ISSN 1819-754X
Vol. 14, 2014August 03, 2014 UTC
Testing Peat Humification Analysis in an Australian Context: Identifying Wet Shifts in Regional Climate Over the Past 4000 Years
Testing Peat Humification Analysis in an Australian Context: Identifying Wet Shifts in Regional Climate Over the Past 4000 Years
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
Burrows, M. A., Fenner, J., & Haberle, S. G. (2014). Testing Peat Humification Analysis in an Australian Context: Identifying Wet Shifts in Regional Climate Over the Past 4000 Years. Mires and Peat, 14, 05. https://doi.org/10.19189/001c.128500