蹤獲扞⑹ researchers secure nearly $2 million in funding
Eleven 蹤獲扞⑹ researchers received funding through the Natural Sciences and Engineering Research Council of Canada's Discovery Grant Program.
Prince George, B.C. From studying how climate change impacts woodland caribou, moose and bears to designing and building durable, eco-friendly roads in northern regions, University of Northern British Columbia researchers are fostering local solutions that will have global impacts thanks to
蹤獲扞⑹ researchers draw upon the unique strengths of northern British Columbia, including the natural landscapes and the Universitys deep community ties to lead studies that address both local and global challenges, says 蹤獲扞⑹ President Dr. Geoff Payne. This funding enables 蹤獲扞⑹ to continue to leverage its distinctive northern perspective to generate impactful, world-class research.
Eleven 蹤獲扞⑹ researchers, including seven who are in the early stages of their careers, received funding through the NSERC Discovery Grant program. The grants, worth a combined total of nearly $2 million over five years will support research activities and provide funding for undergraduate, graduate and post-doctoral researchers at 蹤獲扞⑹.
The NSERC Discovery Grants provide scholars with the resources they need to pursue groundbreaking research, foster a culture of curiosity and create knowledge, says 蹤獲扞⑹ Vice-President Research and Innovation Dr. Paula Wood-Adams. The grants also provide opportunities for students at all levels to gain hands-on learning experiences working with expert researchers.
Among the 蹤獲扞⑹ projects to receive funding is research led by Ecosystem Science and Management Professor Dr. Chris Johnson into the development of a new concept for studying how animals in British Columbia adapt in a changing climate.
This research will provide a new framework for understanding the range of effects and tolerance of wildlife species to climate change, says Johnson. Insights will have direct application to the management of habitat for moose, caribou, and black bear across rapidly changing landscapes.
To better understand the long-term impacts, Johnson says its crucial to discover more precisely how individual species tolerate changes and variation in local weather. The project received $235,000 in funding over five years and will support one masters student and three doctoral researchers.
Engineering Assistant Professor Dr. Chinchu Cherian is exploring new materials and technologies to make stronger, more durable and eco-friendly roads in cold climates. Through detailed laboratory tests and consultations with local officials and outside experts, Cherian will seek to understand how special additives and recycled products can be integrated into road construction. The project received $135,000 in funding over five years and will include two masters students and one PhD student.
Through collaboration with industry partners, local communities and government agencies, my research aims to pave the way for safer, more resilient roads in northern British Columbia and beyond, Cherian says. By blending traditional wisdom with innovative solutions, we're not just building infrastructure we're forging pathways to stronger, more connected communities, ensuring a brighter future for all.
Chemistry Professor Dr. Chow Lee is using a variety of tools, including genome mining, synthetic biology and chemistry methods, to better understand how certain mushroom species make biologically interesting compounds including those that have antiproliferative, anti-inflammatory and immuno-stimulatory activities that are relevant for the treatment of cancer.
Funding: $170,000
Ecosystem Science and Management Professor Dr. Oscar Venter's is providing new spatial data and ecological insights to guide the protection of critical intact ecosystems. The outcomes of this work will provide timely guidance to conservation policy and efforts in Canada and abroad as our nation and others work toward achieving 30 per cent protection of land areas.
Funding: $325,000
Ecosystem Science and Management Assistant Professor Dr. Samuel Bartels is examining how land use and climate change are impacting forest biodiversity, including forest understory shrub and herbaceous species, fungi, mosses and lichens, with the aim of developing conservation approaches that create resistance and resilience.
Funding: $145,000
Environmental Science Professor Dr. Phil Owens is studying the impact of wildfires on water flow and soil erosion in British Columbia. By understanding how different landscapes respond to wildfires, this research will help communities protect important water resources and aquatic ecosystems following wildfires.
Funding: $180,000
Psychology Assistant Professor Dr. Nick Reid is building a computational model that draws on psychological theories to predict and simulate human behavior as he seeks to understand the interaction between the system in the brain that processes general knowledge and the system that processes life events.
Funding: $145,000.
Mathematics Assistant Professor Dr. Stanley Xiao is uncovering basic properties of objects relevant to number theory, including elliptic curves, prime numbers and polynomials. Number theory has important applications in cryptography, complexity theory and decision problems.
Funding: $115,000
Engineering Assistant Professor Dr. Mohammad Kamali is quantifying and comparing the sustainability performance of civil infrastructure by demonstrating the impacts of the use of environmentally friendly materials and components, energy efficient technologies and industrialized methods of construction on life cycle sustainability.
Funding: $135,000.
Ecosystem Science and Management Assistant Professor Dr. Jonathan Cale is helping to manage future beetle populations by clarifying the role of fungal communities in beetle outbreaks. His research will explore the activities of fungi carried by beetles and in forest soils, aiming to determine their function in outbreak processes for beetle species of concern.
Funding: $165,000.
Environmental Science Assistant Professor Dr. Theresa Adesanya's project is investigating the impact of freeze-thaw cycles on the fate and transport of nutrients and contaminants in soil. Soil freezing and thawing cycles can result in soil structure breakdown, changes in hydraulic conductivity, and could enhance the release of harmful organic and inorganic compounds into the environment. This research will increase our understanding of the drivers of nutrient and contaminant fate and transport in soils subjected to freeze-thaw cycles, for the protection of human and environmental health.
Funding: $130,000
NSERCs ongoing investments in 蹤獲扞⑹ researchers points to meaningful outcomes and impacts for Canadians," says Research Project Officer Jacqueline Dockray. "蹤獲扞⑹ research continues to make a difference!