File consists of notes and reproductions relating to the Upper Fraser Historical Geography Project done on the East Line and Upper Fraser in collaboration with the University of Northern British Columbia researchers. Includes a CD titled "Kent's Upper Fraser Files" containing Kent's research files for the Upper Fraser project (7 Jan. 2004) and a computer diskette titled "Oral Histories" containing an oral history interview with a woman (2004).
The item is a CD-R containing Kent Sedgewick's files regarding the Upper Fraser Valley history. Files include literature summaries, oral history transcripts and various other documents referring to the Upper Fraser Valley. Annotations on CD-R state, "Jun 7 '04 Kent - UF files to start."
In July 2009, Dr. Paul Sanborn undertook the first soils field research at the Fort Selkirk volcanic field in central Yukon, with helicopter support and funding from the Yukon Geological Survey. This file includes digital photographs of the 2009 field work at the Ft. Selkirk site. Some of the digital photographs have been annotated as PDFs.
- Ft Selkirk 110114069.xls [particle size analysis data, CANTEST]
- S1090final.xlsx [chemical analysis data, Ministry of Forests & Range, Analytical Chemistry Laboratory]
- S1112final.xlsx [chemical analysis data, Ministry of Forests & Range, Analytical Chemistry Laboratory]
- Ft Selkirk 2009 soils data (updated Sept 15, 2010 and April 10, 2023).xls [consolidated lab data for all 2009 samples]
In July 2009, Dr. Paul Sanborn undertook the first soils field research at the Fort Selkirk volcanic field in central Yukon, with helicopter support and funding from the Yukon Geological Survey. This document is a complete transcription of field notes, with
soil and site photographs.
In July 2009, Dr. Paul Sanborn undertook the first soils field research at the Fort Selkirk volcanic field in central Yukon, with helicopter support and funding from the Yukon Geological Survey. This file consists of prints of aerial photographs that depict the area accessed for the study, upstream from the confluence of the Yukon River and the Pelly River.
Air photographs include:
Flight line A17210, Photo Nos. 54-60 (taken 1960)
Flight line A22354, Photo Nos. 43-45, 47-48 (taken 1971)
Flight line A27516, Photo Nos. 48-52 (taken 1989)
Tarnocai and Smith recorded their site locations on NTS topographical maps, and provided a set of scans of these maps.
Scanned topographical maps with Tarnocai & Smith site locations:
ARCTIC RED RIVER.TIF
AUSTRALIA MOUNTAIN.TIF
CARMACKS.TIF
CLEAR CREEK.TIF
COLDSPRING MOUNTAIN.TIF
DAWSON-1.TIF
DAWSON-2.TIF
DAWSON-3.TIF
ETHEL LAKE.TIF
FLAT CREEK.TIF
GARNER CREEK.TIF
GRAND FORKS.TIF
GRAND VALLEY CREEK.TIF
GRAVEL CREEK.TIF
GRAVEL LAKE.TIF
HART RIVER.TIF
LARSEN CREEK.TIF
LEE CREEK.TIF
MAYO.TIF
McQUESTEN-1.TIF
McQUESTEN-2.TIF
McQUESTEN-3.TIF
MEDRICK CREEK.TIF
MINTO LAKE.TIF
MOOSE CREEK.TIF
OGILVIE RIVER.TIF
PIRATE CREEK.TIF
RABBIT CREEK-1.TIF
RABBIT CREEK-2.TIF
REID LAKES.TIF
ROSEBUD CREEK.TIF
SEATTLE CREEK.TIF
SPRAGUE CREEK.TIF
STEWART CROSSING.TIF
STEWART RIVER.TIF
SUMMIT LAKE.TIF
SWEDE CREEK.TIF
WILLOW LAKE.TIF
This data set consists of elemental analysis data for selected B horizons from Wounded Moose paleosols sampled by Tarnocai and Smith. The file includes the original ALS lab report, additional panes showing comparison of replicates, and calculation of a weathering index.
During the 1980s, Agriculture Canada pedologists Scott Smith (retired from Summerland Research Station, formerly based in Whitehorse) and Charles Tarnocai (retired from Central Experimental Farm, Ottawa) had a large field program which addressed the trends in soil development in the central Yukon. Across this region, particularly between Whitehorse and Dawson City, the land surfaces and surficial deposits vary greatly in age due to the differing extents of glaciations over the past ~2 million years.
Tarnocai and Smith shared the unpublished data and soil samples from this work with Dr. Paul Sanborn, and this resulted in a student project published as:
Daviel, E., P. Sanborn, C. Tarnocai, and C.A.A. Smith. 2011. Clay mineralogy and chemical properties of argillic horizons in central Yukon paleosols. Canadian Journal of Soil Science 91: 83-93. https://doi.org/10.4141/cjss10067
This data set consists of transcribed data from lab data sheets, showing McQuesten-Dawson City paleosol data from the Tarnocai and Smith 1983 AAFC Yukon Paleosol Study. The data set includes chemical and particle size data for Tarnocai & Smith samples, as determined by the Ag Canada lab. Note that the “Site” column indicates the NTS topographic map sheet (e.g. 115P/13) for the sampling locations.
During the 1980s, Agriculture Canada pedologists Scott Smith (retired from Summerland Research Station, formerly based in Whitehorse) and Charles Tarnocai (retired from Central Experimental Farm, Ottawa) had a large field program which addressed the trends in soil development in the central Yukon. Across this region, particularly between Whitehorse and Dawson City, the land surfaces and surficial deposits vary greatly in age due to the differing extents of glaciations over the past ~2 million years.
Tarnocai and Smith shared the unpublished data and soil samples from this work with Dr. Paul Sanborn, and this resulted in a student project published as:
Daviel, E., P. Sanborn, C. Tarnocai, and C.A.A. Smith. 2011. Clay mineralogy and chemical properties of argillic horizons in central Yukon paleosols. Canadian Journal of Soil Science 91: 83-93. https://doi.org/10.4141/cjss10067
This file consists of photocopies of 76 detailed soil description forms from the 1983 Yukon Paleosol Study by Tarnocai and Smith.
During the 1980s, Agriculture Canada pedologists Scott Smith (retired from Summerland Research Station, formerly based in Whitehorse) and Charles Tarnocai (retired from Central Experimental Farm, Ottawa) had a large field program which addressed the trends in soil development in the central Yukon. Across this region, particularly between Whitehorse and Dawson City, the land surfaces and surficial deposits vary greatly in age due to the differing extents of glaciations over the past ~2 million years.
Tarnocai and Smith shared the unpublished data and soil samples from this work with Dr. Paul Sanborn, and this resulted in a student project published as:
Daviel, E., P. Sanborn, C. Tarnocai, and C.A.A. Smith. 2011. Clay mineralogy and chemical properties of argillic horizons in central Yukon paleosols. Canadian Journal of Soil Science 91: 83-93. https://doi.org/10.4141/cjss10067
This file consists of photocopies of lab data sheets for Tarnocai & Smith Yukon soil samples from the Land Resource Research Institute, Agriculture Canada.
These lab data sheets were transcribed into an Excel spreadsheet (see item 2023.2.2.6.3).
Photograph depicts Trout Lake Johnny. The original photograph was from the collection of the uncle of G.S. Andrews.
The item is a computer diskette including various word document versions of articles written by Kent Sedgwick. Annotation on the diskette states, "J. Kent Sedgwick Caledonia article and bibliography Word versions."
The item is an audiocassette interview of Wilf Erickson conducted by Kent Sedgwick. Annotation on cassette case states, "Wilf Erickson Sept 2001 RE: Salmon Portage."
The item is a photograph depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph depicting low water levels and the dried riverbed on the Fraser River. Annotations on accompanying yellow sticky note states, "JPGs in Photo Store -> Floods LOW WATER."
The item is a photograph slide reproduction depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph slide reproduction depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph slide reproduction depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph slide reproduction depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph slide reproduction depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph slide reproduction depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph slide reproduction depicting low water levels and the dried riverbed on the Fraser River.
The item is a photograph slide reproduction depicting the raised floodwaters on the Fraser River and Cottonwood Trail.
The item is a photograph slide reproduction depicting the raised floodwaters on the Fraser River.
The item is a photograph slide reproduction depicting the raised floodwaters on the Fraser River.
The item is a photograph slide reproduction depicting the raised floodwaters on the Fraser River. There are two dogs playing in the river and a bridge in the background.
The item is a photograph slide reproduction depicting the raised floodwaters on the Nechako River.
The item is a photograph slide reproduction depicting the raised floodwaters on the Nechako River.
The item is a photograph slide reproduction depicting the raised floodwaters on the Nechako River.
The item is a photograph slide reproduction depicting the raised floodwaters on the Nechako River.
The item is a photograph slide reproduction depicting the raised floodwaters on the Nechako River.
The item is a photograph slide reproduction depicting the raised floodwaters on the Nechako River.
The item is a photograph slide reproduction depicting the raised floodwaters on the Nechako River.
The item is a photograph slide reproduction depicting a flooded river and bridge in Fort George Park, currently Lheidli T'enneh Memorial Park.
The item is a photograph slide reproduction depicting a flooded river, road and bridge outside Prince George.
The item is a photograph slide depicting a map of Mackenzie Island. The map depicts Central Fort George, South Fort George, Mackenzie Island and the Nechako/Fraser River confluence. Annotation on the slide states, "Mackenzie island."
The item is a photograph slide reproduction depicting a train on tracks with flood waters reaching the bottom of the train engine. There are two men on a train car behind the engine. Annotation on the slide states, "train."
The item is a photograph slide reproduction depicting a train on tracks with an ice jam reaching up to the train tracks. Annotation on the slide states, "train."
The item is a photograph depicting low water levels on the Fraser River and the Yellowhead Bridge. Annotation on accompanying note states, "C. Oct. 20 2006 low water."