#dieback — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #dieback, aggregated by home.social.
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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"
-
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"
-
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"
-
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"
-
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"
