Projects
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Project:
Projects Home Page
1. Atmospheric CO2 & Leaf Evolution
2. Polar Forests - Carbon Balance
3. Polar Forests - Distribution
and Ecology
4. Biogenic Trace Gas Fluxes
5. The Evolution of C4 Plants
6. Palaeoceanographic changes
7. Biodiversity Response to Climate
Change
8. Evolution of C4 Photosynthesis
9. Terminal Cretaceous Climate Change
10. C4 phylogenetic history
Welcome to
the White Rose Palaeobiology Group project pages. Click on a link
below to read more about our research projects - alternatively use
the drop down menu in the top right to switch between pages.
1.
Atmospheric CO2 - the key to early leaf evolution Professor D.J.
Beerling , Professor W.G. Chaloner, Dr. B. Lomax, Dr.
C. Osborne
2.
The carbon balance of ancient polar forests: determining the
roles of leaf habit and atmospheric CO2 Professor
D.J. Beerling , Dr L. Lorens, Dr.
C. Osborne , Dr D.L. Royer
3.
Understanding the distribution and ecology of ancient polar
forests and their influence on climate Professor
D.J. Beerling , Professor
J.E. Francis , Dr S. Brentnall, Melise Harland, Dr
C.P. Osborne , Professor P.J. Valdes
4.
Biogenic trace gas fluxes and the chemistry of the palaeoatmosphere Professor D.J.
Beerling , Professor P.J. Valdes
5.
The Evolution of C4 Plants Dr C. Osborne
6.
Palaeoceanographic changes during the Late Devonian Mass Extinction Dr
P. Wignall, Greg Racki, Jared Morrow, Jeff Over
7.
Biodiversity response to climate change: Biodiversity and
climate significance of Eocene forest communities of Antarctica.
Professor J.E.
Francis , Dr David Cantrill, Dr Anne-Marie Tosolini
8.
Mechanisms Driving the Evolution and Breakdown of C4
Photosynthesis Dr. Colin Osborne ,
Emily Wythe
9.
Terminal Cretaceous climate change and biotic response in
Antarctica Professor J.E.
Francis , Dr D. Pirrie, Dr J. Riding, Professor R. Raiswell,
Dr A. Haywood, Dr V. Thorn, Stephen Hunter
10.
Drought responses of C4 plants: resolving the effects of physiological pathway from phylogenetic history
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