Tuomas Ilkka Henrikki Heiskanen
Rune Grand Graversen,
Tuomas Ilkka Henrikki Heiskanen,
Richard Bintanja,
Heiko Goelzer
:
Abrupt increase in Greenland melt enhanced by atmospheric wave changes
Johanne Hope Rydsaa,
R.G. Graversen,
Tuomas Ilkka Henrikki Heiskanen,
Patrick Stoll
:
Changes in atmospheric latent energy transport into the Arctic: Planetary versus synoptic scales
Tuomas Ilkka Henrikki Heiskanen,
Rune Grand Graversen,
Johanne Hope Rydsaa,
Pål Erik Isachsen
:
Comparing wavelet and Fourier perspectives on the decomposition of meridional energy transport into synoptic and planetary components
Tuomas Ilkka Henrikki Heiskanen,
Rune Grand Graversen
:
Wave decomposition of energy transport using deep-learning
2022 ARKIV
Johannes Patrick Stoll,
Rune Grand Graversen,
Tuomas Ilkka Henrikki Heiskanen
:
Changes in the global atmospheric energy transport separated by spatial scales in a warming world
2022 ARKIV
Rune Grand Graversen,
Mattias Burtu,
Marte G. Hofsteenge,
Johanne Hope Rydsaa,
Zoé Rey,
Tuomas Ilkka Henrikki Heiskanen
m.fl.:
On the linkage between atmospheric circulation and Arctic weather and climate
2022 ARKIV
Tuomas Ilkka Henrikki Heiskanen
:
The effect of a shift in the atmospheric energy transport scales on the Greenland ice sheet surface mass balance
2021 ARKIV
Johanne Hope Rydsaa,
Rune Graversen,
Patrick Stoll,
Tuomas Ilkka Henrikki Heiskanen
:
Arctic climate response to extreme events in synoptic and planetary scale atmospheric energy transport
2020 ARKIV
Tuomas Ilkka Henrikki Heiskanen,
Rune Graversen
:
The effect of latent heat transport by waves on Greenland Surface Mass Balance
2020 ARKIV
Rune Grand Graversen,
Tuomas Ilkka Henrikki Heiskanen,
Johanne Hope Rydsaa,
Peter L. Langen,
Thorsten Mauritsen,
Mattias Burtu
:
Arctic warming - governing processes and implications for mid-latitude weather
2020 ARKIV
Tuomas Ilkka Henrikki Heiskanen
:
On Atmospheric Energy Transport by Waves
2019 ARKIV
Johanne Hope Rydsaa,
Rune Graversen,
Tuomas Ilkka Henrikki Heiskanen
:
Impact of energy transport by planetary waves on Arctic climate variables
2019 ARKIV
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