ISSN 1819-754X
Vol. 14, 2014October 03, 2014 UTC
On the Relations Between Water Regime, Mass Accretion and Formation of Ombrotrophic Conditions in Sphagnum Mires
On the Relations Between Water Regime, Mass Accretion and Formation of Ombrotrophic Conditions in Sphagnum Mires
Articles in Vol. 14, 2014
Vol. 14, 2014
- Mires and Mire Types of Peninsula Mitre, Tierra Del Fuego, ArgentinaA. GrootjansR. IturraspeC. FritzA. MoenH. Joosten
- An Evaluation of Peat Loss From an Everglades Tree Island, Florida, USAS. AichS.M.L. EweB. GuT.W. Dreschel
- Impact of the Spatial Resolution of Soils Data on Climate Reporting for Organic Soils Using the Example of GermanyH. FellN. RoßkopfJ. Zeitz
- The Exposure of British Peatlands to Nitrogen Deposition, 1900–2030R.J. Payne
- Testing Peat Humification Analysis in an Australian Context: Identifying Wet Shifts in Regional Climate Over the Past 4000 YearsM.A. BurrowsJ. FennerS.G. Haberle
- Shallow Inundation Favours Decomposition of _Phragmites Australis_ Leaves in a Near-Natural Temperate FenC. VöllmF. Tanneberger
- On the Relations Between Water Regime, Mass Accretion and Formation of Ombrotrophic Conditions in _Sphagnum_ MiresN. Malmer
- Communities of Larger Fungi of Ombrotrophic Bogs in West SiberiaN.V. FilippovaM.N. Thormann
- Volume 14: List of ReviewersMires and Peat
Malmer, N. (2014). On the Relations Between Water Regime, Mass Accretion and Formation of Ombrotrophic Conditions in Sphagnum Mires. Mires and Peat, 14, 07. https://doi.org/10.19189/001c.128502