This image appears as Figure 11 in the publication:
Sanborn, P., 2010. Soil reconnaissance of the Fort Selkirk volcanic field, Yukon (115I/13 and 14).
In: Yukon Exploration and Geology 2009, K.E. MacFarlane, L.H. Weston and L.R. Blackburn
(eds.), Yukon Geological Survey, Whitehorse, Yukon. pp. 293-304. https://emrlibrary.gov.yk.ca/ygs/yeg/2009/2009_p293-304.pdf
This PDF contains 2009 Kluane site notes that include details of transect locations and sampling sites. Grassland pedons selected for Pautler et al. (2014) are indicated.
Photograph depicts a Kluane Lake transect 1 location.
Photograph depicts a Kluane Lake transect 1 location.
Photograph depicts a Kluane Lake transect 1 location.
Photograph depicts a Kluane Lake transect 2 location.
Photograph depicts a Kluane Lake transect 2 location.
Photograph depicts a Kluane Lake transect 2 location.
Photograph depicts a Kluane Lake transect 2 location.
Photograph depicts a Kluane Lake transect 2 location.
Photograph depicts a Kluane Lake transect 2 location.
Photograph depicts a Kluane Lake transect 2 location.
Photograph depicts a Kluane Lake transect 2 location.
Photograph depicts a Kluane Lake transect 3 location.
Photograph depicts a Kluane Lake transect 3 location.
Photograph depicts a Kluane Lake transect 3 location.
Photograph depicts a Kluane Lake transect 3 location.
Photograph depicts a Kluane Lake transect 3 location.
Photograph depicts a Kluane Lake transect 3 location.
Photograph depicts a Kluane Lake transect 3 location.
Photograph depicts a Kluane Lake transect 3 location.
Photograph depicts a Kluane Lake transect 3 location.
Photograph depicts a Kluane Lake transect 3 location.
Photograph depicts a Kluane Lake transect 3 location.
This PDF contains site location data, annotated soil profile photographs, and AMS radiocarbon dates for 2004 soil charcoal samples collected at Kluane Lake, Yukon Territory.
This document contains soil descriptions taken from BC and Yukon sites in 2008 for Sanborn's comparative study of grassland soils in the Boreal Cordillera ecozone.
