Introduction Research over the past few decades has illuminated the dynamic nature of tropical palaeoclimates and the important role that the tropics played in global climate patters. Increasingly, the realization has grown that climate changes at high latitudes cannot simply be extrapolated into tropical regions. Rather, the tropics have sometimes led the changes or have responded to them differently when compared with their high latitude counterparts. Similarly, the tropics, spanning 46° of latitude in two hemispheres on three continents, do not respond uniformly to a given forcing. In this chapter we review evidence from the last glacial maximum (defined in the high latitude northern hemisphere) to modern, and consider features of envir...
c. 27,000�19,500 bp and it is in this sense that the term LGM is used in this chapter (see Hastenrat...
Palaeodata in synthesis form are needed as benchmarks for the Palaeoclimate Modelling Intercompariso...
International audiencePalaeodata in synthesis form are needed as benchmarks for the Palaeoclimate Mo...
Introduction Research over the past few decades has illuminated the dynamic nature of tropical pala...
Palaeoecological data recording a pronounced environmental shift centred about 4000 years BP are pre...
Abstract Reliable meteorological observations for climate reconstruction are limited or absent prior...
The climate of the tropics often has widespread effects on other parts of the world. This study exam...
The Earth\u27s climate has undergone a global transition over the past four million years, from warm...
Distribution patterns of vegetation around the world are strongly influenced by the climatic factors...
It has long been recognized that the tropics were drier and mid-latitude deserts wetter during the L...
The last 6000 years are of particular interest to the understanding of the Earth System because the ...
Atmospheric greenhouse gas concentrations are thought to have synchronized global temperatures durin...
The global expression of millennial-scale climatic change during the glacial period and the persiste...
International audienceDuring the last 130 millennia, several climatic changes of various amplitudes ...
c. 27,000�19,500 bp and it is in this sense that the term LGM is used in this chapter (see Hastenrat...
Palaeodata in synthesis form are needed as benchmarks for the Palaeoclimate Modelling Intercompariso...
International audiencePalaeodata in synthesis form are needed as benchmarks for the Palaeoclimate Mo...
Introduction Research over the past few decades has illuminated the dynamic nature of tropical pala...
Palaeoecological data recording a pronounced environmental shift centred about 4000 years BP are pre...
Abstract Reliable meteorological observations for climate reconstruction are limited or absent prior...
The climate of the tropics often has widespread effects on other parts of the world. This study exam...
The Earth\u27s climate has undergone a global transition over the past four million years, from warm...
Distribution patterns of vegetation around the world are strongly influenced by the climatic factors...
It has long been recognized that the tropics were drier and mid-latitude deserts wetter during the L...
The last 6000 years are of particular interest to the understanding of the Earth System because the ...
Atmospheric greenhouse gas concentrations are thought to have synchronized global temperatures durin...
The global expression of millennial-scale climatic change during the glacial period and the persiste...
International audienceDuring the last 130 millennia, several climatic changes of various amplitudes ...
c. 27,000�19,500 bp and it is in this sense that the term LGM is used in this chapter (see Hastenrat...
Palaeodata in synthesis form are needed as benchmarks for the Palaeoclimate Modelling Intercompariso...
International audiencePalaeodata in synthesis form are needed as benchmarks for the Palaeoclimate Mo...