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Global carbon dioxide flux into the surface ocean intensified by rain-induced dilution PRIMARY_TEXT
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FETCHED at 2026-09-29T03:26:03Z · https://www.nature.com/articles/s41561-026-02112-z?error=cookies_not_supported&code=3be2fa9f-b18f-4fa1-ac4c-c6f2e1a6254c · seq 24479
| Excerpt | Finding |
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| We estimate that observational coverage of carbon in the surface ocean implicitly captures 30% of the dilution effect and find that current global carbon bud... | verbatim — the passage is on the page, character for character |
| Dilution is found to be responsible for about two-thirds of the total additional uptake due to freshening-induced repartitioning of the carbonate system. | verbatim — the passage is on the page, character for character |
| Here we present a global analysis of rain effects on CO2 exchange employing the most realistic available model of rain-induced dilution for high-resolution s... | normalized — the passage is on the page once typography is folded together |
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| Locator | Excerpt |
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QUOTE {} | We estimate that observational coverage of carbon in the surface ocean implicitly captures 30% of the dilution effect and find that current global carbon budget estimates are probably underestimating the ocean carbon sink by 10 ± 5% due ... |
QUOTE {} | Dilution is found to be responsible for about two-thirds of the total additional uptake due to freshening-induced repartitioning of the carbonate system. |
QUOTE {} | Here we present a global analysis of rain effects on CO2 exchange employing the most realistic available model of rain-induced dilution for high-resolution satellite datasets, yielding a total rain-induced increase in ocean uptake of 13.... |