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1992
A soil sample from a black layer associated with Roman priestly regalia, which pre-dated the Romano-Celtic temple, was examined for plant macrofossils. A few cereal remains, including poorly preserved grain, cf.spelt glume bases and weed seeds, were identified. The recovery of plant remains from ritual deposits is discussed.
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A soil sample from a black layer associated with Roman priestly regalia, which pre-dated the Romano-Celtic temple, was examined for plant macrofossils. A few cereal remains, including poorly preserved grain, cf.spelt glume bases and weed seeds, were identified. The recovery of plant remains from ritual deposits is discussed.
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CHARRED PLANT REMAINS FROM THE LATE IRON AGE AND ROMAN SETTLEMENT AT ELMS FARM, HEYBRIDGE, ESSEX
2000Samples of first to fourth century date were analysed representing the phases and zones of the extensive village settlement. The most abundant cereal was spelt with a trace of emmer and a few bread wheat type grains, and hulled barley including six-row barley, as a second cereal.
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1988
The identification of the charcoals and other charred plant remains from the Neolithic rubbish pit and Bronze Age barrow and ditch at Roughridge Hill, Wiltshire produced several interesting finds in the form of beech and ash charcoal. This is an early record for beech and ash charcoal which may represent the regeneration secondary woodland. Other finds
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The identification of the charcoals and other charred plant remains from the Neolithic rubbish pit and Bronze Age barrow and ditch at Roughridge Hill, Wiltshire produced several interesting finds in the form of beech and ash charcoal. This is an early record for beech and ash charcoal which may represent the regeneration secondary woodland. Other finds
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Charred Plant Remains from the Excavations
2014Rosalind McKenna, Wendy Smith
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THE CHARRED PLANT REMAINS FROM EARLY NEOLITHIC LEVELS AT BESTANSUR AND SHIMSHARA
2020Jade Whitlam +3 more
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Distribution of charred plant fragments in particle size fractions of Japanese volcanic ash soils
Soil Science and Plant Nutrition, 2008Haruo Shindo
exaly