Disentangling the role of natural and anthropogenic factors is a major challenge in paleofire studies. Here, we introduce the molecular biomarkers of polycyclic aromatic hydrocarbon (PAHs), combined with charcoal and black carbon in sediments of archaeological sites, to identify anthropogenic signals of environmental change during the middle Holocene. In the prehistoric period, an intensified-fire regime period, inferred on the basis of PAHs, char and macro-charcoal levels, has been attributed to intensified anthropogenic biomass burning from dry crop cultivation between 6500 and 5000 and 3900-3600 yr BP., corresponding to the earliest Chinese settlements during the Miaodigou & Banpo IV Culture and the development of the Erlitou Culture und...
The reconstruction of fire history is essential to understand the palaeoclimate and human history. P...
Black or elemental carbon (EC), including soot and char, are byproducts of anthropogenic fossil-fuel...
Pollen and charcoal particles from a Jinchuan peat (northeastern China) were examined to investigate...
Disentangling the role of natural and anthropogenic factors is a major challenge in paleofire studie...
To examine fire patterns and landscape evolution in the Xiangjiang River Basin over the past 1300 ye...
Disentangling fire and its controls over thousands of years ago is a major challenge in the study of...
High-resolution macroscopic charcoal and sediment analysis was used to reconstruct fire history and ...
High-resolution sedimentary charcoal and black carbon (BC, including char and soot) records from a l...
It remains debatable whether slash-and-burn practices were adopted in rice cultivation by the Neolit...
Polycyclic aromatic hydrocarbons (PAHs) are excellent tracers for fossil fuel combustion, natural fi...
Holocene paleo-records of the Chinese Loess Plateau loess-soil profiles were used to reconstruct wil...
Dating the start of intensive anthropogenic influence on ecosystems is important for identifying the...
The important role that biomass burning plays in influencing the Holocene’s climate is still under d...
The taxonomic identification of fossil charcoal can be a useful archaeobotanical tool, as it can rev...
The taxonomic identification of fossil charcoal can be a useful archaeobotanical tool, as it can rev...
The reconstruction of fire history is essential to understand the palaeoclimate and human history. P...
Black or elemental carbon (EC), including soot and char, are byproducts of anthropogenic fossil-fuel...
Pollen and charcoal particles from a Jinchuan peat (northeastern China) were examined to investigate...
Disentangling the role of natural and anthropogenic factors is a major challenge in paleofire studie...
To examine fire patterns and landscape evolution in the Xiangjiang River Basin over the past 1300 ye...
Disentangling fire and its controls over thousands of years ago is a major challenge in the study of...
High-resolution macroscopic charcoal and sediment analysis was used to reconstruct fire history and ...
High-resolution sedimentary charcoal and black carbon (BC, including char and soot) records from a l...
It remains debatable whether slash-and-burn practices were adopted in rice cultivation by the Neolit...
Polycyclic aromatic hydrocarbons (PAHs) are excellent tracers for fossil fuel combustion, natural fi...
Holocene paleo-records of the Chinese Loess Plateau loess-soil profiles were used to reconstruct wil...
Dating the start of intensive anthropogenic influence on ecosystems is important for identifying the...
The important role that biomass burning plays in influencing the Holocene’s climate is still under d...
The taxonomic identification of fossil charcoal can be a useful archaeobotanical tool, as it can rev...
The taxonomic identification of fossil charcoal can be a useful archaeobotanical tool, as it can rev...
The reconstruction of fire history is essential to understand the palaeoclimate and human history. P...
Black or elemental carbon (EC), including soot and char, are byproducts of anthropogenic fossil-fuel...
Pollen and charcoal particles from a Jinchuan peat (northeastern China) were examined to investigate...