Colleges, School and Institutes
Jason Hilton is research focussed palaeobotanist and evolutionary plant biologist. His primary research foci are:
Seed plant evolution and phylogeny: The origin, early evolution, systematics, evolution and phylogeny of seed plants, and includes information from both living and extinct species.
Fossil plants and the environment: Fossil plants as indicators of past environmental and climate conditions, evaluating in deep time how plants changed the environments and climates in which they lived, assessing floral responses to periods of profound environmental and climatic change including mass extinctions.
Fossil plants from China: Investigating plant evolution and community change from the fossil floras of China
In addition, Jason' secondary research actively researches a range of related topics including (i) sedimentary depositional systems to evaluate the formation, distributon and quality of natural resources, (ii) palaeoenvironmental change, (iii) palaeobiology, and (iv) taphonomy.
2003– Lecturer (2003‒8), Senior Lecturer (2008‒11), Reader (2011‒present). School of Geography, Earth and Environmental Sciences, University of Birmingham.
2000–03. Curator of Palaeobotany, National Museums of Scotland, Edinburgh; President’s Award, Geological Society of London (2000).
1998–2002. NERC Research Fellow, Cardiff University then National Museums of Scotland, Edinburgh.
1997–98. Research Fellow (18 months), Botany Institute, Chinese Academy of Sciences, Beijing.
1997. Post‒Doctoral Research Assistant, Department of Geology, Cardiff University.
1996–97. Research Assistant & Assistant Curator. National Museum of Wales, Cardiff.
Doctor of Philosophy, Cardiff University
Famennian-Tournaisian floral assemblages from SW Britain1 Oct 1992 - 1 Aug 1996
Bachelor of Science, University of Sheffield
Natural Environmental Scieneces (Earth Sciences)1 Oct 1989 - 30 Jun 1992
Willingness to take PhD students
Dr Hilton welcomes enquiries from prospective Doctoral Researchers and Research Fellows in his areas of interest, especially:
(1) Morphological and anatomical investigations of exceptionally well-preserved fossil plants.
(2) Physical characterisation of sedimentary depositional environments to understand environmental and climate change in deep time.
(3) Evolutionary analysis of plant groups.
(4) Fossil floras from China.