Morgan Crowley, a PhD candidate at McGill University, dives into her innovative research on mapping forest fires using free satellite software. She discusses the impact of climate change on fire seasons in Canada and highlights techniques like the Bayesian updating algorithm for real-time fire monitoring. Crowley also emphasizes the importance of inclusivity in STEM, sharing insights on mentorship for women in geoscience. Her work aims to integrate ecological data for better forest management and improve emergency response to wildfires.
Climate change is increasing fire seasons' duration, particularly in Canada, due to factors like melting snow causing drier conditions.
Morgan Crowley's innovative method for fire mapping enhances emergency responses by utilizing multi-source satellite imagery and Bayesian algorithms.
Deep dives
Lengthening Fire Seasons Due to Climate Change
Climate change is causing significant alterations in fire seasons, particularly in Canada and northern latitudes, where the duration of fire seasons is increasing. Observations indicate that melting snow leads to drier conditions, which contribute to this escalation. For example, British Columbia experienced its worst fire seasons in consecutive years, highlighting the immediate and severe impacts of these changes. The uncertainty surrounding fire seasons now complicates the responses from both researchers and emergency responders.
Innovative Fire Mapping Techniques
Morgan Crowley has developed a cutting-edge technique for mapping forest fires using multi-source satellite imagery combined with a Bayesian updating algorithm. This method improves the accuracy and responsiveness of fire mapping by assessing the likelihood of pixels being burned based on various data sources rather than relying on a single dataset. The algorithm allows emergency responders to access crucial real-time information, thereby enhancing their ability to tackle fires as they occur. This approach reflects a significant advancement in fire monitoring technology, aiming to provide better support for wildfire management.
Promoting Inclusivity in Geoscience
Morgan Crowley is dedicated to enhancing the representation and inclusivity of women in the remote sensing field through organizations like Ladies of Landsat. Her experiences of being the only woman in her lab underscore the biases that often exist in STEM fields, which can discourage women from continuing their careers in science. The initiative aims to create a supportive network that encourages women and other underrepresented groups to pursue their interests in science, addressing systemic issues in mentoring and visibility. Crowley emphasizes the importance of mentorship in fostering a more inclusive community, which she actively participates in as a mentor for aspiring scientists.
In this episode, we speak to Morgan Crowley, a PhD candidate who specializes in mapping forest fires with free satellite software. We discuss her switch from the Arts to Science, and how her past experiences prepared her for solving ecological challenges.
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