The International Panel on Climate Change has postulated that, if left unchecked, we will likely see a 3.7 to 4.8°C increase in the Earth’s surface temperature by the end of the century. This temperature increase is likely to result in very disruptive and expensive events, such as rising sea-levels and extreme storms. Growing more trees, capturing CO2 and finding alternative, renewable sources of energy are all ways to help mitigate this temperature rise.
The occurrence of invasive plants is increasing in all types of ecosystems, producing both positive and negative changes on the landscape. Many land managers aim to decrease the negative effects that plant invasions bring, which may require curbing their spread through proactive management.
Dr. Sally Aitken is leading a team that will use genomics to test the ability of trees from different populations to resist heat, cold, drought and disease, and identify the genes and genetic variation involved in climate adaptation.
Scott Hinch was awarded a NSERC Strategic grant totaling $590,000 for research into the effects of injury , pathogens, and climate warming on migration and spawning success of Pacific salmon that have escaped from fishing gear. Partner organizations include the Canadian Dept. Fisheries and Oceans, Pacific Salmon Commission, and Pacific Salmon Foundation.
Dr. Richard Hamelin will co-lead a team of scientists to harness the power of biosurveillance by decoding the genomes of some of the most threatening invasive species and developing a new suite of tools to rapidly and accurately detect these detrimental forest enemies and assess the risk they pose.
Spruce trees are Canada’s most significant forest resource because they grow in almost every region across the country and are the largest species by the number. Spruce trees also produce high quality wood and fibre that is widely used in the industry. With roughly 400 million seedlings planted per year, spruce are the most reforested trees in Canada. Climate change and unpredictable forest product markets require innovative new tools and technologies for tree breeding programs to deliver reliable spruce stock for future seed and seedling production.
The SES research group is housed in the Faculty of Forestry at the University of British Columbia. We conduct problem-focused research that is motivated by the perspective that social science insights provide essential contributions for understanding and developing solutions for challenges such as adapting to climate change, minimizing biodiversity and forest loss, and fostering sustainable, self-determined livelihoods.
Changing climates and climate-induced insect outbreaks are on the rise and they can lead to drought and forest destruction. This threatens both forests and the communities that depend on the forest industry. Genome BC is supporting a $5.7 million research project co-lead by Dr Yousry El-Kassaby that aims to shorten the time, by about 20 years, for tree-breeding cycles thus alleviating side effects from climate conditions and insects.
An African desert-dwelling male bird favours his biological sons and alienates his stepsons, suggests research published today in Biology Letters. “Nepotism has likely played a vital role in the evolution of family life in this species,” said Martha Nelson-Flower, a postdoctoral fellow at the University of British Columbia’s faculty of forestry but formerly of the […]