<--- Back to Details
First PageDocument Content
Physical geography / Beardmore Glacier / The Cloudmaker / Transantarctic Mountains / Dominion Range / Glacier / Meyer Desert / Antarctica / Mount Hope / Dufek Coast / Geography of Antarctica / Ross Dependency
Date: 2011-05-06 18:16:42
Physical geography
Beardmore Glacier
The Cloudmaker
Transantarctic Mountains
Dominion Range
Glacier
Meyer Desert
Antarctica
Mount Hope
Dufek Coast
Geography of Antarctica
Ross Dependency

Soil development in the Beardmore Glacier region, Antarctica J. G. BOCKHEIM, S.C. WILSON, and J. E. LEIDE

Add to Reading List

Source URL: s3.amazonaws.com

Download Document from Source Website

File Size: 3,15 MB

Share Document on Facebook

Similar Documents

ALLAN C. ASHWORTH Research Professor and NDSU Distinguished Professor Emeritus President of the International Union for Quaternary Research CONTACT INFORMATION Department of Geosciences Stevens Hall, 1340 Bolley Drive

ALLAN C. ASHWORTH Research Professor and NDSU Distinguished Professor Emeritus President of the International Union for Quaternary Research CONTACT INFORMATION Department of Geosciences Stevens Hall, 1340 Bolley Drive

DocID: 1r3mm - View Document

PDF Document

DocID: 17iC7 - View Document

a vitric tuff (Barrett, 1969) and by tuffaceous claystone, which is common in the middle and upper , members of the formation. The composition of the Fremouw sandstone varies both vertically and laterally, reflecting cha

a vitric tuff (Barrett, 1969) and by tuffaceous claystone, which is common in the middle and upper , members of the formation. The composition of the Fremouw sandstone varies both vertically and laterally, reflecting cha

DocID: 15a65 - View Document

floodplain deposits laterally suggests a scenario in which a forested, swampy island was undercut and destroyed during flooding. Once buried, the fossil peat was quickly silicified before compression could take place, pr

floodplain deposits laterally suggests a scenario in which a forested, swampy island was undercut and destroyed during flooding. Once buried, the fossil peat was quickly silicified before compression could take place, pr

DocID: 159VH - View Document

fern possesses a mesarch, amphiphloic siphonostele embedded in a parenchymatous cortex. The pith is often scierified. In these stems there is relatively little support tissue. Only the vascular strand and thickened cells

fern possesses a mesarch, amphiphloic siphonostele embedded in a parenchymatous cortex. The pith is often scierified. In these stems there is relatively little support tissue. Only the vascular strand and thickened cells

DocID: 159PL - View Document