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Colette Heald @coletteheald.bsky.social · 8d

We have a new PhD project to study ozone formation from fires. If interested in atmospheric chemistry, fires, living in Zurich, and studying at ETH, consider applying here: jobs.ethz.ch/job/view/JOP...

PhD Position in Atmospheric Chemistry

jobs.ethz.ch

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iLEAPS @ileaps.bsky.social · 14d

Dr. Schneidemesser from IASS Potsdam will be with us on this thursday 25th September at the iLEAPS Colloquium series. Join us on Teams: msteams.link/XZK3
@pallavires.bsky.social @futureearth.bsky.social @igacproject.bsky.social @ukceh.bsky.social @copernicusecmwf.bsky.social

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IGAC Early Career Researchers @igac-ecr.bsky.social · 16d

744 people registered!
20 hours of continuous events!
We look forward to seeing you there!

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laecess.bsky.social @laecess.bsky.social · 19d

Hello everybody, LAECESS is now in Bluesky, stay tunned!
Hola a tod@s, LAECESS ahora está en Bluesky, ¡estad atentos!
Olá a tod@s, LAECESS agora está no Bluesky, fiquem ligados!

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BBURNED_science @bburnedscience.bsky.social · Sep 5

🚨 New publication! The BBURNED review paper on fire emission estimation in the MODIS era, resulting from our 2023 Fire Emissions Workshop, led by @mparrington.bsky.social from our scientific steering committee is now published in Elementa online.ucpress.edu/elementa/art... @ucpress.bsky.social

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Mike Flannigan @mikeflannigan.bsky.social · 27d

New study in Nature on the Long-range PM2.5 pollution and health impacts from the 2023 Canadian wildfires

www.nature.com/articles/s41...

'We find that 354 million (277–421 million) people in North America and Europe were exposed to daily PM2.5 air pollution caused by Canadian wildfires in 2023'

figure 3 from https://www.nature.com/articles/s41586-025-09482-1
–c, Daily PM2.5 exposure in Canada (a), from fire sources in different source regions, anthropogenic sources and other sources (for example, biogenic, dust and sea salt). d–f, Cumulative fire-related PM2.5 exposures in Canada (d), from different source regions.

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Marco Turco @marco-turco.bsky.social · 28d

New in Global Change Biology: Hydroclimatic rebound—wet periods fueling vegetation growth, followed by rapid drying—drives extreme fires in California’s non-forested biomes. Findings improve early warning & fire forecasts. 🔗 doi.org/10.1111/gcb....

Hydroclimatic Rebound Drives Extreme Fire in California's Non‐Forested Ecosystems

Hydroclimatic rebound occurs when unusually wet periods are followed by intense drying, or vice versa, creating sharp moisture swings. We show that this process drives extreme fire activity in Califo...

doi.org

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IGAC Early Career Researchers @igac-ecr.bsky.social · Sep 7

Announcing the Skills Workshops at IGAC-iCACGP ECR Online Conference!

🤖 AI in Climate Science w/ WCRP Academy

🛠️ Virtual Training Tools w/ ATMO-ACCESS

🤖 Copilot for Research w/ Microsoft
Gain practical skills to accelerate your work.

Register!

#AtmosphericScience #ECR #PhD #Workshop #AI

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BBURNED_science @bburnedscience.bsky.social · Sep 5

cc @langleydew.bsky.social @jmccartygeo.bsky.social @mikeflannigan.bsky.social @sbasart.bsky.social @wmo-global.bsky.social @pallavipnt.bsky.social @pallavires.bsky.social @stephschneider.bsky.social @centrewildfires.bsky.social @ileaps.bsky.social @aprados1.bsky.social @mattwjones.bsky.social

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BBURNED_science @bburnedscience.bsky.social · Sep 5

@atmosbec.bsky.social @cwiedinm.bsky.social @guidovanderwerf.bsky.social @dessemax.bsky.social @tinaliu.bsky.social @aerosolwatch.bsky.social @igacproject.bsky.social @ncar-acom.bsky.social @copernicusecmwf.bsky.social

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BBURNED_science @bburnedscience.bsky.social · Sep 5

🚨 New publication! The BBURNED review paper on fire emission estimation in the MODIS era, resulting from our 2023 Fire Emissions Workshop, led by @mparrington.bsky.social from our scientific steering committee is now published in Elementa online.ucpress.edu/elementa/art... @ucpress.bsky.social

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Permafrost Pathways @permafrostpathways.bsky.social · Aug 25

“We have no need for air-conditioning, and so we don’t have filtration in the homes for smoke.”
Project Lead Sue Natali and Sr. Arctic Lead Edward Alexander spoke to the New York Times about how the presence of smoke in northern communities is a growing cause for concern. #Canada #Arctic
🎁 link:

An Unusual Sight Over Canada’s Arctic: Wildfire Smoke

www.nytimes.com

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iLEAPS @ileaps.bsky.social · Aug 26

Join us on iLEAPS Colloquium Series this week to explore how politicized seasonalities influence mitigation, adaptation, and futures in the Anthropocene.

Date: Thursday, 28th August 2025
Time: 08:00–09:30 UTC
Registration Link: msteams.link/S86C

@pallavires.bsky.social @futureearth.bsky.social

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Copernicus ECMWF @copernicusecmwf.bsky.social · Aug 26

🔥 Emissions from Spain and Portugal #wildfires so far this year account for three quarters of 2025 total fire emissions for the European Union + United Kingdom based on #CopernicusAtmosphere data. As of 25 August, EU+UK emissions are the highest annual total in the GFAS dataset going back to 2003.

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Pam Kan-Rice @ucanrpam.bsky.social · Aug 19

“The amount of spring rain is one of the best indicators of when you’ll hit the more severe part of the fire season,” Max Moritz @ucanr.edu said. “But the warming trend still plays a role because... plants are drying faster than in the past.”
www.independent.com/2025/08/18/f...

Fire Season Is Starting Earlier Thanks to Climate Change, New Study Finds

Study co-authored by a UC Santa Barbara professor sheds light on timing, size, and speed of recent wildfires, including the Gifford Fire.

www.independent.com

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Cyrielle Denjean @cyrielledenjean.bsky.social · Aug 7

The EUBURN-SILEX campaign has just ended after a dozen flights over 🇫🇷 fires and 🇨🇦 plumes transported over the 🇫🇷 country. A comprehensive database was acquired using a set of innovative ✈️ in-situ and remote sensing instruments. Next phase is the postprocessing of the database acquired.
🔥 #EUBURN

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Mike Flannigan @mikeflannigan.bsky.social · Aug 9

New paper out - Regional wildfire smoke reduces boreal forest
carbon uptake

iopscience.iop.org/article/10.1...

Wildfires are a source of carbon and they can reduce the carbon sink from the forest. Cumulative Net Ecosystem Exchange (NEE) shows a big drop in 2011 Day 138 due to wildfire smoke.

Cumulative Net Ecosystem Exchange (NEE) observed at the eddy covariance tower for DOY 128–168 in years 2009–2011. Note the large decrease around DOY 138 in 2011 due to wildfire smoke.

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IGAC Early Career Researchers @igac-ecr.bsky.social · Aug 10

Been busy with your research and missed the deadline? Good news!

Due to an incredible response (390 registrations), we're extending the abstract submission deadline for the 2025 ECR Online Conference.

🔗 Visit our website: www.ecr-igac-icacgp.org/2025/03/05/i...
#AtmosphericScience #ECR #Conference

IGAC-iCACGP ECR 2025 online conference – ECR-IGAC-iCACGP

Connect, Learn, and Advance The Online Conference for Early Career Atmospheric Scientists. Thursday, 25 September 2025 | 03:00 - 22:00 UTC Days Hours Minutes Seconds Live Conference Stats ... Registra...

www.ecr-igac-icacgp.org

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IGAC Early Career Researchers @igac-ecr.bsky.social · Aug 5

⏱5️⃣days
Abstract submissions close this Sunday !!
www.ecr-igac-icacgp.org/2025/03/05/i...

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Copernicus ECMWF @copernicusecmwf.bsky.social · Aug 1

🔥 Wildfire emissions data from #CopernicusAtmosphere shows intense fire activity in Canada, southern Europe & the UK in June and July. Read about the the latest updates on wildfire emissions and impacts in our article atmosphere.copernicus.eu/cams-tracks-...

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AGU (American Geophysical Union) @agu.org · Jul 31

A new study in JGR: Atmospheres reveals that extreme long-range fire spotting occurred during California's Dixie Fire in August 2021, with fires igniting more than 16 kilometers from the source fire.🔥

🔗 Learn more: buff.ly/6LNBuXM

#AGUPubs #Wildfire #NaturalHazards #California #OpenAccess

New in JGR: Atmospheres: Plume Dynamics Drive Extreme Long-Range Spotting During California's Dixie Fire
by Lareau 2025

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Santiago Gassó @sangasso.bsky.social · Jul 31

🛰️🔥

The current smoke cloud over North America is as big as about half the size of lower 48 or Canada.

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IGAC Early Career Researchers @igac-ecr.bsky.social · Jul 25

🗓️ 2 MONTHS TO GO! Announcing the Invited Speakers!

Meet the 9 incredible scientists leading our Highlight Talks.
ECRs: Register and Submit an Abstract!
All: Register and support the ECRs!

🔗 Register/Submit: www.ecr-igac-icacgp.org/2025/03/05/i...

#AtmosphericScience #ECR #SciComm #PhD #Conference

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Cyrielle Denjean @cyrielledenjean.bsky.social · Jul 28

We got an exceedingly rare view of #pyrocumulus as they were forming above the fire. Scientists are studying the composition and physical properties of smoke to better understand its meteorological and climate impacts.

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Ryan Katz-Rosene, PhD @ryankatzrosene.bsky.social · Jul 27

It's official. 2025 is now the third worst wildfire year on record in Canada. A study from 2018 examining fire-regime changes in Canada over the prior 57 years showed the fire season had been starting approximately one week earlier and ending one week later. Probably longer now.

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