Iuliia Burdun
@burdun.bsky.social
PhD in Physical Geography. Postdoctoral researcher at Aalto University. Peatlands and remote sensing
Thanks to my great co-authors Mari Myllymäki, @artzrebekka.bsky.social, @melinaguene.bsky.social, Leonas Jarašius, Ain Kull, Erik A. Lilleskov, Kevin McCullough, Mara Pakalne, Jiabin Pu, Jurate Sendzikaite, Liga Strazdina, and @miinaraut.bsky.social
Made at @aalto.fi Funded by Academy of Finland
Made at @aalto.fi Funded by Academy of Finland
June 28, 2025 at 11:43 AM
Thanks to my great co-authors Mari Myllymäki, @artzrebekka.bsky.social, @melinaguene.bsky.social, Leonas Jarašius, Ain Kull, Erik A. Lilleskov, Kevin McCullough, Mara Pakalne, Jiabin Pu, Jurate Sendzikaite, Liga Strazdina, and @miinaraut.bsky.social
Made at @aalto.fi Funded by Academy of Finland
Made at @aalto.fi Funded by Academy of Finland
🌍Over time, #restored #peatlands tend to align more closely with intact sites, exhibiting a linear trend in #LST and albedo similarity. Full alignment may take decades.
June 28, 2025 at 11:43 AM
🌍Over time, #restored #peatlands tend to align more closely with intact sites, exhibiting a linear trend in #LST and albedo similarity. Full alignment may take decades.
What did we find?
➡️Restoration led to notable shifts in the difference between #restored and intact #peatlands.
➡️Daytime #LST differences decreased.
➡️Nighttime #LST differences changed.
➡️Albedo differences narrowed, especially in winter & early spring.
➡️Restoration led to notable shifts in the difference between #restored and intact #peatlands.
➡️Daytime #LST differences decreased.
➡️Nighttime #LST differences changed.
➡️Albedo differences narrowed, especially in winter & early spring.
June 28, 2025 at 11:43 AM
What did we find?
➡️Restoration led to notable shifts in the difference between #restored and intact #peatlands.
➡️Daytime #LST differences decreased.
➡️Nighttime #LST differences changed.
➡️Albedo differences narrowed, especially in winter & early spring.
➡️Restoration led to notable shifts in the difference between #restored and intact #peatlands.
➡️Daytime #LST differences decreased.
➡️Nighttime #LST differences changed.
➡️Albedo differences narrowed, especially in winter & early spring.
We assessed 72 sites across #Finland, #Estonia, #Latvia, #Lithuania, the #UnitedKingdom, #Canada, and the #UnitedStates.
Before restoration, degraded sites often had lower daytime land surface temperature (LST), higher nighttime #LST, and lower #albedo than intact sites.
Before restoration, degraded sites often had lower daytime land surface temperature (LST), higher nighttime #LST, and lower #albedo than intact sites.
June 28, 2025 at 11:43 AM
We assessed 72 sites across #Finland, #Estonia, #Latvia, #Lithuania, the #UnitedKingdom, #Canada, and the #UnitedStates.
Before restoration, degraded sites often had lower daytime land surface temperature (LST), higher nighttime #LST, and lower #albedo than intact sites.
Before restoration, degraded sites often had lower daytime land surface temperature (LST), higher nighttime #LST, and lower #albedo than intact sites.
Reposted by Iuliia Burdun
🗺️ Global Peatland Hotspot Atlas 2024: https://www.unep.org/resources/report/global-peatland-hotspot-atlas-2024
Find out more about freshwater 👇 https://buff.ly/2SFShqf
Find out more about freshwater 👇 https://buff.ly/2SFShqf
December 18, 2024 at 1:45 PM
🗺️ Global Peatland Hotspot Atlas 2024: https://www.unep.org/resources/report/global-peatland-hotspot-atlas-2024
Find out more about freshwater 👇 https://buff.ly/2SFShqf
Find out more about freshwater 👇 https://buff.ly/2SFShqf
4. Day 22, 2 colours (green vs blue) that were dominant in Finnish inland water bodies this summer based on satellite Sentinel 2 data.
November 22, 2024 at 7:27 AM
4. Day 22, 2 colours (green vs blue) that were dominant in Finnish inland water bodies this summer based on satellite Sentinel 2 data.