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Banff area, Alberta

https://archives.whyte.org/en/permalink/catalogue19878
Medium
Library - Book (including soft-cover and pamphlets)
Published Date
1927
Author
Warren, Percival S.
Publisher
Ottawa, F.A. Acland, printer
Call Number
03.2 W25b Pam
Author
Warren, Percival S.
Responsibility
Percival S. Warren
Publisher
Ottawa, F.A. Acland, printer
Published Date
1927
Physical Description
3 preliminary leaves, 94 pages including frontispiece (plates I) [II]-VII plates, tables, folded map 25 cm.
Medium
Library - Book (including soft-cover and pamphlets)
Subjects
Geology
Banff
Paleontology
Fossils
Geography
Geological Survey of Canada
Abstract
Pertains to an in depth analysis of geological features in and around Banff, as well as a descriptive segment on new fossil species. The geological features pertains to both the mountains in and around Banff, as well as a separate discussion on economic geology.
Contents
Introduction (pg. 1)
Physiography (pg. 4)
General geology (pg. 4)
Description of new species of fossils (pg. 44)
Economic geology (pg. 93)
Index to fossils (pg. 93)
Accession Number
2017.8683
Call Number
03.2 W25b Pam
Collection
Archives Library
Less detail
This material is presented as originally created; it may contain outdated cultural descriptions and potentially offensive content. Read more.

Understanding the Banff Hot Springs: through Karst hydrogeology

https://archives.whyte.org/en/permalink/catalogue25279
Medium
Library - Book (including soft-cover and pamphlets)
Published Date
2019
Author
Yonge, Chas
Publisher
Altona, Manitoba : Friesens Corporation
Edition
First
Call Number
03.5 Y7u
  1 website  
Author
Yonge, Chas
Responsibility
Chas Yonge
Edition
First
Publisher
Altona, Manitoba : Friesens Corporation
Published Date
2019
Physical Description
104 pages
Medium
Library - Book (including soft-cover and pamphlets)
Subjects
Hydrology
Hydrology - Alberta
Geography
Geology - Alberta - Mountain Park
Hot springs
Banff
Banff National Park
Abstract
The Banff Hot Springs is an iconic location with a long and storied history, having been first found and used by indigenous peoples. In 1883, Canadian Pacific Railway workers found the springs, which led to the development of Banff National Park and tourism in the Canadian Rockies. But the geologic history encompassed in the rocks of the Banff area extends back more than a billion years. In Understanding the Banff Hot Springs through Karst Hydrogeology, Chas Yonge looks at the Banff Hot Spring system from a new perspective: that of karst. Karst landforms are created by dissolution of rock, which leads to some of the most beautiful landscapes on the planet. This karst perspective leads to some very different conclusions regarding the nature of the hot springs. For example: How old is the thermal water? How far has it travlled underground? And how extensive are its pathways? Anyone with an interest in the science behind the Banff Hot Springs and exploring the local geology and landscape of the Canadian Rockies will find this book the perfect answer to their curiousity. Featuring a foreword by Arthur N. Palmer, Professor of Hydrogeology, Emeritus, at State University of New York. As of a few years ago, Chas Yonge was the former owner and operator of Canmore Cave Tours, offering interpretive tours underground. He has been an enthusiastic caver for almost 50 years, taking him all over the world. Since earning a PhD in karst paleoclimatology, he has applied isotope studies to karst, culminating in a number of publications. He has been an adjunct professor at the University of Calgary and is currently a fellow of the Royal Canadian Geographic Society. (From Amazon website)
Contents
Acknowledgements
Foreward
Hot springs in Canada where do you find them?
Rocky Mountain geology around Banff
Geological setting of the Banff Springs Hotel
Sources and depth of the Banff thermal spring water
Carbonate hot springs viewed as hypogene karst
Hydrogeology of the the Rockies and Banff Hot Springs
Flow nets developed along thurst faults
Conduits developed along a thurst fault, nearby examples in Rats Nest Cave
Hypogene recharge at the Banff Hot Springs: mechanisms and chemistry
Epigene recharge; the invasion of cold, shallow groundwater at Banff
Age of the groundwater
Spring elevation: relevance to the Late Wisconsin Glaciation
Tufa deposits and tufa caves
Cave formation by microbes: tufa speleogenesis
The cave deposits (speleothems)
Banff Hot Springs Summary
Appendices
Glossary
References and further reading
Index
About the author
About the designer
ISBN
9780987936936
Accession Number
P2020.07
Call Number
03.5 Y7u
Collection
Archives Library
URL Notes
Further research via Research Gate
Websites
Less detail
This material is presented as originally created; it may contain outdated cultural descriptions and potentially offensive content. Read more.
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