Dr Burt's research activities can be divided into four main categories: biometeorology and bioclimatology, with emphasis on insect aerobiology and palaeoenvironments; pollen and spore aerobiology; investigations of the atmospheric dispersal of pollutants, and general meteorology/climatology.

Biometeorology, with emphasis on insect aerobiology

Initial, novel, investigations demonstrated that small temporal (few minutes) and spatial (metres to tens of metres) thermal convective structures in the atmosphere are important in the concentration and dispersal of small insects, especially those such as aphids and thrips which feed on cereal crops. Conventional monitoring equipment does not normally operate at these resolutions, hence the impact of such structures in creating non-randomness in the arrival of airborne insects, and in epidemiological studies, may have been underestimated. This was verified for other species in field investigations overseas.

Many insect pests fly at night. Studies of the role played by nocturnal wind systems in dispersing and concentrating such insects drew together material on this subject for the first time, as an aid to insect forecasters and pest controllers identifying likely areas of pest insect outbreaks.

On larger spatial and temporal scales, Desert Locusts have the capacity to migrate across the Atlantic Ocean, a feature of their behaviour which takes them outside their normal ecological ranges and which is not predicted through laboratory investigations of flight capacity. Historically, however, such migrations are rare, and future movements are unlikely to become of economic importance, even under proposed climate change scenarios. Such migrations suggest that the arrival of Old World species may have affected the speciation of New World grasshopper species. The results of this work also demonstrated the problems of transferring laboratory results directly in to the field (which have informed other aerobiological and ecological studies).

Development of a predictive model relating cloud-top temperature to rainfall in the Sahelian region of Mali, and the use of satellite remote sensing to monitor it, has enabled local plant protection teams to target their pest control activities more efficiently and economically over the vast areas where the pest grasshopper Oedaleus senegalensis is endemic, thereby reducing the impact of crop losses on the livelihoods of subsistence farmers in the area.

The discovery of the degradation of the ozone layer over Antarctica, and its subsequent impact on the health and well-being of animals (including man) in the southern areas of South America in the 1980s, led to a major initiative to develop accurate ultra-violet (UV) radiation forecasting tools. Such forecasts have enabled people to be made aware of the times of higher UV radiation levels, thereby reducing human and livestock exposure to physiologically-damaging levels of radiation.

Pollen and spore aerobiology

Mycosphaerella fijiensis is the fungal spore causing Black Sigatoka disease in banana and plantain. The disease is of major economic importance to subsistence farmers in developing countries, causing significant reductions in fruit quality and yield. The results of five years of research in Central America and Africa on aspects of the airborne dispersal and epidemiology of this pathogen resolved a number of previously unclear aspects of its behaviour. Although spreading worldwide, the results from this investigation showed that the reasons for the disease not becoming well-established and destroying the subsistence-based banana industries of the Caribbean is that periods of exposure to sunlight (as normally experienced by windborne spread of spores from diseased plantations in the Americas) kills the spores before they reach potential host plants, and also that proportionally low numbers of spores enter the atmosphere from infected plants. Consequently, continued adoption of plant quarantine and disease control methods in the Caribbean should prevent the spread of this disease. Current investigations of long-distance dispersal of pollen and spores, and also the impacts of climate change on dispersal patterns, have evolved from this work, and also link to the airborne pollution studies outlined below.

General meteorology and climatology

Investigations of the atmospheric dispersal of pollutants

In recent years Dr Burt has been involved in a series of investigations which have started to address the complexities of topographic airflow and the potential for pollution transport in the southeast of England, at regional and transboundary levels. No previous investigations of the relationship between airflow and topography, and the influence of these on the dispersal of pollution, have been undertaken in this region. Preliminary results have shown the complexity of the airflows in the region, the relationship between local and synoptic scale flows and why existing physical models of pollution dispersal (relating to dispersal within the lowest 1500 m of the troposphere) were not reflecting reality. A greater emphasis should be placed on integrating measured data from monitoring stations, in association with field observations.

Climate and climate change impacts on organisms

Understanding and predicting future climate change impacts is enhanced through identifying such changes in the past and considering their likely occurrence in the future.  The sunken forests of the Thames Estuary and south Cornish coast provide a wealth of data on palaeoenvironments, and preliminary studies are investigating how these evolved and the impact of environmental change (including climate change) upon them.

Programme Leader BSc Environmental Science and BSc Physical Geography (July 2015 – present)

• L4 Earth’s Dynamic Systems
• L4 Science and the Environment: course leader
• L4 Practical and Professional Skills: course leader
• L5 Biogeography and Conservation Ecology: course leader
• L5 Earth Systems Science
• L5 Research and Professional Skills in Geography and Environmental Science: course leader
• L5 Urban and Topographic Meteorology: course leader
• L6 Climate Change
• L6 Project supervision
• L6 Readings in Geography and Environmental Science
• L6 Conservation and the Environment
• L6 Soils and Environmental Interactions: course leader
• L7 MSc Sustainable Environmental Management (now Global Environmental Change): Programme Leader (to August 2016)
  • Climate Change and Ecological Footprinting: course leader
  • Environmental Science for Social Scientists: course leader
  • Fundamentals of Meteorology and Climate Change: course leader
  • GIS and Remote Sensing for Natural Resources: course leader
  • Research Methods for Postgraduates: course leader
  • Soils and Environments: course leader
  • Tools for Sustainability: course co-leader
  • Independent Research Project: co-coordinator (to August 2016) and supervisor
  • Conservation Ecology
• L7 MSc Agriculture for Sustainable Development: Programme Leader (to August 2016)
  • Climate Change and Ecological Footprinting: course leader
  • Independent Research Project: co-coordinator (to August 2016) and supervisor
  • Research Methods for Postgraduates: course leader
  • Soils and Environments: course leader
  • Tools for Sustainable Agriculture: module co-leader
• L7 MSc Natural Resources (by Research): Programme Leader
• L7 MSc Maritime Security (to August 2014)
  • Maritime Environment and Energy: course leader

Dr Burt is an External Examiner for two MSc programmes at Newcastle University.

Dr Burt has completed major (as Project Leader/Manager and researcher) to assess the role of the wind in the movement of the plant pathogens causing Sigatoka diseases of banana and plantain and the use of satellite imagery to identify likely areas of the eclosion of pest grasshoppers in relation to rainfall in the Sahel (particularly Mali), as well as studies of insect movement and dispersal in association with wind systems in the lower atmosphere. Other investigations have involved the use of satellite remote sensing as an aid to agro-ecological monitoring and in the collection and analysis of atmospheric profile (temperature, water vapour and ozone) data.

• Doherty, Amy (2004).  Satellite estimation of precipitation using a combined IR and microwave technique for agricultural applications.
• Odle, Bob, (2004).  The automatic characterisation and source apportionment of airborne particulate matter using microanalysis
• Sharma, Poonam (2004).  Monitoring the dispersal of pollen and spores in relation to agriculture.
• Mugisha, Samuel (2007). Satellite remotely sensed data: the potential for Uganda’s savannas.
• Nicolas-Perea, Virginia (2011). The role of topography in the dispersal of airborne particulates in the southeast of England
• Amoah, Barbara (2018). Climate change in Ghana and its impacts on and from agriculture, at a smallholder level (PJAB as initial supervisor)
• Shiferaw Dawit Abebe (ongoing). Climate Change: Vulnerability and Resilience of Borena Pastoral Socio-Ecological System in Ethiopia

• Burt, P.J.A. (2017). D’Arcy Thompson knew my (Grand)fathers. On Growth and Form 100, Universities of Dundee and St Andrews, 13-16 October 2017.
• Ezikanyi, D.N., Sakwari, G. and Burt, P. (2019) Weather variability in a decade and its current impact on airborne pollen and spores in Nsukka, Nigeria. Advances in Environmental Biology, 13(1), 29-38
• Gbotosho, O. and Burt, P. J.A. (2013). Environmental and health impacts of poultry manure disposal methods: a case study of Lagelu and Egbeda local government areas in Oyo State, Nigeria. International Journal of Agricultural Sustainability 11(1): 38-51DOI:10.1080/14735903.2012.700100.
• Gentilucci, M., Barbieri, M., Burt, P., D’Aprile, F. (2018). Preliminary data validation and reconstruction of temperature and precipitation in Central Italy. Geosciences, 8(6), 202-217, 10.3390/geosciences8060202.
• Gentilucci, M., Barbieri, M., Burt, P (2018). Climatic Variations in Central Italy. Water, 10, 1104-1118. Doi: 10.3390/w10081104
• Gentilucci, M. Bisci, C., Burt, P. Fazzini, M. And Vaccaro, C. (2018). Interpolation of rainfall through polynomial regression in the Marche Region (Central Italy). AGILE 2018, 12-15 June 2018, Lund, Sweden.
• Perera, P.M., Burt, P.J.A., Amarasekera, H.S., Perera, W.V.J (2012). Distribution, Ecology and Morphology of a newly discovered Poecilotheria Species of Sri Lanka (Araneae – Theraphosidae). 17^th International Forestry and Environment Symposium 2012", by Department of Forestry and Environmental Science, University of Sri Jayewardenepura, Nugegoda, Sri Lanka (16 & 17 November 2012).
• Usman, S., Burt, P.J.A. (2012). Characteristics of surface soil ecosystem: linkage to understanding soil dynamic functions. Planet Under Pressure 2012.  25^th – 29^th March 2012, Excel London, UK
• Usman, S., Burt, P.J.A., Noma, S.S., Usman, B. (2012). Characteristics of the surface soil ecosystem: linkage to understanding soil dynamic functions. SAC/SEPA Biennial Conference - Agriculture and the Environment IX - Valuing Ecosystems: Policy, Economic and Management Interactions. 3-4 April 2012, Edinburgh.

Plus ~70 other peer-reviewed papers, conference proceedings and reports.

• TEF Subject Lead: Geography, Earth and Environmental studies: 2018 -
• Faculty Representative: Studiosity Working Group: 2019 –
• Member, Approvals and Reviews Group: September 2018 - 2019
• Member and Chair of various University validation and review panels since 2014
• Member of University of Academic Council: September 2003 – August 2012

• President British Aerobiology Federation: May 2007 - present
• Editor Meteorological Applications: July 2005 – April 2019
• Associate Editor European Journal of Plant Pathology: December 2006 – present
• Member Editorial Board Weather: October 2000 – October 2005
• Member of Royal Meteorological Society Publications Committee: July 2005 – April 2019
• Member of Royal Meteorological Society Awards Committee: July 2005 – April 2019
• Member of the British Ecological Society
• Member of the International Aerobiology Association
• Member of the International Society of Biometeorology
• Member of the European Association for the Science of Air Pollution

ORCID

https://orcid.org/0000-0002-8071-5959

Research Gate

https://www.researchgate.net/profile/Peter_Burt4/