New Developments in Palynomorph Sampling, Extraction, and AnalysisVaughn M. Bryant, John H. Wrenn |
Contents
an overview | 1 |
The importance of palynological sample processing to the oil industry | 7 |
Improved palynological sample preparation using an automated focused microwave digestion system | 23 |
12 other sections not shown
Common terms and phrases
500 grain count abundant acetolysis acid alcohol amphora Apiaceae archaeological areas Association of Stratigraphic Asteraceae Bells Bluff boll weevil Bryant cargo ceramic Cheno-am Cleome collected contained corn earworm coverslip Developments in Palynomorph digestion Dinoflagellate diversity Eocene Ephedra examined extraction figs filter foraging resources forensic palynology forensic pollen fossil pollen genera Gondar grains/g hearth honey samples identified Indeterminate Jones laboratory Late Eocene Lingren located Lycopodium marker grains melissopalynology method microwave moths Noctuidae number of pollen number of taxa Palynomorph Sampling palynomorphs photographic plates pine pollen Pinus pithouse plants Poaceae pollen analysis pollen and spores pollen concentration values pollen data pollen grain count pollen grains pollen residue pollen samples procedures produce Quercus rare pollen type recovered region sample number sample preparation scanning sediment shell shipwreck slide species specimens spores steinkerns TAMU samples Tantura Tantura Lagoon taxa technique terebinth terebinth resin Texas Text-Figure tion Ulu Burun wingwalls