New articles published in the last nine month

• Root biomass and production by two cushion plant species of tropical high-elevation peatlands in the Andean páramo.
  by E. Suárez, S. Chimbolema, R.A. Chimner, E.A. Lilleskov (Mires and Peat 27: Article 18) Published online: 13.07.2021
• Peat swamp biodiversity in the Qizimei Mountain National Nature Reserve, China.
  by H. Wang, T.T. Li, N. Ran, M.Y. He, H.Q. Jiang, Z.X. Wang (Mires and Peat 27: Article 17) Published online: 20.06.2021
• A baseline soil survey of two peatlands associated with a lithium-rich salt flat in the Argentine Puna: physico-chemical characteristics, carbon storage and biota.
  by M.F. Chiappero, M.V. Vaieretti, A.E. Izquierdo (Mires and Peat 27: Article 16) Published online: 21.05.2021
• Seed germination and seedling survival of Drosera rotundifolia (L.) cultivated on Sphagnum: Influence of cultivation methods and conditions, seed density, Sphagnum species and vascular plant cover.
  by B. Baranyai, M. Krebs, C. Oehmke, H. Joosten (Mires and Peat 27: Article 15) Published online: 21.05.2021
• Degradation legacy and current water levels as predictors of carbon emissions from two fen sites.
  by W.-J. Emsens, E. Verbruggen, P. Shenk, Y. Liczner, M. van Roie, R. van Diggelen (Mires and Peat 27: Article 14) Published online: 21.05.2021
• Soil CO₂ emissions and net primary production of an oil palm plantation established on tropical peat.
  by N. Wakhid, T. Hirano (Mires and Peat 27: Article 13) Published online: 12.05.2021
• On the hydrological relationship between Petrifying-springs, Alkaline-fens, and Calcareous-spring-mires in the lowlands of North-West and Central Europe; consequences for restoration
  by A.P. Grootjans, L. Wolejko, H. de Mars, A.J.P. Smolders, G. van Dijk (Mires and Peat 27: Article 12) Published online: 12.05.2021
• Assessment of using state of the art unmanned ground vehicles for operations on peat fields.
  by R. Kägo, P. Vellak, E. Karofeld, M. Noorma, J. Olt (Mires and Peat 27: Article 11) Published online: 11.05.2021
• Analysis of the effect of composite peat-based hydrophobically-modifying additives on the properties of Portland cement and cement mortar.
  by O. Misnikov (Mires and Peat 27: Article 10) Published online: 11.05.2021
• Comment on ‘An overview of the patterned fens of Great Sandy Region, far eastern Australia’ by Fairfax & Lindsay (2019).
  by A.J. McDougall, S.M. Marshall, T. Espinoza (Mires and Peat 27: Article 09) Published online: 22.03.2021
• Ecohydrological analysis of a South African through-flow mire: Vankervelsvlei revisited.
  by S.R. Mandiola, A.T. Grundling, P.-L. Grundling, J. van der Plicht, B.C.W. van der Waal, A.P. Grootjans (Mires and Peat 27: Article 08) Published online: 22.03.2021
• Carbon stocks and their spatial distribution in drained and rewetted peatland forests in a low mountain range area, Germany.
  by J.P. Krüger, M. Dotterweich, A. Seifert-Schäfer, S. Hoffmann, C. Kopf, C. Kneisel, S. Dotzler, S. Nink, J. Stoffels, G. Schüler (Mires and Peat 27: Article 07) Published online: 28.02.2021
• Comparison of the effectiveness of three extractants in extracting potassium, calcium and magnesium from tropical peat soils.
  by A.A. Reeza, A. Hussin, O.H. Ahmed (Mires and Peat 27: Article 06) Published online: 28.02.2021
• Towards net zero CO₂ in 2050: An emission reduction pathway for organic soils in Germany.
  by F. Tanneberger, S. Abel, J. Couwenberg, T. Dahms, G. Gaudig, A. Günther, J. Kreyling, J. Peters, J. Pongratz, H. Joosten (Mires and Peat 27: Article 05) Published online: 26.01.2021
• 3D mapping of lowland coastal peat domes in Indonesia.
  by E.C. Saxon, S.G. Neuzil, D.B.C. Biladi, J. Kinser, S.M. Sheppard (Mires and Peat 27: Article 04) Published online: 26.01.2021
• Peatlands of Southern South America: a review.
  by C.A. Leon, M. Gabriel, C. Rodriguez, R. Iturraspe, A. Savoretti, V. Pancotto, A. Benitez-Mora, A. Valdes, M.F. Diaz, C. Oberpaur, E. Dominguez, L.D. Fernandez, R. Mackenzie, T. Roland, D. Mauquoy, C. Silva (Mires and Peat 27: Article 03) Published online: 26.01.2021
• A decade of vegetation development on two revegetated milled peatlands with different trophic status.
  by A.-H. Purre, L. Truus, M. Ilomets (Mires and Peat 27: Article 02) Published online: 04.01.2021
• Plant community assembly is predicted by an environmental gradient in high-altitude wetlands in the semiarid western Bolivian Andes.
  by A.I. Domic, J.M. Capriles, R.I. Meneses, P. Pacheco (Mires and Peat 27: Article 01) Published online: 04.01.2021
• The effect of botanical composition of vegetation cover and peat-forming species on the concentration of indole-3-acetic acid and chemical compounds in peat.
  by L.W. Szajdak, M. Szczepanski, T. Meysner (Mires and Peat 26: Article 30) Published online: 24.12.2020
• Revegetation of upland eroded bare peat using heather brash and geotextiles in the presence and absence of grazing.
  by S.H. Watts (Mires and Peat 26: Article 29) Published online: 21.12.2020
• Using remote sensing materials to assess the effects of peat extraction on the morphology and vegetation cover of a raised bog (Ludźmierz near Nowy Targ, Southern Poland).
  by W. Jucha, P. Mareczka, D. Okupny (Mires and Peat 26: Article 28) Published online: 21.12.2020
• Moth responses to forest-to-bog restoration.
  by A. Pravia, R. Andersen, R.R.E. Artz, K. Boyd, N.R. Cowie, N.A. Littlewood (Mires and Peat 26: Article 27) Published online: 21.12.2020
• The influence of anthropogenic land use on Finnish peatland area and carbon stores 1950–2015.
  by J. Turunen, S. Valpola (Mires and Peat 26: Article 26) Published online: 04.11.2020
• Identifying spectral features of characteristics of Sphagnum to assess the remote sensing potential of peatlands: A case study in China.
  by Y. Pang, Y. Huang, Y. Zhou, J. Xu, Y. Wu (Mires and Peat 26: Article 25) Published online: 09.08.2020
• Network environment analysis of a model of carbon flows in a peat bog and fen.
  by A.V. Naumov, N.P. Kosykh, N.P. Mironycheva-Tokareva (Mires and Peat 26: Article 24) Published online: 09.08.2020
• Flooding of an abandoned fen by beaver led to highly variable greenhouse gas emissions.
  by M. Minke, A. Freibauer, T. Yarmashuk, A. Burlo, H. Harbachova, A. Schneider, V. Tikhonov, J. Augustin (Mires and Peat 26: Article 23) Published online: 09.08.2020