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Dr. Caroline Nichol
Address
Current position and researchI started my Lectureship in the School of GeoSciences in 2008 and am leading a group investigating the use of multi scale remote sensing (ground, airborne and satellite) for detecting seasonal changes in photosynthesis, light use efficiency and stress. My research to date has principally been in developing the use of tower based and airborne hyperspectral data for detecting seasonal physiological changes in contrasting vegetation types and have worked at a number of sites in Canada, Brazil, Siberia, Africa, USA, UK, Finland and Italy. My previous employers include the University of Edinburgh, Columbia University, Max-Planck Institute for Biogeochemistry and NASA Goddard Space Flight Centre (through the Planetary Biology Program), USA. Full details of my previous posts are detailed below Research visionMy research vision is to use optical and LiDAR remote sensing to understand canopy-level (particularly forests) physiology and biosphere-atmosphere processes. I am building an internationally competitive group, while continuing to lead the remote sensing capabilities within Airborne GeoSciences. My research addresses crucial scientific questions whilst employing and developing existing and new technologies to improve the way we measure the terrestrial carbon cycle. My research advances the science of understanding how forest and other terrestrial ecosystems respond to climate change and how these ecosystems act as sinks for CO2. Towards this end I have generated grant income (both as PI and co-I) from NERC, NERC/Centre for Earth observation Instrumentation, The Royal Society of London and EPSRC. As an integral part of my work, I will continue to build my multi-disciplinary group focusing specifically on integrating the fields of remote sensing, physiology and micrometeorology Academic posts to dateFaculty. Lecturer in Remote Sensing Senior Lecturer in Remote Sensing First Class October 2011The Royal Society of Edinburgh (RSE), Scotland's National Academy, has selected the first members of its new "RSE Young Academy of Scotland". Caroline Nichol from the School of GeoSciences was selected, along with ~60 others from a range of disciplines within Scotland, and from a pool of 336 applications. The period of membership is 3 years, with extension for a further 3. The RSE has established this Young Academy as a unique opportunity to bring together some of the most able and innovative young academics, entrepreneurs, artists and professionals in Scotland. Every year a new round of applications will be encouraged bringing in a new cohort of members. The aim of the initiative is to stimulate creative ideas and collaborative working that will help address some of the key challenges facing Scotland and contribute to solving some of the global challenges of the 21st Century Current research grants1. NERC CEOI £75,000. Demonstrating the quantitative recovery of structural and biochemical parameters from forest canopies using a new hyperspectral LiDAR (HSL). Joint grant between Heriot Watt University (Wallace, BUller: Physics and Engineering) and the School of GeoSciences (Nichol). Start Sept 2011 - May 2012. 2. EPSRC Discipline Hopping Grant £150,000 Developing new imaging algorithms to support the development of a novel LiDAR system. Nichol Co-I. Start Feb 2010-2012 3. EU COST Action European Cooperation in Science and Technology: 400,000 EURO ES0903: “Spectral sampling tools for vegetation Biophysical Parameters and Flux measurements in Europe” Feb 2010-2014. Nichol, Vice Chair and Management Committee member 4. NERC Standard Grant £519,000 Remote sensing of solar induced fluorescence and the Photochemical Reflectance Index (PRI) for carbon uptake in two contrasting forest ecosystems Sept 2008-2012 start. Nichol PI Previous research grants4. NERC NCEO £200,000 Mission Concept for spaceborne multi-spectral canopy lidar (SpeCL). March 2010-2011 Nichol Co-I 5. Royal Society International Outgoing Visit. Funding C.Nichol to work at the Australian National University (School of Biochemistry and Molecular Biology) Canberra in 2008 (£6000) Nichol PI 6. NERC/DTI UK (2007) Centre for Earth Observation Instrumentation. Multispectral (Forest) Canopy LiDAR: Total £125,000 with £85,000 to Edinburgh. July 2007 Nichol co-I 7. NERC Fellowship Award. Remote Sensing Micrometeorology and Modelling £147, 411 (pre-FEC). May 2005 Nichol PI 8. Packhard Foundation (Columbia University) for rain forest research $20,000. Oct 2002 – Oct 2003 Nichol PI 9. NERC “Centre for Terrestrial Carbon Dynamics” Total £1.2M £260, 350 to Edinburgh (named researcher and co-writer). Jan 2002 – Dec 2006 PatentsMay 2008. Patent filed on behalf of Inventors Woodhouse, Nichol, Malthus & Patenaude at the School of GeoSciences, University of Edinburgh for a new remote sensing system: MSCL ‘Multi Spectral Canopy Lidar Professional services, working groups and committeesI am on the NERC ARSF (Airborne Research and Survey Facility) steering committee (from July 2010) I am on the EARSel SIG IS (Imaging spectroscopy) 2011 Organising Committee I sat on the Royal Society of London committee for Frontiers of Science, for 18 months. During this time I organised and Chaired a session (Climate change affects species distribution) at the trilateral UK-China-Netherlands Frontiers of Science meeting which was held in Beijing, China in 2009 I am on the review board for “EUFAR” (European Framework for Airborne Research). EUFAR is an Infrastructure Cooperation Network of the European Commission HPRI programme under FP5/FP6. EUFAR aims at coordinating the operations of the European fleet of instrumented aircraft in the field of environmental research in the atmospheric, marine, terrestrial and Earth sciences I am a reviewer for a number of Remote Sensing journals |
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