International audienceA Neogene palynological profile from the Velona Basin (Tuscany, Italy) is used for quantitative palaeoclimatic reconstruction. Two standard methods, the Coexistence Approach and the Climatic Amplitude Method, are applied to show the potential of quantitative analyses also in comparison with the classical qualitative interpretation of data. In spite of some basic methodological differences, both methods show a stable, warm temperate and humid climate throughout the profile, which is in accordance with the qualitative interpretation. In this case study, the two approaches give similar, well comparable results with only minor differences in absolute values
The Coexistence Approach has been used to infer palaeoclimates for many Eurasian fossil plant assemb...
Pollen analyses have been proven to possess the possibility to decipher rapid vegetational and clima...
We describe a new method for making palaeoclimate reconstructions. The method produces seasonal pala...
International audienceA Neogene palynological profile from the Velona Basin (Tuscany, Italy) is used...
The Coexistence Approach was established by Mosbrugger and Utescher (1997) as a plant-based method t...
The Coexistence Approach was established by Mosbrugger and Utescher (1997) as a plant-based method t...
AbstractThe Miocene Shanwang biota from eastern China contains exceptionally well-preserved plant fo...
International audienceIn Europe and the Mediterranean region, the vegetation and climate of the Neog...
Abstract: In Europe and the Mediterranean region, the vegetation and climate of the Neogene is well ...
International audienceA climatic reconstruction has been carried out on the Stirone pollen sequence ...
Abstract: The importance of reconstructing past environments quantitatively in palaeoecology is revi...
The ‘Coexistence Approach’ is amutual climate range (MCR) technique combinedwith the nearest-living ...
International audienceWe present a detailed palaeoclimate analysis of the Middle Miocene (uppermost ...
We present a detailed palaeoclimate analysis of the Middle Miocene (uppermost Badenian–lowermost Sar...
This thesis was prepared under a co-tutelle program between Macquarie University and State Key Labor...
The Coexistence Approach has been used to infer palaeoclimates for many Eurasian fossil plant assemb...
Pollen analyses have been proven to possess the possibility to decipher rapid vegetational and clima...
We describe a new method for making palaeoclimate reconstructions. The method produces seasonal pala...
International audienceA Neogene palynological profile from the Velona Basin (Tuscany, Italy) is used...
The Coexistence Approach was established by Mosbrugger and Utescher (1997) as a plant-based method t...
The Coexistence Approach was established by Mosbrugger and Utescher (1997) as a plant-based method t...
AbstractThe Miocene Shanwang biota from eastern China contains exceptionally well-preserved plant fo...
International audienceIn Europe and the Mediterranean region, the vegetation and climate of the Neog...
Abstract: In Europe and the Mediterranean region, the vegetation and climate of the Neogene is well ...
International audienceA climatic reconstruction has been carried out on the Stirone pollen sequence ...
Abstract: The importance of reconstructing past environments quantitatively in palaeoecology is revi...
The ‘Coexistence Approach’ is amutual climate range (MCR) technique combinedwith the nearest-living ...
International audienceWe present a detailed palaeoclimate analysis of the Middle Miocene (uppermost ...
We present a detailed palaeoclimate analysis of the Middle Miocene (uppermost Badenian–lowermost Sar...
This thesis was prepared under a co-tutelle program between Macquarie University and State Key Labor...
The Coexistence Approach has been used to infer palaeoclimates for many Eurasian fossil plant assemb...
Pollen analyses have been proven to possess the possibility to decipher rapid vegetational and clima...
We describe a new method for making palaeoclimate reconstructions. The method produces seasonal pala...