Aerospace

Pikangikum First Nation is seeking to train our youth to enter new livelihood activities, not at the expense of customary land based activities, our Ahneeshsheenahbay kahnahwaycheekahwin, or our cultural attachment to our Ancestral lands (Ahneesheenahbay otahkeem) but to continue our Ahneesheenahbay way of life.

Ahneeshsheenahbay kahnahwaycheekahwin, the customary stewardship approach of Pikangikum First Nation, and our very cultural survival as Beekahncheekahmeeng paymahteeseewahch, depends on Pikangikum people being on the land, learning from the land, learning the teachings of Pikangikum Elders. In this way, new land-based livelihoods in the Whitefeather Planning Area will compliment customary pursuits; both will be guided by our customary stewardship approach.

Understanding the health of 1.2 million hectares of the Whitefeather Forest to identify opportunities for new livelihood activities requires employing the latest tools such as drones and machine learning. By integrating drone technology into on-the-land learning, it is easier to access remote areas, observe seasonal changes, and engage with forest ecosystems safely and effectively. Drones are transforming forest inventory and management by providing fast, accurate, and cost-effective data from above. With high-resolution imagery and advanced sensors, drones can map forest structure, measure tree height and density, monitor health, and assess disease outbreaks and regeneration.

Our operations are supported by a small fleet of LiDAR and photogrammetry drones that are managed in-house by our experienced team. 

Geomatics and fuel mapping

Leveraging the latest in computational and AI technology, we aim to be at the cutting edge of forest inventory and analytics, while integrating Indigenous Knowledge into all aspects of our forest management.

Our current research projects include direct stem measurements from airborne LiDAR, using machine learning algorithms with drone imagery and multispectral satellite to quantify the impacts of forest disturbances, and to examine fuel characteristics and forest fire risk within our wood basket.