New articles published in the last nine month

• The occurrence patterns of gut bacteria in a post-mined peatland, northern Japan.
  by S. Tsuyuzaki, T. Saito, R.S. Arakawa (Mires and Peat 28: Article 29) Published online: 25.09.2022
• Literature review on testate amoebae as environmental indicators and as a functional part of the microbial community in northern peatlands.
  by O. Kuuri-Riutta, M. Väliranta, E.-S. Tuittila (Mires and Peat 28: Article 28) Published online: 25.09.2022
• A just transition from the perspective of Finnish peat entrepreneurs.
  by K. Laasasenaho, A. Palomäki, R. Lauhanen (Mires and Peat 28: Article 27) Published online: 01.09.2022
• Peatland core domain sets: building consensus on what should be measured in research and monitoring.
  by M.S. Reed, D.M. Young, N.G. Taylor, R. Andersen, N.G.A. Bell, H. Cadillo-Quiroz, M. Grainger, A. Heinemeyer, K. Hergoualc’h, A.M. Gerrand, J. Kieft, H. Krisnawati, E.A. Lilleskov, G. Lopez-Gonzalez, L. Melling, H. Rudman, S. Sjogersten, J.S. Walker, G. Stewart (Mires and Peat 28: Article 26) Published online: 01.09.2022
• Immediate effects of heather cutting over blanket bog on depth and microtopography of the moss layer.
  by K. Holmes, S. Whitehead (Mires and Peat 28: Article 25) Published online: 16.08.2022
• Peat extraction, trade and use in Europe: a material flow analysis.
  by O. Hirschler, B. Osterburg (Mires and Peat 28: Article 24) Published online: 16.08.2022
• Peatland restoration based on a landscape (palaeo)ecological system analysis (LESA): the case of Aamsveen, eastern Netherlands.
  by J. Sevink, M. Van der Linden, A. Jansen (Mires and Peat 28: Article 23) Published online: 16.08.2022
• A study of agroforestry farming for tropical peatland conservation and rehabilitation in Central Kalimantan, Indonesia.
  by A. Jaya, A. Elia, E.U. Antang, M. Octora, G.I. Ichriani, S. Dohong, Y. Sulistiyanto (Mires and Peat 28: Article 22) Published online: 24.07.2022
• Potential use of APSIS-InSAR measures of the range of vertical surface motion to improve hazard assessment of peat landslides.
  by M.T. Islam, A.V. Bradley, A. Sowter, R. Andersen, C. Marshall, M. Long, M.C. Bourke, J. Connolly, D.J. Large (Mires and Peat 28: Article 21) Published online: 17.07.2022
• Endangered palsa mire hoverflies (Diptera, Syrphidae) in northern Sweden.
  by J. van Steenis (Mires and Peat 28: Article 20) Published online: 17.07.2022
• Habitat preferences of Comarum palustre L. in the peatlands of eastern Poland.
  by A. Serafin, M. Pogorzelec, U. Bronowicka-Mielniczuk, K. Spólna (Mires and Peat 28: Article 19) Published online: 06.07.2022
• Climate protection and nature conservation in peatland areas: How does this match with present day agricultural practice?
  byT. Martens, B. Burbaum, M. Trepel, J. Schrautzer (Mires and Peat 28: Article 18) Published online: 06.07.2022
• Does the restoration of shallow marginal peatlands alter the distribution or abundance of bog asphodel (Narthecium ossifragum)?
  by A.M.S. Hand, J.E. Cresswell, M. Angus, R.E. Brazier (Mires and Peat 28: Article 17) Published online: 14.06.2022
• An insect derived peat? The curious case of sediments at Bogong moth aestivation sites.
  by B. Keaney, A. Wade (Mires and Peat 28: Article 16) Published online: 14.06.2022
• Leaf litter production and soil carbon storage in forested freshwater wetlands and mangrove swamps in Veracruz, Gulf of Mexico.
  by E. Cejudo, M.E. Hernández, A. Campos, D. Infante-Mata, P. Moreno-Casasola (Mires and Peat 28: Article 15) Published online: 14.06.2022
• Stabilisation of peat with colloidal nano and micro silica.
  by S. Ghadr, A. Assadi-Langroudi (Mires and Peat 28: Article 14) Published online: 20.05.2022
• Mapping peat soil moisture under oil palm plantation and tropical forest in Sarawak.
  by L.D. Ngau, S.S. Fong, K.L. Khoon, E. Rumpang, H. Vasander, J. Jauhiainen, K. Yrjälä, H. Silvennoinen (Mires and Peat 28: Article 13) Published online: 20.05.2022
• Water retention and pore size distribution in organic soils from tropical mountain peatlands under forest and grassland.
  by D. Tassinari, P.G.S. Soares, C.R. Costa, U.M. Barral, I. Horák-Terra, A.C. Silva, W.J. Carmo (Mires and Peat 28: Article 12) Published online: 07.05.2022
• Effects of lime and fertiliser applications on the physical properties of tropical peat soils in Peninsular Malaysia.
  by A.A. Reeza, A. Hussin (Mires and Peat 28: Article 11) Published online: 07.05.2022
• Contrasting patterns of woody seedlings diversity, abundance and community composition in Bornean heath and peat swamp forests.
  by N.S. Nafiah, R.S. Sukri, M.Y.S.M. Ya’akub, S.M. Jaafar, F. Metali (Mires and Peat 28: Article 10) Published online: 25.04.2022
• Scots pine bog woodlands in the Eastern Carpathians versus their northern, lowland counterparts: floristic dissimilarities and underlying ecological gradients
  by A.I. Stoica, D. Gafta, G. Coldea (Mires and Peat 28: Article 09) Published online: 25.04.2022
• Is the residual ash method applicable to tropical peatlands? A case study from Brunei Darussalam.
  by A.A.M. Addly, A.R. Cobb, R.S. Sukri, S.M. Jaafar, S. Isnin, S.K. Thamilselvam, S.H. Gӧdeke (Mires and Peat 28: Article 08) Published online: 14.04.2022
• Immediate environmental impacts of transformation of an oil palm intercropping to a monocropping system in a tropical peatland.
  by S. Dhandapani, N.T. Girkin, S. Evers, K. Ritz, S. Sjögersten (Mires and Peat 28: Article 07) Published online: 14.04.2022
• Exploring the social science of tropical peatland restoration: Towards more effective community empowerment initiatives for the Aceh peatland ecosystem.
  by A. Agussabti, I. Zikri, R. Rahmaddiansyah, A.H. Hamid, A. Baihaqi, M. Takahashi (Mires and Peat 28: Article 06) Published online: 28.03.2022
• Redox potential and acidity of peat are key diagnostic physicochemical properties for the stratigraphic zones of a boreal raised bog.
  by I.N. Zubov, A.S. Orlov, S.B. Selyanina, S.A. Zabelina, T.I. Ponomareva (Mires and Peat 28: Article 05) Published online: 28.03.2022
• Coir, wood shavings and peat as growth substrates for arctic bramble.
  by T. Tommila, A. Kämäräinen, H. Kokko, P. Palonen (Mires and Peat 28: Article 04) Published online: 28.03.2022
• Almost 40 years after raised bog restoration on black peat: How did nutrient levels in soil and water change?
  by S. Nachtigall, L. Giani (Mires and Peat 28: Article 03) Published online: 28.03.2022
• Net primary production of oil palm plantations on tropical peat.
  by N. Wakhid, T. Hirano, A. Dariah, F. Agus (Mires and Peat 28: Article 02) Published online: 28.02.2022
• Regeneration potential of a degraded alpine mountain bog: complex regeneration patterns after grazing cessation and partial rewetting.
  by U.H. Graf, A. Bergamini, A. Bedolla, S. Boch, H. Küchler, M. Küchler, K. Ecker (Mires and Peat 28: Article 01) Published online: 31.01.2022