Exact(19)
Charcoal data were analyzed using the CharAnalysis software package (Higuera et al., 2009).
The approach here is to place microscopic charcoal data in a more holistic framework.
Charcoal data is used to get insight into local vegetation and give new insights into the Mid-Holocene landscape.
The third example (Kleiner Tornowsee, Brandenburg, Germany) combines pollen data from sediments of a small lake with charcoal data derived from Holocene colluvisols and soils.
Deciduous Quercus and Buxus sempervirens were the most important taxa in all periods and areas, as shown in charcoal data from 26 archaeological levels.
Time since last fire analysis indicates that the Weibull parameters defined for the Clayoquot charcoal data produce results that are weighted too heavily towards recent fires.
Similar(41)
Fig. 5 PCA/biplot of the charcoal kiln sites data.
Considering the descriptive data, charcoal production is the most severe degradation activity with more than 3 Mg per ha.
The publications reviewed are based on sediment sequences which provide C14-dated pollen records, charcoal and geochemical data.
Here we combine three sources of historical data: charcoal accumulation rates from a peat bog, detailed historical records of fire incidence and tree-ring width data from five relict black pine (Pinus nigra) forests with fire-scarred trees located in Sierra de Gredos (central Spain).
In this review, I discuss how coupling pollen with macrofossil, charcoal and genetic data opens up the extensive pollen databases to investigation of the drivers of vegetation change over time and also provides extensive data sets for testing hypotheses with wide ecological relevance.
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