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The influence of vegetation on shallow soil and air temperature coupling: a Pan-Arctic data synthesis
The influence of vegetation on shallow soil and air temperature coupling: a Pan-Arctic data synthesis
2018
Heather Kropp
Michael M. Loranty
Susan M. Natali
Alexander Kholodov
Benjamin W. Abbott
J. Abermann
E. Blanc-Betes
Daan Blok
G. Blume-Werry
Julia Boike
Amy L. Breen
Sean M. P. Cahoon
C. T. Christiansen
Thomas A. Douglas
B. El berling
Howard E. Epstein
Eugénie S. Euskirchen
Gerald V. Frost
M. Goeckede
L. Gough
M. Heijmans
Jan Hjort
T. T. Hoye
E Humphreys
C. M. Iversen
H Iwata
Benjamin M. Jones
Torre Jorgenson
Inge Juszak
Y. Kim
P. Lafleur
J Laundre
Magnus Lund
Steven D. Mamet
M. Mauritz
A. Michelsen
Isla H. Myers-Smith
J. ODonnell
David Olefeldt
Gareth K. Phoenix
Adrian V. Rocha
Vladimir E. Romanovsky
V. G. Salmon
B. Sannel
G. Schaepman-Strub
S L Smith
Oliver Sonnentag
Ken D. Tape
Margaret S. Torn
Lydia J. S. Vaughn
Mathew Williams
Cathy J. Wilson
Keywords:
Cryosphere
air temperature
Atmospheric sciences
Global change
Vegetation
Environmental science
Coupling
data synthesis
pan arctic
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