Shallow soils are warmer under trees and tall shrubs across Arctic and Boreal ecosystems

Heather Kropp^1,2, Michael M Loranty², Susan M Natali³, Alexander L Kholodov^4,5, Adrian V Rocha⁶, Isla Myers-Smith⁷, Benjamin W Abbot⁸, Jakob Abermann^9,10, Elena Blanc-Betes¹¹, Daan Blok¹², Gesche Blume-Werry¹³, Julia Boike^14,15, Amy L Breen¹⁶, Sean M P Cahoon¹⁷, Casper T Christiansen¹⁸, Thomas A Douglas¹⁹, Howard E Epstein²⁰, Gerald V Frost²¹, Mathias Goeckede²², Toke T Høye²³, Steven D Mamet²⁴, Jonathan A O'Donnell²⁵, David Olefeldt²⁶, Gareth K Phoenix²⁷, Verity G Salmon²⁸, A Britta K Sannel²⁹, Sharon L Smith³⁰, Oliver Sonnentag³¹, Lydia Smith Vaughn³², Mathew Williams³³, Bo Elberling¹⁸, Laura Gough³⁴, Jan Hjort³⁵, Peter M Lafleur³⁶, Eugenie S Euskirchen³⁷, Monique MPD Heijmans³⁸, Elyn R Humphreys³⁹, Hiroki Iwata⁴⁰, Benjamin M Jones⁴¹, M Torre Jorgenson⁴², Inge Grünberg¹⁴, Yongwon Kim¹⁶, James Laundre⁴³, Marguerite Mauritz⁴⁴, Anders Michelsen⁴⁵, Gabriela Schaepman-Strub⁴⁶, Ken D Tape⁴, Masahito Ueyama⁴⁷, Bang-Yong Lee⁴⁸, Kirsty Langley¹⁰ and Magnus Lund⁴⁹

Published 18 December 2020 • © 2020 The Author(s). Published by IOP Publishing Ltd
Environmental Research Letters, Volume 16, Number 1 Resiliency and Vulnerability of Arctic and Boreal Ecosystems to Environmental Change: Advances and Outcomes of ABoVE (the Arctic Boreal Vulnerability Experiment) Citation Heather Kropp et al 2021 Environ. Res. Lett. 16 015001 DOI 10.1088/1748-9326/abc994