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ISSN 1819-754X
research article
Vol. 19, 2017March 05, 2017 UTC

Holocene Elemental, Lead Isotope and Charcoal Record From Peat in Southern Poland

K. Tudyka, A. Pazdur, F. De Vleeschouwer,
age-depth modelchronologygeochemistry206Pb/207Pbradiocarbon datingSilesia
Copyright Logoccby-4.0 • https://doi.org/10.19189/MaP.2016.OMB.257

Articles in Vol. 19, 2017

Vol. 19, 2017
  • Towards Ecosystem-Based Restoration of Peatland Biodiversity
    T.Yu. MinayevaO.M. BraggA.A. Sirin
  • Characterisation of Holocene Plant Macrofossils From North Spanish Ombrotrophic Mires: Bryophytes
    M. SoutoD. CastroX. Pontevedra-Pombal
  • Quality Loss of Swiss Bog Vegetation the Key Importance of the Margins
    E. Feldmeyer-ChristeM. Küchler
  • Biosorption of Hexavalent Chromium From Aqueous Solutions Using Highly Characterised Peats
    A.M. RizzutiC.R. NewkirkK.A. Wilson
  • Consolidation of Gyttja in a Rewetted Fen Peatland: Potential Implications for Restoration
    S. MalloyJ.S. Price
  • Ten-year Results of a Comparison of Methods for Restoring Afforested Blanket Bog
    R. AndersonA. Peace
  • Holocene Elemental, Lead Isotope and Charcoal Record From Peat in Southern Poland
    K. TudykaA. PazdurF. De Vleeschouwer
  • Drivers of Peat Accumulation Rate in a Raised Bog: Impact of Drainage, Climate, and Local Vegetation Composition
    N. StivrinsI. OzolaM. Gałka
  • Using ‘Snapshot’ Measurements of CH~4~ Fluxes From an Ombrotrophic Peatland to Estimate Annual Budgets: Interpolation Versus Modelling
    S.M. GreenA.J. Baird
  • Diversity and Species Composition of Beetles in the Herb-Shrub Layer of a Large Isolated Raised Bog in Belarus
    G.G. Sushko
  • From Meadow to Shallow Lake: Monitoring Secondary Succession in a Coastal Fen After Rewetting by Flooding Based on Aerial Imagery and Plot Data
    M. KochF. KoebschJ. HahnG. Jurasinski
  • Questioning Ten Common Assumptions About Peatlands
    K.L. BaconA.J. BairdA. BlundellM-A. BourgaultP.J. ChapmanG. DargieG.P. DoolingC. GeeJ. HoldenT. KellyK.A. McKendrick-SmithP.J. MorrisA. NobleS.M. PalmerA. QuilletG.T. SwindlesE.J. WatsonD.M. Young
  • Investigating the Internal Structure of Four Azorean _Sphagnum_ Bogs Using Ground-Penetrating Radar
    D. PereiraE. DiasM. Ponte
  • The History, Present Status and Future Prospects of the Russian Fuel Peat Industry
    P.S. Tcvetkov
  • Indicative Effects of Climate Change on Groundwater Levels in Estonian Raised Bogs Over 50 Years
    E. LodeM. KüttimI.-K. Kiivit
  • A Video Simulating the Growth of a Raised Bog
    R.S. Clymo
  • Disappearance Rate of a Peatland in Dublany Near Lviv (Ukraine) Drained in 19th Century
    K. LipkaE. ZającV. HlotovZ. Siejka
  • Influence of Pore Structure on Solute Transport in Degraded and Undegraded Fen Peat Soils
    C. KleimeierF. RezanezhadP. Van CappellenB. Lennartz
  • Performance of Extensive Cattle Stocking on a Reclaimed Minerotrophic Wet Grassland
    L. BreitsameterM. KayserJ. StrodthoffJ. MüllerJ. Isselstein
  • Carbon Dioxide and Methane Fluxes in Grazed and Undisturbed Mountain Peatlands in the Ecuadorian Andes
    M.E. SánchezR.A. ChimnerJ.A. HribljanE.A. LilleskovE. Suárez
  • Iberian Acid Peatlands: Types, Origin and General Trends of Development
    X. Pontevedra-PombalD. CastroR. CarballeiraM. SoutoJ.A. López-SáezS. Pérez-DíazM.I. FragaM. ValcárcelE. García-Rodeja
  • The Peatland Map of Europe
    F. TannebergerC. TegetmeyerS. BusseA. Barthelmes
  • Refining Pedotransfer Functions for Estimating Peat Bulk Density
    S.J. ChapmanJ. FarmerA. MainJ. Smith
  • Assessment of the Humification Degree of Peat Soil Under Sago (_Metroxylon Sagu_) Cultivation Based on Fourier Transform Infrared (FTIR) and Ultraviolet-Visible (UV-Vis) Spectroscopic Characteristics
    S.F. SimM.E. WasliC.M.R. YongP.S. HowellC. JuminN.A. SafieB. Samling
  • Volume 19: List of Reviewers
    Mires and Peat
Mires and Peat
Tudyka, K., Pazdur, A., & De Vleeschouwer, F. (2017). Holocene Elemental, Lead Isotope and Charcoal Record From Peat in Southern Poland. Mires and Peat, 19, 07. https://doi.org/10.19189/MaP.2016.OMB.257
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