Last week, members of the UBoC team visited Flamingo Land theme park and zoo to meet with members of the Collaboration for Integrated Research, Conservation and Learning (CIRCLE).
CIRCLE, a partnership between the University of York and Flamingo Land, carries out ground-breaking scientific research into conservation at both the local and global scale. UBoC have helped with CIRCLE’s conservation efforts by funding aspects of the Udzungwa Forest Project (UFP) in Tanzania. The UFP is based in the Magombera Forest and aims to conserve and research threatened species and their habitats, whilst improving the livelihoods of, and educating, local communities.
Continue reading UBoC visit Flamingo Land
UBoC is looking for a part-time Project Administrator to join our team at the University of Leeds. This is an exciting and challenging opportunity for an enthusiastic and reliable individual with a passion for the conservation of the world’s forests.
Continue reading Join us at UBoC!
With the help of the United Bank of Carbon, the atmospheric research company Bodeker Scientific have pledged to ensure that all of their company related travel is carbon neutral.
Continue reading Bodeker Scientific go carbon neutral
The pioneering tree planting efforts of one of UBoC’s founding partners, the Bettys & Taylors Group, have been highlighted in a recent Financial Times piece available here.
UBoC’s academic partners at the University of Leeds, the Leeds Ecosystem, Atmosphere and Forest (LEAF) research centre, officially launched on the 24th November 2014 with an event held in the School of Earth and Environment.
The aim of LEAF is to bring together all the forest-related research being conducted across the University of Leeds. By linking researchers across faculties, LEAF will strengthen existing collaborations and encourage new inter-departmental partnerships, establishing the University of Leeds as a leading national centre in forest research.
Continue reading LEAF Launches!
Using wood for cooking leads to deforestation and air pollution that can cause or exacerbate health problems. For many poor people, obtaining wood is either time-consuming or expensive. Where conflicts have led to displaced people, wood shortages can become acute, leading to often violent clashes between locals and refugees. For many refugee women this makes collecting wood a high-risk activity.
Continue reading The potential for solar cooking
UBoC scientists contributed to a new study, published in the journal Science, indicating that molecules emitted by trees are helping to form particles in the atmosphere.
The distribution of particles in the atmosphere controls various properties of clouds and the Earth’s climate. Therefore it’s vitally important to understand the processes by which these particles form, and how this could change in the future.
Continue reading Trees help to form atmospheric particles
Bettys & Taylors agree to work with Nature Kenya for second year to promote forest conservation and reforestation activities in South Nandi, western Kenya.
The project’s principle aim will be the restoration of 235 acres (95 hectares) of cleared forest in South Nandi, which is part of a forest complex that is home to an Important Bird and Biodiversity Area and the endangered Turner’s Eremomela (Eremomela turneri).
Continue reading Bettys & Taylors commit to Kenyan forest conservation for a second year
Over the weekend of 8th and 9th March, volunteers from UBoC, the Leeds Ecosystem, Atmosphere and Forest (LEAF) research centre, and academics from the University of Leeds joined forces with the Forestry Commission and successfully planted 4000 oak trees in the Lake District.
The tree planting was part of a push by the Forestry Commission to restore cleared felled upland commercial woodlands back to semi-natural woodlands.
Continue reading UBoC helps plant 4000 trees in the Lake District
Contrary to the widely held view, a recent study has demonstrated that old trees continue to sequester carbon at a greater rate than their younger counterparts.
An international team of scientists collated data on tree growth from 403 species across the world, including tropical, sub-tropical and temperate trees.
The team found that carbon accumulation does scale with size; the largest trees in the study were growing at a rate of over 600 kg per year! This happens because the increase in total leaf area, with increasing tree size, proves to be more important than the declining productivity of leaves as trees age.
Continue reading Bigger is better for carbon accumulation