Prof. Phil Ineson
Research topics and projects: Phil Ineson - CTCD-York
Research topics:
i) relationships between climate and soil carbon stores
1. Assessing and reducing the uncertainty in the UK carbon budget
One of the greatest problems facing mankind is the impact of environmental
change on fundamental aspects of the chemistry, physics and ecology of the
Earth at the global scale. Soil is a major component in the global carbon
cycle and vulnerable to impacts of human activity; we carry out research
into the relationships between climate and soil carbon stores, the role of
soils in producing 'greenhouse gases' and the potential impacts of future
atmospheric CO2 levels on soil processes. CTCD-York focuses on 4 projects:
The accuracy and uncertainties of the available UK soil carbon database
need to be addressed; we aim to expand this work to a European scale e.g.
CarboEurope (e.g. Germany, Italy).
We need to better understand environmental impacts on individual components
of soil carbon stores and their fluxes. Stable isotopes (e.g. 13C) are an
important tool in detecting changes in soil carbon fluxes against a huge
background pool of soil carbon (up to 150kg m-2 and more) and are currently
being used by his group to study biogeochemical cycles and trophic
interactions in soils.
The accuracy of soil carbon models needs to be addressed and improved based
on new research. Major problems are (i) the lack of a biological component,
i.e. how soil fauna will respond to future climates and how this will
affect soil carbon fluxes, and (ii) the need to expand soil carbon models
to organic rich soils (e.g. peatlands).
Another aim is to overlaying earth observation data (GIS) with certain
environmental data in order to improve existing soil carbon maps will be
done in close collaboration with Sheffield and Edinburgh University and
Forest Research.
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Mission Statement |
CTCD Organisation |
Science Projects
ii) potential impacts of future atmospheric CO2 levels on soil processes
iii) the role of soils in producing 'greenhouse gases'
2. Assessing environmental impacts on soil carbon fluxes
3. Improving existing soil carbon models
4. Assessing the potential usage of earth observation (EO)
See my York web pages at SEI and
at Dept. of Biology for details.
Stockholm Environmental Institute SEI-York
Sally Boldwin Building D
Department of Biology
University of York
York YO 10 5YW, UK.
SEI: +44 1904 32 8551
Fax(SEI): +44 1904 43 2898
E-mail: pi2york at gmail dot com
Personal Web Page: http://www.york.ac.uk/inst/sei/staff/ineson.html
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