ISSN 1819-754X
Vol. 25, 2019April 08, 2019 UTC
Annual CO2 Fluxes From a Cultivated Fen With Perennial Grasses During Two Initial Years of Rewetting
Annual CO2 Fluxes From a Cultivated Fen With Perennial Grasses During Two Initial Years of Rewetting
S. Karki, T.P. Kandel, L. Elsgaard, R. Labouriau, P.E. Lærke,
Articles in Vol. 25, 2019
Vol. 25, 2019
- Annual CO~2~ Fluxes From a Cultivated Fen With Perennial Grasses During Two Initial Years of RewettingS. KarkiT.P. KandelL. ElsgaardR. LabouriauP.E. Lærke
- Testing the Three-Phase Technology for Harvesting Biomass From WetlandsK. ZembrowskiA.P. Dubowski
- Spatial Potential for Paludicultures to Reduce Agricultural Greenhouse Gas Emissions: An Analytic ToolA. SchlattmannM. Rode
- The Effects of Harvest Date and Frequency on the Yield, Nutritional Value and Mineral Content of the Paludiculture Crop Cattail (_Typha Latifolia_ L.) in the First Year After PlantingJ. PijlmanJ. GuertsR. VroomM. BestmanC. FritzN. van Eekeren
- Greenhouse Gas Fluxes From Soils Fertilised With Anaerobically Digested Biomass From WetlandsR. CzubaszekA. Wysocka-CzubaszekS. Roj-RojewskiP. Banaszuk
- The Fate of Nitrogen Derived From Mown Wetland Biomass in a Swampy River Valley LandscapeA. Wysocka-CzubaszekR. CzubaszekS. Roj-RojewskiP. Banaszuk
- Potential for Renewable Use of Biomass From Reedbeds on the Lower Prut, Danube and Dniester Floodplains of Ukraine and MoldovaP. GoriupA. HaberlO. RubelV. AjderI. KulchytskyyA. SmaliychukN. Goriup
- Mixed Farming Systems on Peatlands in Jambi and Central Kalimantan Provinces, Indonesia: Should They Be Described as Paludiculture?H.L. Tata
- Integrated Management of Invasive Cattails (_Typha_ spp.) for Wetland Habitat and Biofuel in the Northern Great Plains of the United States and Canada: A ReviewD. SvedarskyR. GrosshansH. VenemaS. Ellis-FelegeJ. BruggmanA. OstlundJ. Lewis
- Volume 25: List of ReviewersMires and Peat
Karki, S., Kandel, T. P., Elsgaard, L., Labouriau, R., & Lærke, P. E. (2019). Annual CO2 Fluxes From a Cultivated Fen With Perennial Grasses During Two Initial Years of Rewetting. Mires and Peat, 25, 01. https://doi.org/10.19189/MaP.2017.DW.322