麻豆精选

Dr, Natural History Museum, London, is a palaeobotanist whose scientific research focuses on the early evolution of life on land and its broader impact on key Earth Systems (e.g., Carbon Cycle). Current interests include the development of soil ecosystems, the origin and evolution of plant organs and tissues, and the co-evolution of plants and fungi.

Dr Christopher J. Cleal - I was formerly Head of Botany at Amgueddfa Cymru - National Museum Wales, and since retirement in 2021 have been a Research Associate at Bristol University. For over 50 years I have been researching the palaeobotany of Palaeozoic wetlands with special reference to the taxonomy of medullosalean pteridosperms, marattialaean ferns and spenophytes. I have also been investigating changes in species diversity and size of swamps, and how this responded to changes in climate and landscape.  I have been active in promoting the public understanding of Palaeozoic wetlands via museums and field geoheritage resources. 

Dr Estrella Luna-Diez (University of Birmignham) is a plant pathologist working in the UK since early 2009. Her work is aimed towards plant protection and biosecurity. Dr Luna-Diez studies the sophisticated immune system of plants in order to exploit their resistance capacity to a maximum.

Prof. Jason Hilton, University 麻豆精选, is a research focused palaeobotanist and evolutionary plant biologist with interests in palaeoenvironments and palaeoecology. His underlying goals are to increase the quantity of paleobotanical data included into evolutionary analyses and to provide a more detailed understanding of the past environments and climates in which fossil plants lived.  He has a broad background in Geobiology and Earth Systems Science, and is an active researcher across a number of fields closely allied to his specialisation.  Jason is an Editorial Advisor for the Journal of Palaeogeography, and a Fellow of the Linnean Society of London. 

Bridget Warren, Open University / University 麻豆精选 investigates both the effects of enhanced CO2 on leaf waxes in past, present and future. Bridget has recently submitted (January 2023) and has secured a 3-year position as Research Associate in Organic Geochemistry or Palaeoclimate Science in the Faculty of Science, Technology, Engineering and Mathematics at the Open University. Bridget delivered a Lapworth Lecture: A tale of scale: how do we know about forest response to climate change, October 2022.

Dr Peter Hopcroft , University 麻豆精选, is interested in understanding and predicting climate change in both the past and future. Peter specialises in using Earth System models, particularly as applied to the periods prior to industrialisation.

Prof. John Holmes, University of Birmignham, joined the Englishe department in 2015 as Professor of Victorian Literature and Culture. His research focuses on the relationship between scientific ideas and cultural forms in the nineteenth and twentieth centuries, including poetry, architecture and the visual arts. 

Dr Sami Ullah is academic lead for the BIFoR FACE research facility in Staffordshire. His research is mainly focused on the biogeochemistry of nitrogen and its linkages to carbon and phosphorus cycling under global change in soils under forest, peatland/wetland, grassland, and agricultural crops. The impetus of his research is to advance mechanistic understanding of the response of key microbial functions such as denitrification, nitrogen and carbon mineralization, biological nitrogen fixation, greenhouse gas fluxes and soil enzyme activity to land-use and climate change at catchment scale.

Dr Swansea University, is a physical geographer with expertise in the development and application of stable isotope techniques for studying contemporary and palaeoenvironmental change. He specialises in the interrogation of natural archives (tree rings, peat, pollen etc.) to reconstruct climatic change beyond the period of instrumental observations and in the development of tree-ring isotope series for precision dating. He leads the , an inter-disciplinary research consortium dedicated to the scientific investigation of oak trees for precision dating, palaeoclimatology and an improved understanding of forest response to contemporary and future environmental change.

William Hagan Brown is a PhD student in environmental science at the University of Plymouth. His research focuses on forest canopy temperatures at BIFoR FACE and Ghana's tropical moist semi-deciduous forest. At these sites, he seeks to understand the role of species traits and environmental factors in controlling tree canopy temperature

Prof.  holds the 1711 Chair of Botany at Trinity College Dublin's School of Natural Sciences. She is currently the Head of Botany within the School and Director of Trinity Botanic Gardens. Over the past 20 years her research and teaching have focused on the development and use of palaeobotanical methods (proxies) that use fossil plants to reconstruct the evolution of Earth's atmospheric composition and climate on multimillion year timescales. Her research team use both fossil plants and modern experimentation to investigate how fluctuations in atmospheric composition and climate have influenced plant evolution and ecology throughout Earth history.

Prof. Jo Bradwell  is owner and director of Norbury Park. He has been instrumental in setting up the Birmingham Institute of Forest Research (BIFoR), increasing woodland cover and transforming the farmland from crops to mob grazing with cattle. Winner of 2018 RFS Sylva trophy and 2018 Peter Saville award

Prof.  University of Exeter, is an Earth scientist specialising in the study of natural fires in the Earth system. Her research seeks to understand the impact of fires on ecosystems and the longer-term functioning of our planet. Claire is PI of the wildFIRE Lab a European Research Council Funded Experimental wildFIRE Laboratory see The wildFIRE Lab teams works across the fire sciences building new  understanding of the impacts of fire behaviour on ecosystems via new quantitative fire severity tools, through to understanding how variations in flammability across scales influences fire adaptations and evolutionary innovations in plants and the ability of wildfires to influence feedbacks to Earth system processes.

Kerryn Little is a postdoctoral researcher at the University 麻豆精选. Kerryn is interested in understanding the spatiotemporal controls on wildfire danger, towards developing practical applications at meaningful scales. Kerryn’s PhD research with the  examined the significance of cross-landscape fuel moisture variability in temperate regions such as the UK, where local context is important. 

Maria Teresa is a PhD Candidate in Economics and a Forest Edge Scholar at the University 麻豆精选. She is keen on dedicating her work to improve wellbeing by studying the links between people and changes in their social and natural environments. Currently, her research focuses on the economic value of forest fires, as revealed through the property market. Prior to joining us, she worked as project management consultant for The World Bank in Peru. 

Dr. Juliano Sarmento Cabral, University 麻豆精选,  is one of the world’s experts in mechanistic modelling of eco-evolutionary biodiversity dynamics. He and his team have developed several mechanistic and process-based models for plant populations and communities to demonstrate, for example, how epiphytic communities are structured in the vertical canopy gradient and how multiple environmental change drivers can have complex negative effects on plant biodiversity.

Bradly Deeley is an applied mathematics PhD student in the school of mathematics, funded through The Forest Edge Doctoral Scholarship Program within BIFoR at the University of Birmignham. He is supervised by Dr Natalia Petrovskaya. His research involves developing a mathematical and computational model of biological invasion, to predict how invasive plants will spread when the landscape conditions in the forest are changed by building a road.

Amy Webster  is a second year PhD student at the University 麻豆精选 studying tree disease on the island St Helena. Her work focuses on the key stone black cabbage trees, as well as many other endemic tree and plant species found that are located in the cloud forest. By monitoring ongoing disease development and using molecular techniques to characterise the plant pathogen(s) identified in the field, management decisions made by the islanders can be helped in the hope of preserving the unique forest. 

Prof. Nicola Spence is Defra’s Chief Plant Health Officer (CPHO) and is the Head of the National Plant Protection Organisation for the UK and also a Director of BIFoR. The role of CPHO involves advising ministers, industry and others about the risks posed by plant pests and diseases, and ensuring that measures are in place to manage those risks and minimise their impact, as well as leading the operational response in the event of a disease outbreak. Although plant health is a devolved matter; the CPHO co-ordinates the UK response to European and International plant health matters and takes the lead on national plant health emergency response.

Prof. James McDonald, University 麻豆精选, and his research team apply a combination of cultivation-based and molecular approaches to characterise and engineer both host-associated and environmental microbiomes, to understand their role in host health status, biogeochemical cycling and ecosystem function. Current research focusses on microbiome engineering approaches to address key global challenges such as waste management and sustainable fuel production (using microbiomes to produce biofuels and biogas), and in combating tree disease (engineering microbial communities for disease suppression and health promotion). Prof. McDonald is also interested in integrating knowledge on microbiome engineering and microbiome science across diverse systems (e.g. plants, humans, industrial systems) to identify key scientific principles that underpin microbiome assembly and function.

,  is an Action Oak PhD student with Kew and Queen Mary University of London (QMUL)  working on the genomics of oak trees. She is also the Coordinator for the Centre for Forest Protection, a collaboration between Kew and Forest Research focused on the future of forest and tree health through interdisciplinary and innovative science.

 is an artist and filmmaker whose work explores the journeys we make in life. His projects are often realised in the space between art and documentary. He is currently interested in how we talk about our lives through the metaphors of the natural world, and in the connections we make between memory and place. He is developing work that allows the viewer to get a sense of both a physical and an experiential journey; interacting, immersing and participating. 

Dr Emma Ferranti leads exciting interdisciplinary research at the intersection of infrastructure, the built environment and green infrastructure at the University 麻豆精选. She currently holds an EPSRC Fellowship examining how Nature Based Solutions can deliver infrastructure resilience to extreme weather and climate change. Emma also leads and contributes to a range of projects in the fields of transport, infrastructure resilience, climate adaptation, air quality, and green infrastructure at the University 麻豆精选. Emma co-facilitates the national  network, co-organising the online Seminar Series, and co-developing evidence-based resources for built environment practitioner.

Prof  is Chair in Climate Impacts at the University of Exeter and Head of Climate Impacts in the Met Office Hadley Centre. His undergraduate studies were in Physics at the University of Bristol, followed by an MSc in Meteorology and Climatology at the University 麻豆精选. For his PhD, he used climate models to assess the role of the world’s ecosystems in global climate and climate change. He has worked in climate modelling since 1992, with a particular interest in the impacts of climate change on ecosystems and the interactions with other impacts of climate change such as on water resources. He is also interested in the wide-ranging effects of land use and land cover change on climate. He has pioneered a number of key developments in the extension of climate models to include biological processes.