Although the decomposition of plant material in soil is an extremely complex process, relatively simple models can give good fits to the decay process. Thus a two-compartment model gives a close representation, over the first few years, of the decay of 14C-labelled plant material in soil. A model containing a single homogeneous humus compartment decomposing by a first-order process is surprisingly useful for soil organic nitrogen over periods measured in decades. More sophisticated multicompartmental models are now widely used to represent turnover in soil. One of these, the Rothamsted turnover model, is described in detail and shown to give a useful representation of data from the Rothamsted long-term field experiments
Soil organic matter is a complex mixture of material with heterogeneous biological, physical, and ch...
Combining decomposition data with process-based biogeochemical models is essential to quantify the t...
Five alternatives of the previously published MOMOS model (MOMOS-2 to -6) are tested to predict the ...
Data are assembled from the Rothamsted classical field experiments on the effects of long-continued ...
There is little quantitative data on the turnover of soil organic matter even for parts of the world...
Abstract. This paper exposes an extension of the simplest mathematical model of soil organic matter ...
The aim of this experiment was to study the effect of living roots on soil carbon metabolism at diff...
Most models for the turnover of soil organic matter (SOM) include a compartment that is either consi...
The goal of this report is to present an inventory of models on organic matter transformation as in ...
A new model, RothPC-1, is described for the turnover of organic C in the top metre of soil. RothPC-1...
Based on previous studies we suppose common soil carbon turnover modelling approaches to fail to acc...
Dynamics of C and N in forest soils in the Nutrient Cycling and Soil Acidification Model (NUCSAM) ar...
The decomposition of plant debris or added organic materials (AOM) in soil have been studied a lot; ...
A fractionation scheme that provided the measurement of a labile pool (particulate organic carbon), ...
We investigated the decomposability of soil organic matter (SOM) along a chronosequence of rainfores...
Soil organic matter is a complex mixture of material with heterogeneous biological, physical, and ch...
Combining decomposition data with process-based biogeochemical models is essential to quantify the t...
Five alternatives of the previously published MOMOS model (MOMOS-2 to -6) are tested to predict the ...
Data are assembled from the Rothamsted classical field experiments on the effects of long-continued ...
There is little quantitative data on the turnover of soil organic matter even for parts of the world...
Abstract. This paper exposes an extension of the simplest mathematical model of soil organic matter ...
The aim of this experiment was to study the effect of living roots on soil carbon metabolism at diff...
Most models for the turnover of soil organic matter (SOM) include a compartment that is either consi...
The goal of this report is to present an inventory of models on organic matter transformation as in ...
A new model, RothPC-1, is described for the turnover of organic C in the top metre of soil. RothPC-1...
Based on previous studies we suppose common soil carbon turnover modelling approaches to fail to acc...
Dynamics of C and N in forest soils in the Nutrient Cycling and Soil Acidification Model (NUCSAM) ar...
The decomposition of plant debris or added organic materials (AOM) in soil have been studied a lot; ...
A fractionation scheme that provided the measurement of a labile pool (particulate organic carbon), ...
We investigated the decomposability of soil organic matter (SOM) along a chronosequence of rainfores...
Soil organic matter is a complex mixture of material with heterogeneous biological, physical, and ch...
Combining decomposition data with process-based biogeochemical models is essential to quantify the t...
Five alternatives of the previously published MOMOS model (MOMOS-2 to -6) are tested to predict the ...