Abstract
Drainage of boreal peatlands intensify aerobic decomposition and carbon dioxide emission from the peat substrate and increase tree growth. CO{sub 2} emission rates depend on the ground water level and the soil temperature. Predicted rises in mean air temperatures due to anthropogenically induced climate change are expected to further increase carbon dioxide emission from drained boreal peatlands. The role of added nutrients is somewhat vague. The purpose of this presentation is to give some preliminary results on microbial biomass carbon and on carbon dioxide output/input relationship on a pine mire. (6 refs.)
Hartman, M;
Karsisto, M;
Kaunisto, S
[1]
- Finnish Forest Research Inst., Vantaa (Finland). Vantaa Research Centre
Citation Formats
Hartman, M, Karsisto, M, and Kaunisto, S.
Carbon dioxide emissions and nutrition on a drained pine mire - a case study.
Finland: N. p.,
1996.
Web.
Hartman, M, Karsisto, M, & Kaunisto, S.
Carbon dioxide emissions and nutrition on a drained pine mire - a case study.
Finland.
Hartman, M, Karsisto, M, and Kaunisto, S.
1996.
"Carbon dioxide emissions and nutrition on a drained pine mire - a case study."
Finland.
@misc{etde_458164,
title = {Carbon dioxide emissions and nutrition on a drained pine mire - a case study}
author = {Hartman, M, Karsisto, M, and Kaunisto, S}
abstractNote = {Drainage of boreal peatlands intensify aerobic decomposition and carbon dioxide emission from the peat substrate and increase tree growth. CO{sub 2} emission rates depend on the ground water level and the soil temperature. Predicted rises in mean air temperatures due to anthropogenically induced climate change are expected to further increase carbon dioxide emission from drained boreal peatlands. The role of added nutrients is somewhat vague. The purpose of this presentation is to give some preliminary results on microbial biomass carbon and on carbon dioxide output/input relationship on a pine mire. (6 refs.)}
place = {Finland}
year = {1996}
month = {Dec}
}
title = {Carbon dioxide emissions and nutrition on a drained pine mire - a case study}
author = {Hartman, M, Karsisto, M, and Kaunisto, S}
abstractNote = {Drainage of boreal peatlands intensify aerobic decomposition and carbon dioxide emission from the peat substrate and increase tree growth. CO{sub 2} emission rates depend on the ground water level and the soil temperature. Predicted rises in mean air temperatures due to anthropogenically induced climate change are expected to further increase carbon dioxide emission from drained boreal peatlands. The role of added nutrients is somewhat vague. The purpose of this presentation is to give some preliminary results on microbial biomass carbon and on carbon dioxide output/input relationship on a pine mire. (6 refs.)}
place = {Finland}
year = {1996}
month = {Dec}
}