Nature Communications (Feb 2017)

Soil networks become more connected and take up more carbon as nature restoration progresses

  • Elly Morriën,
  • S. Emilia Hannula,
  • L. Basten Snoek,
  • Nico R. Helmsing,
  • Hans Zweers,
  • Mattias de Hollander,
  • Raquel Luján Soto,
  • Marie-Lara Bouffaud,
  • Marc Buée,
  • Wim Dimmers,
  • Henk Duyts,
  • Stefan Geisen,
  • Mariangela Girlanda,
  • Rob I. Griffiths,
  • Helene-Bracht Jørgensen,
  • John Jensen,
  • Pierre Plassart,
  • Dirk Redecker,
  • Rűdiger M Schmelz,
  • Olaf Schmidt,
  • Bruce C. Thomson,
  • Emilie Tisserant,
  • Stephane Uroz,
  • Anne Winding,
  • Mark J. Bailey,
  • Michael Bonkowski,
  • Jack H. Faber,
  • Francis Martin,
  • Philippe Lemanceau,
  • Wietse de Boer,
  • Johannes A. van Veen,
  • Wim H. van der Putten

DOI
https://doi.org/10.1038/ncomms14349
Journal volume & issue
Vol. 8, no. 1
pp. 1 – 10

Abstract

Read online

Effects of habitat restoration on belowground organisms and ecosystem processes are poorly understood. Morriën and colleagues show that changes in the composition and network interactions of soil biota lead to improved carbon uptake efficiency when formerly cultivated land is restored.