Blaise's role is to carry out ecological research, primarily on climate change impacts. Recent projects include multi-taxa modelling of the impact of climate change on UK biodiversity and the impacts of phenological mismatch. Much of her work involves combining BTO's large-scale datasets with data from other national monitoring schemes.2011 PhD Insect Conservation on Created Fenland, Anglia Ruskin University 2007 BA Hons Natural Sciences (specialising in Ecology), Cambridge University
Interests & Responsibilities
Blaise has a broad interest in conservation ecology. In particular she is interested in disentangling the impact of climate and land-use factors on populations to identify vulnerable species and populations, drivers of change and to predict future changes. This encompasses examining shifting species interactions as species respond in a variety of ways to change. Blaise is also interested in research into the best use of conservation practices such as agri-environmental schemes and habitat protection and restoration.
Recent BTO Publications
Martay, B., Robertshaw, T., Doberski, J. & Thomas, A. 2014. Does dispersal limit the re-colonisation of created fenland by a wetland beetle Carabus granulatus? An assessment using direct measurements of dispersal and genetics. Restoration Ecology 22, 590-597.
Martay, B., Hughes, F.M.R. & Doberski, J. 2012. A comparison of created and ancient fenland using ground beetles as a measure of conservation value. Insect conservation and diversity 5, 251-263.
Content Related to Blaise Martay
Climate change in a warming world
BTO science contributes to our understanding of future scenarios, and informing policies and conservation management strategies to help species adapt.
Can volunteers’ data be used to monitor land cover change?
A new study shows that Breeding Bird Survey data can help with habitat monitoring.