bei Google ScholarTitelangaben
Tipping, Edward ; Michalzik, Beate ; Mulder, Jan ; Gallardo Lancho, J. F. ; Matzner, Egbert ; Bryant, Charlotte ; Clarke, Nicholas ; Lofts, S. ; Vicente Esteban, A.:
DyDOC, a model to describe carbon dynamics in forest soils.
In: Borggaard, Ole K.
(Hrsg.):
8th Nordic IHSS Symposium on humic substances - characterisation, dynamics, transport and effects : the proceedings of the conference held 28-30 May 2001 at Chemistry Department, the Royal Veterinary and Agricultural University ... Denmark. -
S.l.
: International Humic Substances Society, Nordic Chapter
,
2001
. - S. 122-126
Abstract
DyDOC identifies three soil horizons with different properties. Within each horizon the transport of water, metabolic transformations of organic matter, and sorption of potential DOC are simulated. The model is parameterised by fitting experimental laboratory and field data, including 14C signals. The outputs are quasi-steady state C pools, varying on long timescales (centuries) and daily DOC concentrations and fluxes.