Dr Jeanette Whitaker

Dr Jeanette Whitaker

Ecologist

Centre for Ecology & Hydrology
Lancaster Environment Centre
Library Avenue
Bailrigg
Lancaster
LA1 4AP
T: +44 (0)1524 595800
F: +44 (0)1524 61536
E-mail: Dr Jeanette Whitaker
Profiles:ResearcherID, ORCID
 

Research interests and expertise

The impacts of global change and land-use change to renewable energy on terrestrial ecosystems: plant-soil-microbe interactions; terrestrial carbon and nutrient cycling; environmental sustainability of renewable energy; life cycle assessment of bioenergy and biofuels; environmental effects on soil ecosystem structure and functioning.

 

Brief CV

  • 2001-present: Ecologist, CEH Lancaster.
  • 1998-2001: NERC Postdoctoral Fellowship, CEH: "Biochemical biomarkers of heavy metal stress in plants".
  • 1994-1997: PhD in Ecology, University of Leeds and Institute of Terrestrial Ecology: "Effects of heavy metal pollution on Scots pine (Pinus sylvestris L.) and its ectomycorrhizal symbionts".
  • 1990-1994: BSc (Hons) Applied Biology, Liverpool John Moores University.

 

Selected current projects

 

1.  Respiration in the Andes: Climate sensitivity of soil respiration (NERC 2010-2013)

View of Trocha Union-San Pedro

The eastern flank of the Tropical Andes is the most biologically diverse region of the planet. This region is likely to warm by 3-5 ºC this century with likely consequences for ecosystem processes and biological diversity. The climatic vulnerability of the exceptionally large soil carbon stores in the region is very poorly documented and, as argued by the IPCC (Intergovernmental Panel on Climate Change), understanding is urgently needed.

The overarching goal of this project is to test the importance of variation in soil microbial community composition in constraining soil processes, particularly with respect to estimating changes in soil respiration (Rs) under climatic warming.

Collaborators: Edinburgh University, Lancaster University, Oxford University.

 

2. Microclimates:  Impacts of Spatio-Climatic Variability on Land-Based Renewables (NERC Consortium grant 2010-2013)

CEH and Glasgow University are collaborating in WP1 of this project with the principal aim of assessing the resilience of carbon sequestration and storage in carbon-rich landscapes to wind energy generation. We hypothesise that the presence of rotating turbines will alter air flow and turbulence over the land, thus creating a site-specific microclimate. This in turn, may affect carbon cycling processes in peatland ecosystems. To what extent changes in these parameters will affect carbon stocks, fluxes and sequestration is currently unknown.

Collaborators: Glasgow, Leeds, Loughborough & Reading Universities, Rothamsted Research.

 

3. CARBO-BIOCROP: Delivering carbon benefits to the UK landscape (2010-2013).  Co-investigator, NERC Land-based renewables programme consortium grant.

 

Current PhD students

Heather Stott (2013-2016).  “Dual Land-Use for Solar Energy and Food Production: Effects on Ecosystem Function”, NERC PhD studentship. Primary supervisor (Armstrong, Lancaster University), co-supervisors Whitaker, Ostle (CEH) and Davies (Lancaster).

Andrew Cole (2012-2015). “Climate change impacts on biodiversity controls of grassland ecosystem services”. NERC PhD studentship primary supervisor R Bardgett (Manchester), co-supervisors Ostle, Whitaker, Thomson (CEH).

Harriett Rea (2010-2013). “Do wind farms affect carbon sequestration in peatlands?” (Supervisor Nick Ostle (CEH), Co-supervisors Jeanette Whitaker (CEH), Prof. Susan Waldron (Glasgow University).

Sean Case (2009-2012). “Assessing biochar for climate change mitigation in agri-ecosystems” (Supervisors Jeanette Whitaker, Niall McNamara CEH Lancaster; Dave Reay, Edinburgh University).

 

Recent publications

See also the NORA Open Research Archive

Case S.D.C., McNamara, N.P., Reay D.S. and Whitaker J. 2013. Can biochar reduce soil greenhouse gas emissions from a Miscanthus bioenergy crop? Global Change Biology Bioenergy, accepted January 2013.

Case S.D.C., McNamara, N.P., Reay D.S. and Whitaker J. 2012.  The effect of biochar addition on N2O and CO2 emissions from a sandy loam soil – the role of soil aeration. Soil Biology and Biochemistry 51, 125-134.

Rowe, R., Whitaker, J., Freer-Smith, P.H., Chapman, J., Ludley, K.E., Howard, D.C. and Taylor G. 2011. Counting the cost of carbon in bioenergy systems: sources of variation and hidden pitfalls when comparing life cycle assessments. Biofuels 2(6), 693-707.

Whitaker, J., Ludley, K.E., Rowe, R., Taylor, G. and Howard, D.C. 2010. Sources of variability in estimates of greenhouse gas emissions and energy requirements for biofuel productionGlobal Change Biology Bioenergy 2 (3), 99–112.

Skea, J., Anandarajah, G., Chaudry, M., Shakoor, A., Strachan, N., Wang, X. and  Whitaker, J. 2010. Chapter 4: Energy futures: the challenges of decarbonisation and security of supply.  In: Energy 2050: Making the transition to a secure low carbon energy system. Eds. J. Skea, P. Ekins, M. Winskel, Earthscan, UK.

Howard, D.C., Jay, B., Whitaker, J, Talbot, J., Hughes, N. and Winskel, M. 2010. Chapter 10: Not just climate change: other social and environmental perspectives. In: Energy 2050: Making the transition to a secure low carbon energy system. Eds J. Skea, P. Ekins, M. Winskel, Earthscan, UK.

SM Smart, WA Scott, J Whitaker, MO Hill, DB Roy, CNR Critchley, L Marini, C Evans, BA Emmett, EC Rowe,  A Crowe, M Le Duc & RH. Marrs. 2010. Empirical realized niche models for British Higher and lower plant – development and preliminary testingJournal of Vegetation Science 21(4), 643-656.

Howard, D.C., Wadsworth, R.A., Whitaker, J., Hughes, N., Bunce, R.G.H. 2009. The impact of sustainable energy production on land use in Britain through to 2050. Land Use Policy 26S, S284-292.

Whitaker, J., Chaplow, J.C., Potter, E., Scott, W.A., Hopkin, S., Harman, M., Sims, I. and Sorokin, N. 2009. The comparative toxicity to soil invertebrates of natural chemicals and their synthetic analogues. Chemosphere 76, 345-352

Ludley, K.E., Jickells, S.M., Chamberlain, P.M., Whitaker, J. and Robinson, C.H. 2009. Distribution of monoterpenes between organic resources in upper soil horizons under monocultures of Picea abies, Picea sitchensis and Pinus sylvestris. Soil Biology and Biochemistry 41(6), 1050-1059.

 

Previous Research Projects

Soil Carbon Sequestration Under Energy Crops (2008-2011)

This project, led by Niall McNamara at CEH in Lancaster, aims to deduce the carbon balance of energy crop plantations (miscanthus and willow short rotation coppice). Using these crops for bioenergy is generally considered carbon neutral. However, there are uncertainties associated with the greenhouse gas balance of the cultivation of this crop. I will use data generated from this project to complete a life cycle assessment of the greenhouse gas (GHG) emissions from this energy production chain.

Short Rotation Crop Willow (c) Emily Bottoms and Niall McNamara

UK Energy Research Centre (2004-2009) Topic leader, Environmental Sustainability theme.

My research within this project focused on the environmental sustainability of a wide range of renewable and non-renewable energy technologies, including biofuels for transport and biomass for heat and power. Recent work has focused on how life cycle assessment is used to assess the costs and benefits of transport biofuels in terms of the energy required to produce the fuels and the GHG emissions associated with their generation. 

I also contributed to the UKERC Energy 2050 project which demonstrated how the UK could move towards a resilient low-carbon energy system over the next 40 years. My role in this project was to define a key set of parameters describing the environmental impacts of the UK energy system going forwards to 2050, and quantify these parameters based on the results from modelling of scenarios for the UK Energy System (MARKAL model).

Fate and influence of natural toxins in terrestrial ecosystems (American Chemistry Council, 2002-2006). This project increased knowledge on the fate and effects of plant produced natural toxins on soil ecosystem structure and functioning. The information generated was used to determine whether data on natural toxins could be used to predict the fate and effects of synthetic ecotoxins in the soil environment (collaboration with WRc-NSF; Jason Weeks and Neal Sorokin (PhD student)).