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#geoscience

7 posts · Last used Aug 10

CBC Technology Science @cbctech_mirror@mastodon.hongkongers.net
· 1mo ago
N.L. wildfires impeding day-to-day geoscience work, but less than in 2025 Increasingly severe wildfire seasons are a public safety concern in Newfoundland and Labrador, while also having implications for regular activities in rural and remote areas, including geoscience work essential for the mining sector. https://www.cbc.ca/news/canada/newfoundland-labrador/n-l-wildfires-impeding-day-to-day-geoscience-work-but-less-than-in-2025-9.7297261?cmp=rss
N.L. wildfires impeding day-to-day geoscience work, but less than in 2025 | CBC News
CBC

N.L. wildfires impeding day-to-day geoscience work, but less than in 2025 | CBC News

Increasingly severe wildfire seasons are a public safety concern in Newfoundland and Labrador, while also having implications for regular activities in rural and remote areas, including geoscience work essential for the mining sector.

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CBC Newfoundland & Labrador @cbcnf_mirror@mastodon.hongkongers.net
· 1mo ago
N.L. wildfires impeding day-to-day geoscience work, but less than in 2025 Increasingly severe wildfire seasons are a public safety concern in Newfoundland and Labrador, while also having implications for regular activities in rural and remote areas, including geoscience work essential for the mining sector. https://www.cbc.ca/news/canada/newfoundland-labrador/n-l-wildfires-impeding-day-to-day-geoscience-work-but-less-than-in-2025-9.7297261?cmp=rss
N.L. wildfires impeding day-to-day geoscience work, but less than in 2025 | CBC News
CBC

N.L. wildfires impeding day-to-day geoscience work, but less than in 2025 | CBC News

Increasingly severe wildfire seasons are a public safety concern in Newfoundland and Labrador, while also having implications for regular activities in rural and remote areas, including geoscience work essential for the mining sector.

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Eugene @datastory@mstdn.ca
· 2mo ago
📉 Comparing the Solid-to-Tree Ratio with the Land Surface Temperature (LST) data obtained in the previous phase of the study allows for a visual assessment of the relationship between surface sealing and summer surface heating across Calgary’s residential communities. 🔥 The plot reveals a strong pattern for the vast majority of communities: a sharp increase in temperature occurs within the ratio range of 0 to 5. The Downtown Commercial Core stands out as a distinct outlier, where low LST values are driven by deep geometric shading from high-rise buildings. Additionally, neighborhoods such as Manchester, Seton, Redstone, Beltline, and Rangeview, among a few others, slightly diverge from the main trend. 📊 Full methodology and additional charts via the link:👇 https://www.datastory.org.ua/calgarys-microclimatic-anatomy-what-lies-beneath-the-citys-green-appearance/ #Calgary #OpenData #UrbanHeat #DataScience #ClimateResilience #YYC #Geoscience #CityPlanning #RemoteSensing #RStats #MachineLearning #GreennessOfCalgary
Calgary’s Microclimatic Anatomy: What Lies Beneath the City’s Green Appearance?
DataStory

Calgary’s Microclimatic Anatomy: What Lies Beneath the City’s Green Appearance?

Half of Calgary’s area consists of artificial and impervious surfaces: asphalt, roofs, parking lots, and paved areas. If non-residential zones are excluded to focus solely on residential communitie…

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Scientific Frontline @sflorg@mastodon.social
· 8mo ago
#Wetlands provide the greatest #climate mitigation when water tables are maintained 5 to 20 centimeters below the surface, rather than being completely flooded, as this depth balances carbon retention with minimized #methane production. #CO2#Environmental #Geoscience #sflorg https://www.sflorg.com/2026/01/env01292601.html
sflorg.com

Scientific Frontline: Wetlands do not need to be flooded to provide the greatest climate benefit

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