<--- Back to Details
First PageDocument Content
Pollination / Palynology / Pollen analysis / Vance T. Holliday / Pollen / Boreal / Great Plains / Geography of Texas / Pleistocene / Botany / Biology / Phanerozoic
Date: 2007-09-07 18:34:49
Pollination
Palynology
Pollen analysis
Vance T. Holliday
Pollen
Boreal
Great Plains
Geography of Texas
Pleistocene
Botany
Biology
Phanerozoic

QUATERNARY RESEARCH A Reexamination

Add to Reading List

Source URL: www.argonaut.arizona.edu

Download Document from Source Website

File Size: 630,90 KB

Share Document on Facebook

Similar Documents

Introduction to environmental archaeology: What do plant remains tell us? Masaaki KANEHARA, Nara University of Education 1)Pollen analysis Although pollen analysis allows the researcher to take an extensive view of t

DocID: 1fcSB - View Document

Science / Pollination / Plant morphology / Shroud of Turin / Pollen / Linen / Palynology / Fiber / Scanning electron microscope / Biology / Electron microscopy / Botany

Analysis of micro-particles vacuumed from the Turin Shroud

DocID: 1aIbu - View Document

Earth sciences / Palynology / Pollination / Physical geography / Sedimentology / Rain / Climate / Pollen analysis / Environmental magnetism / Atmospheric sciences / Meteorology / Earth

Reconstruction of Late Holocene Northeast Monsoon from pollen analysis of sediment sections in a rain-fed irrigation reservoir, Tamil Nadu, India Anupama K*., Thomas J.V., Prasad S., N. Juyal, Aslam A., Arul Pragasan L.,

DocID: 195jE - View Document

Pollination / Plant morphology / Pollen / Maize / Anemophily / Flower / Regression analysis / Bee / Gene flow / Plant reproduction / Biology / Botany

ECOSM-a new joint project for assessing environmental risks of poorly soluble compounds used in cosmetics-project presentation

DocID: 18SyD - View Document

Fossils / Palynology / Pollination / Archaeological sub-disciplines / Geology / Pollen analysis / Palynomorph / Pollen count / Climate change / Botany / Biology / Paleontology

Deep Sea Drilling Project Initial Reports Volume 93

DocID: 18oSQ - View Document