The sensitivity of organic-rich archaeological layers at Bryggen in Bergen, Norway, to changes in soil temperatures, water contents and oxygen concentrations is investigated. This is done by linking measurements of oxic decay at varying temperatures and water contents with on-site monitoring data using a one-pool decomposition model. The results show that the model can beused to elucidate the current in situ decay and to evaluate where and when the decay takes place. Future investigations need to include long-term incubation experiments and decay studies at zero or very low oxygen contents in order to improve the robustness of predictions
Archaeological formation processes involve the interactions whereby intrusive human induced evidence...
In many places around the world, soils preserve ancient wooden elements. These are related to archae...
NoDespite an increasing literature on the decomposition of human remains, whether buried or exposed,...
Oxygen is a key parameter in the degradation of archaeological material, but little is known of its ...
This paper presents archaeological observations and results of palaeoecological and geo-chemical ana...
The degradation of archaeological bones is influenced by many variables. The bone material itself is...
This concluding report contains all the monitoring data collected in the course of five years, from ...
How fast do archaeological deposits, soil features and artefacts degrade? Is it possible to preserve...
Determining environmental controls on soil organic matter decomposition is of importance for develop...
Despite a growing body of evidence concerning accelerated organic degradation at archaeological site...
Despite a growing body of evidence concerning accelerated organic degradation at archaeological site...
Across the Arctic, microbial degradation is actively destroying irreplaceable cultural and environme...
Persistence of aerobic conditions after backfilling of a spent fuel emplacement drift is of high rel...
The sensitivity of soil organic matter decomposition to global environmental change is a topic of pr...
The effect of air and water temperature upon the decomposition of human remains and upon biological ...
Archaeological formation processes involve the interactions whereby intrusive human induced evidence...
In many places around the world, soils preserve ancient wooden elements. These are related to archae...
NoDespite an increasing literature on the decomposition of human remains, whether buried or exposed,...
Oxygen is a key parameter in the degradation of archaeological material, but little is known of its ...
This paper presents archaeological observations and results of palaeoecological and geo-chemical ana...
The degradation of archaeological bones is influenced by many variables. The bone material itself is...
This concluding report contains all the monitoring data collected in the course of five years, from ...
How fast do archaeological deposits, soil features and artefacts degrade? Is it possible to preserve...
Determining environmental controls on soil organic matter decomposition is of importance for develop...
Despite a growing body of evidence concerning accelerated organic degradation at archaeological site...
Despite a growing body of evidence concerning accelerated organic degradation at archaeological site...
Across the Arctic, microbial degradation is actively destroying irreplaceable cultural and environme...
Persistence of aerobic conditions after backfilling of a spent fuel emplacement drift is of high rel...
The sensitivity of soil organic matter decomposition to global environmental change is a topic of pr...
The effect of air and water temperature upon the decomposition of human remains and upon biological ...
Archaeological formation processes involve the interactions whereby intrusive human induced evidence...
In many places around the world, soils preserve ancient wooden elements. These are related to archae...
NoDespite an increasing literature on the decomposition of human remains, whether buried or exposed,...