Applied Research and Innovation Projects

Spruce - balsam canopy
  • Vanderhoof
  • Quesnel
  • Prince George
  • Mackenzie
  • Fort St. James
  • Burns Lake
Dec 22
An elderly couple sitting on a bench together and looking out over mountains and the water
  • Prince George
  • Vanderhoof
  • Mackenzie
  • Fort St. James
  • Burns Lake
  • Quesnel
Jan 23
Vegetables laid out on a table
  • Prince George
  • Vanderhoof
  • Mackenzie
  • Fort St. James
  • Burns Lake
  • Quesnel
Nov 15
A green and brown western toad peeking its face up above a log
  • Prince George
  • Vanderhoof
  • Mackenzie
  • Fort St. James
  • Burns Lake
  • Quesnel
Jul 23
Campus Life PG 19
  • Vanderhoof
  • Quesnel
  • Prince George
  • Mackenzie
  • Fort St. James
  • Burns Lake
Apr 30

Previous Projects

Mycelium Inoculation in Wood Chips to Promote Soil Restoration

July 1, 2024 – December 31, 2025

Partners: Nazko First Nation

Funders: Society for Ecosystem Restoration in Northern BC (SERNbc)

Research Lead: Shelby Roberts, Research Associate

The aim of this research is to test a protocol for mycelial inoculation in wood chips. The results of this testing will inform the development of mycelial inoculation protocol that would be effective in lessening soil erosion, potentially improving rates of revegetation and promoting ecosystem resiliency as it relates to logging road activities.

The creation and 'deactivation' of logging roads utilizing traditional methods often results in reduction of fungi, effectively reducing overall ecosystem resiliency. Mycelial inoculation to aid in the remediation of logging roads has been documented as an alternative to traditional methods. The research team will collaborate with Nazko First Nation to test a mycelial inoculation protocol that would be relevant to ecosystem treatments within Nazko territory, specifically targeting road sections within riparian areas and unclassified drainage ditches. The expected outcome is a mycelial inoculation protocol which could be utilized by Nazko to lessen soil erosion and improve the rate of revegetation when remediating logging roads.

 

Mycelium Inoculation in Wood Chips

Virtual Reality platform to support innovative wellness services for students in the context of Covid-19.

2020-2020
Partners: Immigrant and Multicultural Services Society (IMSS) of Prince George, City of Prince George
Funders: Canadian Foundation for Innovation (CFI)

This project tested a virtual reality self-help tool to be used by international students during the COVID-19 pandemic.

Girl wearing Virtual Reality Headset

Identification of native pollinators for increasing berry production in a northern climate

2019-2019
Partners: Northern Lights Estate Winery
Funders: NSERC

This project identified native pollinators at two berry orchard sites of Northern Lights Estate Winery.

Assessing the shelf life of trees killed by spruce beetle

2019 - 2020
Partners: Canfor, Conifex Timber, Sinclar Group Forest Products
Funders: NSERC

This project assessed the fiber quality of spruce beetle-attacked stands.

An enhanced biomass gasification system for power generation

2018-2020
Partners: BC Biocarbon Ltd
Funders: NSERC

This project is a unique opportunity for CNC to enhance its applied research capability in the field of renewable energy with focus on biomass substitution for fossil fuels used for heat and electricity generation. 

BC Housing – Thermal Index

2018-2020
Funders: BC Housing

This project developed an empirical method to calculate the total thermal resistance of a building and research the effect of solar radiation, wind, humidity and inside reflective insulation on heat loss in existing residential construction.

Increasing production of willow energy crops through off-grid irrigation and biosolids fertilization

2018 - 2020
Partners: Sylvis Environmental Services, Bionera Resources, PRT Growing Services
Funders: NSERC

This project analyzed the effects of off-grid irrigation and biosolids fertilization on willow energy crops.

Developing a hydroponic technology to increase local food projection capacity in northern British Columbia

2018-2020
Partners: QuantoTech
Funders: NSERC

This study, conducted CNC's Quesnel Campus, took an innovative approach to developing and commercializing an industrial-scale hydroponics system.

Developing a “mezzanine’ grow system for doubling seedling grow capacity of conventional greenhouse

2018-2020
Partners: QuantoTech
Funders: NSERC

Developed vertically staged growing technology allowing a conventional greenhouse to grow on two levels.