Contributions Series Nr. 33 (PDF)

Description

CONTENTS

Tips and traps of palynomorph sampling, processing, and analysis: an overview
VAUGHN M. BRYANT, JR. and JOHN H. WRENN

The importance of palynological sample processing to the oil industry
JOHN H. WRENN

Improved palynological sample preparation using an automated focused microwave digestion system
RAE A. JONES and STEPHEN J. ELLIN

Processing pollen samples from archaeological sites in the southwest United States:
an example of differential recovery from two heavy liquid gravity separation procedures
SUSAN J. SMITH

Sampling prehistoric structures for pollen and starch granules
LINDA SCOTI CUMMINGS

Finding a needle in a palynological haystack: a comparison of methods
GLENNA DEAN

Pollen analysis of ceramic containers from a Late Iron Age TI or Persian Period shipwreck near Haifa, Israel
JOHNG.JONES, VAUGHNM.BRYANT JR and ERI WEINSTEIN

Preliminary pollen analysis of terebinth resin from a Bronze Age Mediterranean shipwreck
MARIA JACOBSEN, VAUGHN M. BRYANT, JR, and JOHN G. JONES

The Transwestern pipeline expansion project pollen analysis
JANNIFER W. GISH

Steinkerns as pollen traps
FREDRICK J. RICH and FREDRIC L. PIRKLE

Surface-embedding of fossil pollen for time- and cost-effective ultramicrotomy (TEM)
and multiple microscopy (LM, SEM, TEM) of single grains
LYNNE A. MILNE

Pollen recovery from honey
GRETCHEND. JONES and VAUGHNM. BRYANT, JR.

Are all counts created equal?

GRETCHEN D. JONES and VAUGHN M. BRYANT, JR

Pollen analysis of the boll weevil exoskeleton
GRETCHEN D. JONES and JAMES R. COPPEDGE

Pollen analysis of the crop of adult corn earworms
GRETCHEN D. JONES and JUAN D. LOPEZ, JR

Palynological analysis of the Gondar (Ethiopia) Hanging
DAVID M. JARZEN

Forensic palynology: a new way to catch crooks
VAUGHN M. BRYANT, JR. and DALLAS C. MILDENHALL