end of t...
Important aspects of the physics involved in the climate changes of late Quaternary time elude us. T...
This review outlines some of the challenging problems to be faced in understanding the causes and me...
Abstract: The time span of the past few million years has been punctuated by many rapid climate tran...
Abrupt climate changes are defined as sudden climate changes that took place over tens to hundreds o...
Climatic changes have occurred throughout human history, but instrumental measurements do not provid...
The climate of the Holocene is not well suited to be the baseline for the climate of the planet. It ...
The climate of the Holocene is not well suited to be the baseline for the climate of the planet. It ...
Interpretation of paleoclimate records requires an understanding of Earth’s climate system, the caus...
The Earth’s climate system displays a long history of nonlinear abrupt transitions which have result...
Climate patterns are influenced by internal variability and forcing. A major forcing is carbon dioxi...
Climate patterns are influenced by internal variability and forcing. A major forcing is carbon dioxi...
Historically, climate fluctuations, such as the Little Ice Age, show that interglacial climate chage...
From instrumental records, we know that air tem-peratures increased substantially in the last 100 ye...
© 2013 Elsevier Inc. All rights reserved. Being subjected to different natural and anthropogenic for...
The palaeorecord documents variations in climate on multiple time- and space-scales. At one end of t...
Important aspects of the physics involved in the climate changes of late Quaternary time elude us. T...
This review outlines some of the challenging problems to be faced in understanding the causes and me...
Abstract: The time span of the past few million years has been punctuated by many rapid climate tran...
Abrupt climate changes are defined as sudden climate changes that took place over tens to hundreds o...
Climatic changes have occurred throughout human history, but instrumental measurements do not provid...
The climate of the Holocene is not well suited to be the baseline for the climate of the planet. It ...
The climate of the Holocene is not well suited to be the baseline for the climate of the planet. It ...
Interpretation of paleoclimate records requires an understanding of Earth’s climate system, the caus...
The Earth’s climate system displays a long history of nonlinear abrupt transitions which have result...
Climate patterns are influenced by internal variability and forcing. A major forcing is carbon dioxi...
Climate patterns are influenced by internal variability and forcing. A major forcing is carbon dioxi...
Historically, climate fluctuations, such as the Little Ice Age, show that interglacial climate chage...
From instrumental records, we know that air tem-peratures increased substantially in the last 100 ye...
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