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Deep Sky Research
Research Videos
Climate Change Drives Record Wildfire Risk in West Texas
Deep Sky Climate Data Scientist, Max Dugan-Knight shares his analysis of the wildfire risk data in West Texas. Low humidity, high temperatures and high wind speeds are combining to create a dangerous situation.
Importance of Climate Risk Analysis for Homebuyers
Deep Sky Climate Data Scientist, Max Dugan-Knight shares his thoughts on Zillow's new climate risks feature
Research In The News

yahoo! life
New England Braces for Soaring Summer Power Bills—Feds Say the Spike Will Be the Nation’s Worst
Max Dugan-Knight, a climate data researcher at Deep Sky Research, says rising energy prices are particularly damaging the U.S. Northeast.

yahoo! news
How the infamous heatwave of 1976 compares to temperatures these days
According to Deep Sky Research, heatwaves are becoming more common and more dangerous.

Huffington Post
So THAT's Why UK Heatwaves Feel So Much Worse Than Other Countries
Speaking to HuffPost UK, Max Dugan-Knight, a climate data scientist at Deep Sky, said that if you think the heat really is different here, “your intuition is correct”.

Betakit
The BetaKit Guide: Wildfire. Fighting Fire with Technology
From drones to satellites, Indigenous knowledge to AI—how Canadian innovation is rewriting the wildfire playbook. Deep Sky Research breaks down the amount of carbon dioxide released by the 2023 Canadian wildfires.
Experts

Jonathan Edwards, PhD
Senior Principal Engineer, Capture
With a PhD in Mechanical Engineering, Jonathan is focused on Deep Sky Labs. With 7 years of carbontech experience, he was previously a Principal Research Scientist at CERT Systems and a Postdoctoral Fellow at the University of Toronto. A finalist in the COSIA Carbon XPRIZE, he’s been recognized as a Corporate Knights Top 30 Under 30 Sustainability Leader and a Globe and Mail Report on Business Changemaker.
Methodology

How We Model the Climate
Deep Sky Research analyzes the latest climate data and applies novel modeling techniques to understand and model our changing climate in a way that accurately represents the extreme climate we’re in.









