“A boreal-forest analysis found that climate-driven phenological instability produced asymmetric surface-temperature responses: per-unit leaf-area loss warmed more than equivalent leaf-area gain cooled, with median warming roughly 2.0–2.3 times stronger in spring and autumn and about an order of magnitude stronger in winter; summer responses were not directionally robust.”

0.8581 under ledger-default@0.3.0 at snapshot 27745.

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Checked in Galedra: score 0.86, mostly supported · not yet reviewed by anyone else “A boreal-forest analysis found that climate-driven phenological instability produced asymmetric surface-temperature responses: per-unit leaf-area loss warmed more than equivalent leaf-area gain…” https://galedra.org/investigations/01a0eab8-fb99-7c14-ae6f-b07391fa828f

“A boreal-forest analysis found that climate-driven phenological instability produced asymmetric surface-temperature responses: per-unit leaf-area loss warmed more than equivalent leaf-area gain cooled, with median warming roughly 2.0–2.3 times stronger in spring and autumn and about an order of magnitude stronger in winter; summer responses were not directionally robust.”

Supported · 0.8581 under ledger-default@0.3.0 at snapshot 27745 · review checks 1 of 4 · provisional until audited.

3 of 4 review checks done · 1 counted · 2 by the author only

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