Isotope study quantifies Amazonian moisture recycling
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Salati and colleagues publish an isotopic analysis of Amazonian rainfall showing that the deuterium and oxygen-18 signature does not follow the trajectory expected of purely ocean-derived vapour moving inland, and infer that a large fraction of the basin's rainfall is water recycled by the forest itself. It converts a plausible mechanism into a measured quantity.
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Connections · 2
- Moisture Recyclingconcerns
- Eneas Salaticoncerns
Assembled narrative · 1
Assembled from 22 blocks · 1 evidence · 30 related
- Story
- Salati and colleagues publish an isotopic analysis of Amazonian rainfall showing that the deuterium and oxygen-18 signature does not follow the trajectory expected of purely ocean-derived vapour moving inland, and infer that a large fraction of the basin's rainfall is water recycled by the forest itself. It converts a plausible mechanism into a measured quantity.
- Knowledge
- Moisture Recycling
- Eneas Salati
- Isotope study quantifies Amazonian moisture recycling
- Connections
- Moisture Recycling
- Eneas Salati
- Amazon Basin
- Flying Rivers (Aerial Rivers)
- Cascading Moisture Recycling
- Amazon Tall Tower Observatory (ATTO)
- Amazon Deforestation
- The Amazon Dieback Threshold
- Eneas Salati
- Isotope study quantifies Amazonian moisture recycling
- The Amazon Tall Tower Observatory begins operating
- Moisture Recycling
- Isotope study quantifies Amazonian moisture recycling
- Evidence
- Supports the claim that a large fraction of Amazonian rainfall is water recycled by the forest, established from the isotopic composition of rainfall across the basin. V55 verification basis: this session had no WebSearch budget and the egress proxy blocked every research domain, so the paper was neither retrieved nor read; the citation and the finding are stated from the producing model's knowledge and the exact recycled fraction is deliberately not quoted.
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