Impacts on land management to mitigate climate change through biomass based renewable energies and carbon sequestration
Submitting InstitutionUniversity of Cumbria
Unit of AssessmentGeography, Environmental Studies and Archaeology
Summary Impact TypeEnvironmental
Research Subject Area(s)
Environmental Sciences: Environmental Science and Management, Soil Sciences
Agricultural and Veterinary Sciences: Forestry Sciences
Summary of the impact
The research led by Dr Convery and Dr Weatherall with other staff members
within the unit represents a diverse body of work around the
practicalities, implications and uptake of land management to mitigate
climate change, particularly through application of biomass based
renewable energies and also through carbon sequestration. The group have
influenced practitioners (particularly within the forestry and farming
sectors), community groups developing renewable energy projects, small to
medium enterprises (SMEs) involved in renewable energies, and other
non-governmental stakeholder organisations, such as the Lake District
The group has undertaken a diverse research programme around biomass
renewable energy, which synthesises approaches from forestry with a social
science focus on the practical application and uptake of renewable energy
processes by practitioners and communities. The research forms the major
strand for the unit in examining interdisciplinary issues surrounding the
development of energy policy centred on renewable energy provision in the
Projects have included examining routes for forest management practice to
maximise yield, exploration of community-level responses to biomass as
sustainable energy and have also extended to land management for carbon
sequestration. The work has spanned assessment of eucalypts as UK
woodfuel, woody biomass harvesting techniques, techniques for assessing
nutrient flow between trees and the soil system, the engagement of farmers
with biomass production, and social acceptance of community based woodfuel
projects in small rural communities. Research approaches have included
both scientific assessment and stakeholder engaged action research, in
order to approach the complex issues holistically. The variety of the work
reflects the novelty of the biomass research programme in addressing the
interdisciplinary nature of the topic and includes economic issues,
changing management practices of existing woodlands for woodfuel and the
design of new woodlands for woodfuel production.
Specific insights from the research include:
- Assessment of the suitability of eucalypts as a source of woodfuel in
the UK, due to their quick growth but limitations in hardiness.
- The implications for biomass forest management due to the negative
growth implications of whole tree harvesting on the next generation of
- That intensifying management of woodlands is currently the most
effective route to increasing biomass production for renewable energy,
due to the fact that a critical mass of incentives for farmers to switch
from food production is unlikely to be reached in the short term.
- New methodologies for measurement of carbon sequestration and storage
in trees and forests.
- That there is a strong rationale for using action research in relation
to community renewable-energy projects, and that engagement with
communities is crucial to the success of local renewable energy schemes.
- That public engagement for support rather than leadership of renewable
energy projects is more feasible, as community stakeholders perceive
themselves as advisers rather than leaders in such projects. Support and
frameworks to enact projects are required if community projects are to
- Community renewable energy projects can raise awareness of a wide
range of renewable energy technologies and increase uptake of
The research took place at the University of Cumbria within the
assessment period, and the key researchers were:
- Dr Ian Convery, Lecturer at the University of Central Lancashire
(UCLan) from 2003, and at Cumbria following transfer of the Penrith
campus and academic unit on the formation of the University in 2007,
appointed as Reader in Conservation and Forestry in September 2010.
- Dr Andrew Weatherall, Research Fellow UCLan then Cumbria, Senior
Lecturer from Dec 2011.
- Mr Andrew Leslie, Lecturer at UCLan since 1999, then Senior Lecturer
at Cumbria and Head of the National School of Forestry from 2012.
- Dr Andrew Ramsey, Senior Lecturer at UCLan and Cumbria from 2001, and
Faculty Research Co-ordinator from September 2010 to June 2013.
- Dr Eunice Simmons, Dean of Faculty from August 2007 to July 2010.
- Dr Andreas Ottitsch (Senior Lecturer at UCLan and Cumbria since 2006),
and Professor David Robson (Head of National School of Forestry 2008 to
2010 and Faculty Associate Dean 2010 to 2012) were also employed by the
University during the research.
- Dr Jenny Rogers was employed in a number of casual academic posts
between 2007 and 2012, and undertook a UKERC funded studentship.
References to the research
• Convery, I., Robson, D., Long, M and Ottitsch, A. (2012) The
willingness of farmers to engage with bioenergy and woody biomass
production: A regional case study from Cumbria. Energy Policy 40:
293-300. (Impact factor 2.743, cited by 2).
• Leslie, A.D.; Mencuccini, M. and Perks, M. (2012) The potential for
Eucalyptus as a wood fuel in the UK. Applied Energy 89: 176-182.
(Impact factor 4.781, cited by 12).
• Rogers, J.C., Simmons, E.A., Convery, I. and Weatherall, A. (2008).
Public perceptions of community-based renewable energy projects. Energy
Policy, 36: 4217-4226. (Impact factor 2.743, cited by 79).
• Rogers, J.C., Simmons, E.A., Convery, I. and Weatherall, A. (2012)
Social impacts of community renewable energy projects: findings from a
woodfuel case study. Energy Policy 42: 239-247. (Impact factor
2.743, cited by 11).
• Mason, W., McKay, H., Weatherall, A., Connolly, T. and Harrison, A.
(2012). The effects of whole-tree harvesting on three sites in upland
Britain on the growth of Sitka spruce over ten years. Forestry 85
(1): 111-123. (Impact factor 1.677, cited by 7).
• Churchland, C., Weatherall, A., Briones, M.J.I. and Grayston, S.
(2012). Stable-isotope-labeling and probing of recent photosynthates into
respired CO2 soil microbes and soil mesofauna using a xylem and phloem
stem-injection technique on Sitka spruce (Picea sitchensis). Rapid
Communications in Mass Spectrometry 26: 2493-2501. (Impact factor
2.509, cited by 2).
(Impact factors from journal web-sites, citations from
• £60,000 from the Joule Centre at Manchester University to investigate
farmer/land owner attitudes towards biomass as an energy option in
• £5,000 from the Forestry Commission for whole-tree harvesting research.
• The work was partially supported through PhD studentship funding (2006,
2007, 2009, 2010) from the UK Energy Research Centre (supported by the
Natural Environment Research Council), primarily underpinning research
relating to community uptake of renewable energies.
Details of the impact
The research undertaken by the group has had a wide range of impacts on
practitioners and communities, in addition to some uptake in policy.
Exploration of community level responses from a wide range of
stakeholders to issues relating to sustainable energy has had effects on
those involved in community action research projects, primarily at
Brampton, Eskdale, Witherslack Estate and Askham in Cumbria. The action
research approach helped to directly support these specific projects, by
catalysing activities and bringing expertise into the project, which has
helped these communities to make progress through developing action plans
and following through with the implementation of renewable energy
solutions to power remote local communities. Through the action research,
Thirlmere residents and the Impact Housing Association were provided with
a report which outlined the community voice and provided an independent
view of attitudes. As a result, additional funding is sought to install a
community biomass boiler: the report informed the work and provided a
mandate to pursue a scheme. Eskdale had already developed a community
renewables scheme and were seeking ways to take the idea forward, whereas
the work with Askham centred round a community valuation exercise.
Witherslack were seeking ways of understanding the local market for
renewable energy products. The research undertaken considered woodland
management practice in terms of maximising biodiversity as well as
economic benefits in order to engage and benefit local communities. The
work had specific impact through informing silviculture decisions by the
estate as an important small business land owner and contributor to the
local economy, supporting conservation of ancient woodland and through
facilitating community engagement with carbon management and renewable
energies. The research programmes were developed and led by staff, and
data collection for these projects was facilitated through the use of PhD
Whilst these specific examples have small localised impacts, the broader
findings are applicable to small rural communities globally. The specific
impacts have included reducing the barriers to the adoption of woodfuel
heating, increased engagement of individuals within communities with
sustainable energy issues and with other forms of renewable energy.
Further stakeholder engagement has also been gained through dissemination
at the University of Cumbria Climate Change Symposium for local
sustainability stakeholders in 2009, and at the Rural Entrepreneurship
conference in 2011.
In terms of production of biomass, the research has primarily had impacts
via stakeholders involved in woodland and wider land management, both
those influencing policy, affecting practitioners and directly through
practitioner engagement. Impact on these aspects of sustainable energy has
been created through dissemination in practitioner focussed publications,
such as the Quarterly Journal of Forestry and the Forestry
Journal, and through practitioner conferences. The effectiveness of
this form of dissemination is shown in the direct take up of these
publications by stakeholders, for example:
- Cope, M., Leslie, A. and Weatherall, A. (2008) The potential
suitability of provenances of Eucalyptus gunnii for short
rotation forestry in the UK. Quarterly Journal of Forestry 102
(3): 185- 194. This paper was used as part of the evidence base used by
the Forestry Commission in 2009 to design small scale research trials of
Eucalyptus compared to other species, but also of larger scale
operational trials focussed solely on Eucalyptus.
- Leslie, A., Mencuccini, M. and Perks, M. (2011) Eucalyptus in the
British Isles. Quarterly Journal of Forestry 105 (1): 43-53.
This paper was cited in the 2nd edition of `The Silviculture of Trees
Used in British Forestry' by Peter Savill, which is the standard text
used by forest managers to help them with species selection choice in
- Weatherall, A. (2009) Food and wood — or fuel? Where is the land for
planting dedicated energy crops in the United Kingdom? Forestry
Journal 5: 26-7, picked up the research insights to recommend
sustainable forest management to produce renewable energy as a
by-product in a forest industry read publication.
- Weatherall, A., Connolly, T., Craig, J., Dutch, J., Griffiths, J.,
Harrison, A., Mason, B., McKay, H.M., Proe, M.F. and Pyatt, G. (2008)
Effects of whole-tree harvesting at three forests in upland Britain, in:
International Energy Agency (IEA) Bioenergy Workshop,
September 2008, Warwick University. This was also presented to Forest
Research, and attended by Tom Nisbet, Programme Manager at Forest
Research and the main author of `Guidance on site selection for brash
removal' (a simple traffic light system for forest managers assessing
site suitability for brash harvesting according to soil type). (The
research was not cited in the outputs as the peer-reviewed publication
of the work presented was delayed, and it was not ready before the
protocol was published).
The main research outputs themselves have also been noted by
practitioners, as exemplified by the fact that Mason et al. (2012)
received the Silvicultural Award for Best Paper in 2012 in Forestry, which
is read by UK forest managers, as well as academics. The award was
presented at an Institute of Chartered Foresters Annual Conference, which
is a key event attended by UK forest managers to gain access to knowledge
for continuing professional development.
The Joule project research was intrinsically stakeholder and community
focussed, as it was participatory in nature, with the Cumbria Farmers
Network as a co-investigator. Findings of the research were disseminated
at a Cumbria Farmers Network meeting at Newton Rigg, Penrith in September
2011, including a workshop for famers and land owners. The research led to
a number of farmers exploring biomass options at a later stage, including
the use of hedge trimmings as an energy source by a farmer in Ennerdale,
Cumbria). The research has also fed into the strategy and action plan for
Cumbria Woodlands, who support the efficient usage of woody biomass for
conservation, environmental and economic gain. This has also contributed
to further impact through community projects, such as through support
provided by Cumbria Woodlands to the Witherslack estate, catalysing the
move towards woodfuel as a major strand of the business.
The body of research has also underpinned engagement with the Lake
District National Park in managing land for carbon. This Knowledge
Transfer Partnership (KTP) hosted by the University has drawn on research
insights relating to community engagement for sustainability projects and
novel findings around managing and measuring carbon sequestration to
deliver on project objectives. The KTP has resulted in a production of a
total of 1000 hard copies of the `Managing Land for Carbon' booklet, which
has been promoted through press releases, National Park launch events,
plus access to materials on the web-site, including facility to download
electronically. Copies have also been provided to stakeholder
organisations for further dissemination, including Cumbria Woodlands,
Cumbria Wildlife Trust, Nurture Lakeland, Royal Society for the Protection
of Birds, United Utilities, Friends of the Lake District, through the
Carbon Landscapes Forum, and to attendees at the Farming and Forestry Task
Force, including farmers, foresters, businesses within relevant sectors,
private advisors to and representatives of farmers and foresters
(including the National Farmers Union and land agents). These stakeholder
targeted outputs are therefore now being disseminated by these additional
organisations to land management consultants and landowners beyond the
Park. Wider uptake is demonstrated through copies sent to or requested by
others, including Natural England Leeds office, Forest Enterprise (the
land-owning element of the Forestry Commission), the Cornwall Development
Company (Rural Development Programme for England funded body of Cornwall
Council) and the Cairngorms National Park Authority. The wide relevance
and usability of the guide is also shown by its promotion on a range of
stakeholder websites, including the Natural Environment Research Council Planet
Earth site, the Farming Futures blog which aims to help
farmers manage challenges and opportunities relating to climate change,
and the Foundation for Common Land website, who aim to conserve
Sources to corroborate the impact
- Rogers, J.C., Simmons, E.A., Convery, I. and Weatherall, A. (2008).
Public perceptions of community-based renewable energy projects. Energy
Policy 36: 4217-4226 (impact factor 2.743, cited by 74) has been
cited in a policy document — Upham et al. (2009) Public
Attitudes to Environmental Change: a selective review of theory and
practice A Research Synthesis for the Living with Environmental Change
- The same paper was also cited in Ariel Bergmann and Nick Hanley (2012)
The Costs and Benefits of Renewable Energy in Scotland. Report to the
Expert Group on Environmental Studies 2012:5 Government Offices of
Sweden, Ministry of Finance. The final section of the report suggests
some lessons which Sweden can learn from the Scottish experience.
- Text used by forest managers for species selection, citing Cumbria
research: Savill, P. (2013). The Silviculture of Trees Used in
British Forestry. 2nd edn. Wallingford, UK: CABI.
- Cumbria Woodlands strategy and action plan, supported by the
Web dissemination of the Managing Land for Carbon project outputs by
Statements to corroborate the impact:
- Lead for the Energy Action Group, Sustainable Brampton; to corroborate
the impact on Sustainable Brampton in catalysing implementation of a
biomass energy system.
- Chair of the Witherslack Community Land Trust; to corroborate impact
on land management and silviculture practice for carbon reduction and