Amplification of Australian Heatwaves via Local Land‐Atmosphere Coupling | Zendy

Hirsch Annette L. | Zendy; Evans Jason P. | Zendy; Di Virgilio Giovanni | Zendy; PerkinsKirkpatrick Sarah E. | Zendy; Argüeso Daniel | Zendy; Pitman Andrew J. | Zendy; Carouge Claire C. | Zendy; Kala Jatin | Zendy; Andrys Julia | Zendy; Petrelli Paola | Zendy; Rockel Burkhardt | Zendy

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Amplification of Australian Heatwaves via Local Land‐Atmosphere Coupling

Author(s) -

Hirsch Annette L.,

Evans Jason P.,

Di Virgilio Giovanni,

PerkinsKirkpatrick Sarah E.,

Argüeso Daniel,

Pitman Andrew J.,

Carouge Claire C.,

Kala Jatin,

Andrys Julia,

Petrelli Paola,

Rockel Burkhardt

Publication year - 2019

Publication title -

journal of geophysical research: atmospheres

Language(s) - English

Resource type - Journals

eISSN - 2169-8996

pISSN - 2169-897X

DOI - 10.1029/2019jd030665

Subject(s) - atmosphere (unit) , environmental science , anomaly (physics) , antecedent (behavioral psychology) , atmospheric sciences , moisture , coupling (piping) , antecedent moisture , climatology , meteorology , geography , geology , materials science , physics , psychology , drainage basin , developmental psychology , cartography , runoff curve number , metallurgy , condensed matter physics

Key Points Spatial variability in the land‐atmosphere coupling defines local heatwave sensitivity to antecedent land surface conditions Land‐driven coupling regions experience a higher heatwave day frequency with temperatures sensitive to prior soil moisture conditions Antecedent soil moisture anomaly rather than drying rate 2 weeks prior to a heatwave has a longer impact on heatwave temperatures

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