A calendar for mountain goats, naturally! Best wishes for the new year, to Discovery members and Jánwu lovers everywhere! Our…
Thinking like a mountain; landscape ecology
Cartographers are generally big-picture thinkers. Especially since the advent of GIS (Geographic Information Systems), which interfaces between maps and databases, we can ask increasingly sophisticated questions of our maps.
In 2001, I created this cartoon of a brown bear’s landscape movements in collaboration with Kim Titus of the Department of Fish & Game, based upon his studies of telemetered bears. Since that time, wildlife studies have become ever more sophisticated, following, for example, the hourly movements of collared deer through intimately mapped terrain.
The phrase ‘thinking like a mountain’ comes from the title of a famous essay by Aldo Leopold, describing an epiphany as he watched a wolf die, killed just because that’s what young guys did in those days. As he matured, Aldo began to wonder if the mountain didn’t have a different way of ‘thinking’ about wolves than our myopic two-legged assessment. What he was reaching for was landscape ecology.
The way we measure landscapes, increasingly, is through GIS. Technology simultaneously isolates and empowers us in ‘thinking like mountains.’ On the one hand, we spend ever more time at computers. On the other, only through extraordinary tools, like this ‘movie’ of a deer’s winter can we even ask the right questions, let alone muddle toward answers. At Discovery, we hope to nurture a generation of future naturalists, as proficient in bushwacking as in digital measurement.
One of my first immersions in big-picture landscape ecology came in the Landmark Trees Project, 1996 through 2005. One landform that consistently yielded giant spruces was karst—the soluble topography of limestone and marble. About halfway through that big-tree trophy hunt, Bob Christensen introduced me to GIS. Suddenly I was able to make maps like the one below. USFS Regional Geologist Jim Baichtal gave me a shapefile of the extent of karst, and I was well on the way to having a map of strongest Landmark Trees potential.
But all karst is not equally predictive of 10-foot diameter spruces, particularly a one-acre stand of them. In the map below, I separated out the low elevation karst.
Next, of course, we could overlay the USFS layer called activity_polygon.shp, an interesting moniker for clearcuts. This would rule out probably >98% of the mapped high-grade, low elevation karst for landmark trees hunting. This cookie-cutter approach gets us closer and closer to actually hugging one of those miraculous survivors, way back from the coast, where even the intrepid hand loggers never ventured. Oh yeah, we could also apply an exclusionary coastal buffer to deal with that parameter.
You get the idea. . . GIS. Landscape ecology. Aldo would have loved and hated it. Simultaneously.
In this section
Jánwu’s year in Áak’w Aaní; digital version Within a few months of beginning our mountain goat study in October, 2020.…2023 | Richard Carstensen | 28 pages
All in the timing In days before accurate tide tables, this place would indeed have gotten your attention. The…1996 | Richard Carstensen | 10 pages
Exhuming an early slideshow Back in 2011, preparing for a Charter School/Goldbelt Heritage overnight expedition to Methodist Camp,’out-the-road,’ I created…2010: uploaded 2022 | Richard Carstensen | 16 minute slideshow
Snowslides and critters Last year around this time I posted video and thoughts about the relationship of critters to avalanches—both…
Avalanche and wildlife It’s hard to think long about mountain goats—especially here on the precipitous coast—without wondering how they deal…2022 | Richard Carstensen | 3 minute slideshow
Rainforest rut Last fall I described elements of rutting season in mountain goats, but did not attempt a comprehensive review.…2021 | Richard Carstensen | 9 minute slideshow
3D perspectives on Janwú’s home My mountain goat observations dating back to 2015 fill 3 enormous journals. During that time…2021 | Richard Carstensen | 15 pages of excerpts
Slideshows: Xunaa Káawu Each summer, I try to get over to Hoonah to help my wife Cathy with her research…2021: 2019 | Richard Carstensen | Slideshows, 8- & 4 minutes
Our frontyard wetlands in StoryMaps For several years I’ve been wanting to dive into ArcGIS StoryMaps, cartography for one and…2021 | USFWS | ArcGIS StoryMap
Motion-detector camera at 1,200 feet On December 12th, 2020, Steve Merli and I placed a game-cam in mountain goat winter…2021 | Richard Carstensen | 12-minute slideshow
Powerpoint & script for Discovery Nature Studies One of my educational mentors, a charismatic high school teacher, when hearing of…1990 | Richard Carstensen | powerpoint & script
Core text for early Discovery teacher workshops In 1992 and 93, Gustavus naturalist Greg Streveler and I visited 5 communities…1993 | Greg Streveler & Richard Carstensen | 16 pages
An appreciation of 7 good books My father Edwin died in June, 2016 at age 96, in Rochester, New York.…2016: Update, July, 2020 | Richard Carstensen | 13 pages
Repeat photography for study of seasonal change Until 1988 I abstained from cameras, content with pencil sketching and pen-&-ink illustration.…2020 | Richard Carstensen | 3.5 minute video & 63-page pdf
3D landscapes through a stereoscope Stereograms are paired pictures taken from slightly different angles, in order to be seen in…Summer 2000 | Richard Carstensen | 10 pages
Remote crests of Southeast watersheds For the past century, our lightly used highlands have been the salvation of wolves and…Winter 1999 | Richard Carstensen | 7 pages
A fireside presentation My talk at the Visitor Center in February, 2020 explored the past 20,000 years of glaciation and…2020 | Richard Carstensen | 27 minutes
Goats, geology & zonation on Shaa Tlaax, moldy top (Mt Juneau) Video-journal of the flora, fauna, and geomorphology that hikers…2019 | Richard Carstensen | 4 minutes
Slideshow in two parts Kaxdigoowu Héen, going back clearwater has been one of my favorite places since I first explored…2019 | Richard Carstensen & John Hudson | slide show in 2 parts: 38 & 22 minutes