#dieback — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #dieback, aggregated by home.social.
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https://www.europesays.com/ie/281970/ Rising tree death rates in all types of Australian forest tied to climate change #AustralianTreeDeaths #ClimateChangeAndTrees #Dieback #DoesPlantingTreesHelpClimateChange? #Éire #Environment #HowDoesTemperatureAffectTrees? #IE #Ireland #IsClimateChangeKillingTrees? #NaturePlants #Science #TreeDeath #WhatIsClimateChangeDoingToForests? #WhatIsClimateChangeDoingToTrees? #WhyAreTreesDying?
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Rising tree death rates in all types of Australian forest tied to climate change
Australia’s trees must contend with many let…
#Climate #ClimateChange #Climate-Change #Australiantreedeaths #climatechange #Climatechangeandtrees #Dieback #Doesplantingtreeshelpclimatechange? #globalwarming #Howdoestemperatureaffecttrees? #Isclimatechangekillingtrees? #NaturePlants #Treedeath #Whatisclimatechangedoingtoforests? #Whatisclimatechangedoingtotrees? #Whyaretreesdying?
https://www.europesays.com/2683467/ -
During the 1990s #ash #dieback, caused by Hymenoscyphus fraxineus, has spread from Asia to Europe where it can cause up to 85% mortality of ash trees during outbreak - review of the disease with focus on the history of the disease and management efforts in Britain and Ireland in the journal "Plant Pathology" by Dáire Carroll and Eric Boa - https://doi.org/10.1111/ppa.13859
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- "Consequently, this would result in a #dieback of substantial parts of the #rainforest" [1]
[1] Bochow, N., Boers, N., 2023. The South American monsoon approaches a critical transition in response to deforestation. Science Advances 9 (40), eadd9973+. https://doi.org/10.1126/sciadv.add9973
[2] Sierra, J.P., Junquas, C., Espinoza, J.C., Segura, H., et al. 2022. Deforestation impacts on Amazon-Andes hydroclimatic connectivity. Climate Dynamics 58, 2609–2636. https://doi.org/10.1007/s00382-021-06025-y
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The authors [1] conclude
- "After the #dieback of the #rainforest, the soil moisture approaches an #alternative #equilibrium consistent with the reduced #precipitation and #evapotranspiration of the #savanna vegetation"
- "At the #CriticalPoint, the atmospheric moisture content does not suffice anymore to maintain precipitation and, thus, latent heating rates that could switch the system back into the annual wet season, resulting in a permanent dry season state"
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The authors [1] conclude
- "After the #dieback of the #rainforest, the soil moisture approaches an #alternative #equilibrium consistent with the reduced #precipitation and #evapotranspiration of the #savanna vegetation"
- "At the #CriticalPoint, the atmospheric moisture content does not suffice anymore to maintain precipitation and, thus, latent heating rates that could switch the system back into the annual wet season, resulting in a permanent dry season state"
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4/
The authors [1] conclude
- "After the #dieback of the #rainforest, the soil moisture approaches an #alternative #equilibrium consistent with the reduced #precipitation and #evapotranspiration of the #savanna vegetation"
- "At the #CriticalPoint, the atmospheric moisture content does not suffice anymore to maintain precipitation and, thus, latent heating rates that could switch the system back into the annual wet season, resulting in a permanent dry season state"
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4/
The authors [1] conclude
- "After the #dieback of the #rainforest, the soil moisture approaches an #alternative #equilibrium consistent with the reduced #precipitation and #evapotranspiration of the #savanna vegetation"
- "At the #CriticalPoint, the atmospheric moisture content does not suffice anymore to maintain precipitation and, thus, latent heating rates that could switch the system back into the annual wet season, resulting in a permanent dry season state"
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4/
The authors [1] conclude
- "After the #dieback of the #rainforest, the soil moisture approaches an #alternative #equilibrium consistent with the reduced #precipitation and #evapotranspiration of the #savanna vegetation"
- "At the #CriticalPoint, the atmospheric moisture content does not suffice anymore to maintain precipitation and, thus, latent heating rates that could switch the system back into the annual wet season, resulting in a permanent dry season state"
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To highlight just one aspect of the many important results: Compared to the ‘no overshoot’ case, a temporary CO2 overshoot results in 10% higher global mean #SeaLevelRise in 2100, that keeps increasing over centuries thereafter.
Further findings relate to #ocean circulation, #permafrost, #fires, #landuse, #CDR, #coral #dieback, #economic #risks and #damages, lifetime #extreme event exposure (see below) & more.
