About the Project
Methodology: In the first phase the student will work on measurements of fires conducted within an experimental combustion chamber. Measures of the electromagnetic energy emitted from the fires at wavelengths from the visible to the thermal infrared will be used to determine which remotely sensed metrics best relate to smoke composition and smoke production rate. The student will then analyse data from airborne remote sensing campaigns already conducted over fires, with potential for these to be augmented with more data later in the studentship. See examples of methodologies in the references below.
Focus will be on thermal signals emitted by the fires in the shortwave to thermal infrared spectral regions, and potentially in the near infrared as a result of the thermal excitation of potassium held within the vegetation. Once the most informative metrics are identified, physically based approaches to derive those metrics will be used to produce data that can then be explored, and also used within machine learning approaches targeted at deriving the same information and which are potentially scalable to airborne and satellite remote sensing. Methods to geometrically and radiometrically correct the airborne data will also be evaluated.
APPLICANT BACKGROUND AND APPLICATION PROCESS
Applicants should have a have a 2:1 or higher degree in a science subject, in geography (quantitative), or in allied fields such as computing or engineering (or equivalent experience). Some knowledge and past experience of remote sensing is very welcome but not absolutely necessary. Students working towards or already having a Master’s degree in a relevant field (and expecting a distinction or high merit grade) are particularly welcome to apply. The successful applicant will have a strong academic background, the ability to communicate to high standards, an interest in working with equipment as well as digital data, and enthusiasm regarding this topic. They will join a vibrant and engaging research group, and regular group meetings, joint working at the combustion chamber (located 30 mins north of London by train) and possible participation in overseas field campaigns will be a feature of the research.
Application deadline is 16:00 hrs on 18th June 2020
Interviews will take place before the end of June, most likely by teleconference.
To apply, applicants should download and follow the instructions in the studentship application form:
The link at the far right of the page ‘…’ has the download option.
Applicants should also request that two academic referees complete the following online referee form prior to 15th June: https://london-nerc-dtp.org/apply-to-the-london-nerc-dtp/referee-form/
It is the applicant’s responsibility to ensure referee reports fit with the instructions detailed in the application form, and are uploaded by the 15th June referee deadline. Without these the studentship application cannot unfortunately be considered.
Any questions should be sent by 15th June 2020 to [Email Address Removed] titled “NPIF PhD 2020”.
The student will be supervised by Professor Martin Wooster of the Department of Geography, King’s College London (KCL) and the NERC National Centre for Earth Observation. Professor Wooster is an expert in Earth Observation Science and in the study of landscape fire and its impacts on the land and the atmosphere. The project will involve substantial study of real fires, both in the laboratory and probably also in the field, potentially from aircraft overflights. The student will join the Environmental Dynamics Research Group within the Department of Geography, King’s College London, and be affiliated to the Leverhulme Centre for Wildfires, Environment and Society within which Prof. Wooster is an Associate Director.
Amici, S., Wooster, M.J. and Piscini, A. (2011). Multi-resolution spectral analysis of wildfire K emission signatures using laboratory, airborne spaceborne remote sensing. https://doi.org/10.1016/j.rse.2011.02.022
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