Crazy Mad Doctor🐵👀 No mires a los ojos de mi mono... o te arrepentirás 😈🎶
https://www.youtube.com/watch?v=lY2-r7VVr0w
YouTube
🐵👀 No mires a los ojos de mi mono... o te arrepentirás 😈🎶
https://www.youtube.com/watch?v=lY2-r7VVr0w
🐵👀 No mires a los ojos de mi mono... o te arrepentirás 😈🎶
🐵👀 No mires a los ojos de mi mono... o te arrepentirás 😈🎶
https://www.youtube.com/watch?v=lY2-r7VVr0w
🐵👀 No mires a los ojos de mi mono... o te arrepentirás 😈🎶
🐵👀 No mires a los ojos de mi mono... o te arrepentirás 😈🎶
https://www.youtube.com/watch?v=lY2-r7VVr0w
🐵👀 No mires a los ojos de mi mono... o te arrepentirás 😈🎶
michael4-Jun-2025
Permanently frozen palsa mires can be lost by the end of the century
I didn't even know the word:
#PalsaMires are #permafrost #mires that are characterized by peat mounds, called palsas, that remain frozen even in summer. Palsa mires occur in areas characterised by low precipitation, strong winds, thin snow cover, and an average annual temperature below -1 °C.
https://www.eurekalert.org/news-releases/1086384 #science #arctic #ClimateCatastrophe #environment
Lukas VFN 🇪🇺Floating #spiders and insect-eating plants: leaky dams revive #Dorset’s bogs https://www.theguardian.com/environment/2024/feb/21/floating-spiders-and-insect-eating-plants-leaky-dams-revive-dorsets-bogs
"Bales made out of #heather and bunds constructed out of peaty #soil and timber are being used to create porous dams on two #mires... they encourage the water to seep away slowly and 'rewet' the dried-out mires... it will create a wetter habitat, where #mosses and rare #plants like marsh #saxifrage and tiny bog #orchids can thrive."
Thomas Grabs#Wetlands captured and stored CO2 for millennia. This makes them important as future sinks or sources of greenhousegases #GHG.
In this study in #JQSR (https://doi.org/10.1016/j.quascirev.2023.107961), we used 18'500 #mires in ten chronosequences to study how #lateralexpansion of #peat occurred over the past ten thousand years. We found that
(1) Mires occupied the wettest landscape locations within 2000 years.
(2) Lateral expansion is non-linear, and depends on landscape wetness.
In this study in #JQSR (https://doi.org/10.1016/j.quascirev.2023.107961), we used 18'500 #mires in ten chronosequences to study how #lateralexpansion of #peat occurred over the past ten thousand years. We found that
(1) Mires occupied the wettest landscape locations within 2000 years.
(2) Lateral expansion is non-linear, and depends on landscape wetness.
SebastianLeist
Gabriel