- United Kingdom
UV-fluorescence microscopy provides a powerful tool for the assessment of the coherence of pollen and organic-walled microfossil assemblages in situations where recycling or the intrusion of younger pollen is suspected. It also provides... more
UV-fluorescence microscopy provides a powerful tool for the assessment of the coherence of pollen and organic-walled microfossil assemblages in situations where recycling or the intrusion of younger pollen is suspected. It also provides sensitive information about the thermal maturity of pollen, important for assessing whether material has been heated. Examples are given from the Palaeolithic sites at Barnham, Suffolk, UK;
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The cathedral-like Niah Caves of Sarawak (Borneo) have iconic status in the archaeology of Southeast Asia, because the excavations by Tom and Barbara Harrisson in the 1950s and 1960s revealed the longest sequence of human occupation in... more
The cathedral-like Niah Caves of Sarawak (Borneo) have iconic status in the archaeology of Southeast Asia, because the excavations by Tom and Barbara Harrisson in the 1950s and 1960s revealed the longest sequence of human occupation in the region, from (we now know) 50,000 years ago to the recent past. This book is the first of two volumes describing the results of new work in the caves by a multi-disciplinary team of archaeologists and geographers aimed at clarifying the many questions raised by the earlier work. This first volume is a closely integrated account of how the old and new work combines to provide profound new insights into the prehistory of the region: the strategies developed by our species to live in rainforest from the time of first arrival; how rainforest foragers engaged in forms of ‘vegeculture’ thousands of years before rice farming; and how rice farming represented profound transformations in the social (and spiritual?) lives of rainforest dwellers far more tha...
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Research Interests: Evolutionary Biology, Archaeology, Prehistoric Archaeology, Paleontology, Anthropology, and 24 moreHuman Evolution, Palaeoenvironment, Environmental Archaeology, Archaeological Science, Palaeolithic Archaeology, Southeast Asia, Neolithic Archaeology, Southeast Asian Archaeology, Physical Anthropology, Human, Humans, Fossils, Radiocarbon Dating, Case Study, Animals, Skull, Human Activities, Biological evolution, Forest Edge, Human Activity, Hominidae, Montane Forest, Tropical Climate, and Environment
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The paper describes the initial results from renewed investigations at Niah Cave in Sarawak on the island of Borneo, famous for the discovery in 1958 of the c. 40,000-year old 'Deep Skull'. The archaeological sequences from the... more
The paper describes the initial results from renewed investigations at Niah Cave in Sarawak on the island of Borneo, famous for the discovery in 1958 of the c. 40,000-year old 'Deep Skull'. The archaeological sequences from the West Mouth and the other entrances of the ...
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Research Interests:
Research Interests: Botany, Landscape Ecology, Archaeology, Prehistoric Archaeology, Conservation Biology, and 12 moreLandscape Archaeology, Biology, Palynology, Ecology, Quaternary Geology, Vegetation Ecology, Forest Ecology, Biodiversity Research, Quaternary Sedimentology and Geomorphology, Landscape and Land-use-history, Human Impact on the Environment, and Alpine and Arctic Research
During recent reinvestigations in the Great Cave of Niah in Borneo, the ‘Hell Trench’ sedimentary sequence seen by earlier excavators was re-exposed. Early excavations here yielded the earliest anatomically-modern human remains in island... more
During recent reinvestigations in the Great Cave of Niah in Borneo, the ‘Hell Trench’ sedimentary sequence seen by earlier excavators was re-exposed. Early excavations here yielded the earliest anatomically-modern human remains in island Southeast Asia. Calibrated radiocarbon dates, pollen, algal microfossils, palynofacies, granulometry and geochemistry of the ‘Hell Trench’ sequence provide information about environmental and vegetational changes, elements of geomorphic history and information about human activity. The ‘Hell’ sediments were laid down episodically in an ephemeral stream or pool. The pollen suggests cyclically changing vegetation with forest habitats alternating with more open environments; indicating that phases with both temperatures and precipitation reduced compared with the present. These events can be correlated with global climate change sequences to produce a provisional dating framework. During some forest phases, high counts of Justicia, a plant which today colonises recently burnt forest areas, point to fire in the landscape. This may be evidence for biomass burning by humans, presumably to maintain forest-edge habitats. There is evidence from palynofacies for fire on the cave floor in the ‘Hell’ area. Since the area sampled is beyond the limit of plant growth, this is evidence for human activity. The first such evidence is during an episode with significant grassland indicators, suggesting that people may have reached the site during a climatic phase characterised by relatively open habitats ∼50 ka. Thereafter, people were able to maintain a relatively consistent presence at Niah. The human use of the ‘Hell’ area seems to have intensified through time, probably because changes in the local hydrological regime made the area dryer and more suitable for human use.