133845.pdf
194 PAUL J. MARKWICK Fig. 14, The geographic distribution of the scores from Figure 13. The scores for each axis are represented ...
BIODIVERSITY AND CLIMATE 195 Table 9. Predicted palaeotemperature and palaeolatitude values for the Middle Eocene Messel Shale f ...
196 PAUL J. MARKWICK Fig. 15. Diversity plotted with respect to PET. The close correlation between PET and the diversity of all ...
BIODIVERSITY AND CLIMATE 197 Fig. 16. The relationship of mean annual temperature (MAT) and the diversity of non-avian tetrapod ...
198 PAUL J. MARKWICK CIHLAR, J., ST.-LAURENT, L. & DYER, J. A. 1991. Relation between the Normalized Difference Vegetation I ...
BIODIVERSITY AND CLIMATE 199 MARKWICK, P. J. 19980. Fossil crocodilians as indi- cators of Late Cretaceous and Cenozoic climates ...
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Index Page numbers in italics refer to Figures and page numbers in bold refer to Tables. acanthodians 74, 75, 77, 78 accuracy an ...
(^202) INDEX mid Wales range chart 110 radiation 19-20 rhynchonelliformean 4,13,15,16, 26 Cambrian 14-16 distribution 14,15 migr ...
INDEX 203 Drake Passage opening 156 Dulcineia 41 East Uralian microcontinent 19 echinoderms and Ordovician diversity 18, 26, 105 ...
204 INDEX Jamesella 16 Johnmartinia 39 Jurassic bivalve study in Andean Basin-NW Europe database and methods of analysis 128-130 ...
INDEX 205 Ordovician (continued) plate reconstructions 37,55, 70 radiation 1,7, 25-26 sea-level change 19, 20, 30 tectonic activ ...
206 INDEX Salterocoryphe 55 Sarrabesia spp. 58, 62, 63 scale problems in databases 172-175 sea level change and biodiversity 4-5 ...
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