Mike Waddington 🇨🇦
@peatofmind.bsky.social
5.3K followers 280 following 110 posts
Canada Research Chair in Ecohydrology | School of Earth, Environment & Society | McMaster University | peatlands | ecohydrology | wildfire | drought | restoration | Nobel Peat Prize | https://www.mcmasterecohydrology.ca/ | Hobbies:🧭 🏃‍♂️🛶🗺️🚴🏼 Views are my own
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peatofmind.bsky.social
For over 15 years the McMaster Ecohydro Lab has awarded the #NobelPeatPrize to the authors of the best peatland or peat paper of the year.

It’s that time of year again where we review papers and finalize a list of nominees.

Do you have a fave paper for 2025 you would like us to consider?
Reposted by Mike Waddington 🇨🇦
peatbloke.bsky.social
Our new paper in QSR, led by Dr. Donna Hawthorne, explores the various successional pathways that the huge peat swamp forests of the central Congo Basin have taken during the late Quaternary. Open access link available until 21 Nov eur03.safelinks.protection.outlook.com?url=https%3A...
eur03.safelinks.protection.outlook.com
Reposted by Mike Waddington 🇨🇦
prof-joseph-holden.bsky.social
New fully-funded PhD project working on flooding, climate change, catastrophe modelling and the re-insurance industry: unrisk-cdt.ac.uk/projects/cli... Work with @floodre.bsky.social Erica Thompson and I.
peatofmind.bsky.social
Back from a visit to 🇸🇪 🇫🇮 & 🇪🇪!

Enjoyed meeting ecology, biogeochem, and hydrology researchers to talk about #peatland wildfire, restoration, and resilience.

Sweden’s two #NobelPeatPrize laureates (Gustaf Granath, Betty Ehnvall) were in the audience of my Uppsala Uni seminar.
Reposted by Mike Waddington 🇨🇦
gwfobservatories.bsky.social
New paper out: The Canadian Global Water Futures programme – creation, foundation, and operation

As GWF concluded this year, the article looks back at how the program was built, its achievements (2,000+ publications, 3,100+ talks), and lessons for future water research in Canada & globally.
The Canadian Global water Futures programme – creation, foundation, and operation
The world is entering an era of immense water-related threats, from floods, droughts, and other extreme events to degradation of water quality and severe pressure on aquatic ecosystems, increasing ...
doi.org
peatofmind.bsky.social
New #PeatPaper by Lees et al. in #HydrologicalProcesses

"The Sponge Analogy Problem: Moving Towards Clearer Communication of Peatland Hydrological Processes"

#peatlands #hydrology #scicomm

onlinelibrary.wiley.com/doi/10.1002/...
Reposted by Mike Waddington 🇨🇦
tetzlaffecohyd.bsky.social
Interested in canoeing, Canadian Wilderness, the barren lands, the North? I can only warmly recommend this fascinating book by my friend and hydrology colleague Jim McNamara @jpmboise.bsky.social. You can SEE the landscape and hear the clicking of the caribou
peatofmind.bsky.social
I started working at MAC 30 years ago this week teaching courses for two geography legends: hydrology (M-k. Woo) and biogeography (G. MacDonald). That experience and mentoring from Profs Woo and Rouse helped shape a research career in the emerging (at that time) field of ecohydrology. #BestJobEver
peatofmind.bsky.social
And a little more organized now
peatofmind.bsky.social
Well, well, well (and a few piezometers too).

A peatland ecohydrologist’s backyard!

Those who know, know.
peatofmind.bsky.social
Our latest paper!

Regional Wildfire Smoke Reduces Boreal Forest Carbon Uptake

Van Huizen et al.

Smoke-related inhibition of photosynthesis via reduced light availability should be considered when quantifying the net impacts of boreal wildfires on net radiative forcing & carbon balance
mikeflannigan.bsky.social
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.
Reposted by Mike Waddington 🇨🇦
mikeflannigan.bsky.social
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.
Reposted by Mike Waddington 🇨🇦
mikeflannigan.bsky.social
Canada now has over 500 out of control (OC) wildfires (299 Monitored and 208 Actioned =507 OC fires). These numbers are similar to the 2023 record smashing season except this year only half the country is on fire.
  Canadian wildfire numbers and status 
 https://www.ciffc.ca/ Map of Canada showing location and status of wildfires
https://www.ciffc.ca/
peatofmind.bsky.social
Q: How does a peat scientist that enjoys adventure spend the #WorldBogDay weekend?

A: 180+ km of trekking, paddling, MTB, and orienteering across the peaty northern Ontario landscape at the Wilderness Traverse 24 hour Adventure Race.

Completed the full course again!

📷: L. Moreira, M. Ashmore
Reposted by Mike Waddington 🇨🇦
ijwildlandfire.bsky.social
🌿 New in IJWF:

Belcher et al. explore seasonal changes in flammability across UK heathlands, showing that live fuel moisture dynamics drive shifts in fire behaviour. Their fuel modelling reveals up to 4× differences in fire spread based on phenology.
👉 doi.org/10.1071/WF24...

#IJWildlandFire
Reposted by Mike Waddington 🇨🇦
peatofmind.bsky.social
Check out our new paper "Ecohydrological drivers of Boreal Shield peatland fire refugia" in Ecohydrology.

Authors: Alex Tekatch, Chantel Markle, Sophie Wilkinson, Paul Moore, @mercury-ecohydro.bsky.social, @peatofmind.bsky.social

onlinelibrary.wiley.com/doi/10.1002/...
peatofmind.bsky.social
Great day for bays!
Hole-in-the-Wall, Big Sound, Georgian Bay.
Reposted by Mike Waddington 🇨🇦
kinarnicholas.bsky.social
Hydrology Paper of the Day @gregverkaik.bsky.social @micaheckert.bsky.social @peatofmind.bsky.social on how changes to drainage and spatial burn patterns affected biogeochemical cycles and vegetation cover in a peatland: depth of burn, carbon loss, and burn severity in context of a fuel load model.
gregverkaik.bsky.social
Check our new paper “Fuel Loads and Peat Smoldering Carbon Loss Increase Following Drainage in a Forested Boreal Peatland” published in JGR-Biogeosciences: doi.org/10.1029/2024...
@micaheckert.bsky.social, Sophie Wilkinson, Paul Moore, and @peatofmind.bsky.social [1/9]
Reposted by Mike Waddington 🇨🇦
mikeflannigan.bsky.social
Area burned in Canada for 2025 is now at 5.6 M ha exceeding the total for the entire 2024 fire season. This fire season is not as bad as 2023 that had 9.37 M ha burned by July 12, 2023. However, 2025 is a very active year with 365 fires out of control and 2 months still left in the fire season.
Map of Canada showing locations of fires and their status as of july 12, 2025
Reposted by Mike Waddington 🇨🇦
mcmastermedia.bsky.social
As Canada braces for another intense wildfire season, Greg Verkaik is digging into how drying peatlands are fuelling deep-burning fires. His fieldwork is providing critical insight in a warming world.

More: brighterworld.mcmaster.ca/articles/fie...

#Wildfires #Peatlands #McMasterExperts
Digging deep: Fieldwork helping Canada prepare for a hotter, drier future
Greg Verkaik's research aims to better understand how peatlands influence wildfire behaviour - and how we can reduce the risk of wildfires.
brighterworld.mcmaster.ca