ISSN 1819-754X
Vol. 17, 2016June 21, 2016 UTC
Greenhouse Gas Dynamics in Degraded and Restored Tropical Peatlands
Greenhouse Gas Dynamics in Degraded and Restored Tropical Peatlands
J. Jauhiainen, S.E. Page, H. Vasander,
Articles in Vol. 17, 2016
Vol. 17, 2016
- Soil CO~2~ Efflux in a Degraded Raised Bog Is Regulated by Water Table Depth Rather Than Recent Plant AssimilateU.H. KritzlerR.R.E. ArtzD. Johnson
- High Methane Emissions From Restored Norway Spruce Swamps in Southern Finland Over One Growing SeasonM. KoskinenL. MaanaviljaM. Nieminen
- Summertime Greenhouse Gas Fluxes From an Urban Bog Undergoing Restoration Through RewettingA. ChristenR.A. JassalT.A. Black
- Greenhouse Gas Emission Factors Associated With Rewetting of Organic SoilsD. WilsonD. BlainJ. CouwenbergC.D. EvansD. MurdiyarsoS.E. PageF. Renou-WilsonJ.O. RieleyA. SirinM. StrackE-S. Tuittila
- Controls on Plot-Scale Growing Season CO~2~ and CH~4~ Fluxes in Restored Peatlands: Do They Differ From Unrestored and Natural Sites?M. StrackJ. CagampanG. Hassanpour Fard
- Greenhouse Gas Dynamics in Degraded and Restored Tropical PeatlandsJ. JauhiainenS.E. PageH. Vasander
- Ecosystem Respiration, Methane and Nitrous Oxide Fluxes From Ecotopes in a Rewetted Extracted Peatland in SwedenS. JordanM. StrömgrenJ. Fiedler
- Surface Peat and Its Dynamics Following Drainage Do They Facilitate Estimation of Carbon Losses With the C/ash Method?R. LaihoM. Pearson
- Volume 17: List of ReviewersMires and Peat
Jauhiainen, J., Page, S. E., & Vasander, H. (2016). Greenhouse Gas Dynamics in Degraded and Restored Tropical Peatlands. Mires and Peat, 17, 06. https://doi.org/10.19189/MaP.2016.OMB.229