The symbol formerly known as @

Categories: Evidence, Factoids, Writing | Kathleen M. Heideman | April 6, 2010

I feel compelled to mention a strange CBC interview I heard today, with Paola Antonelli, The Museum of Modern Art’s Senior Curator of Architecture and Design. The gist of the story is MoMA’s announcement that it “has acquired the @ symbol into its collection.” Seriously.

Many are dismissing this as a MoMA publicity stunt of dada-esque proportions, in which case I am playing into their hands by wondering aloud how any institution (even if it is a beloved art museum) can say they’ve “acquired” an element of typography with centuries of documented development, ubiquitous contemporary meaning, and global usage. There is no one to acquire @ from (or Everyone – did everyone give them permission?), and no price to negotiate, so it is a terrific bargain for MoMA.  They may decide to quit acquiring real art altogether, since it is so darn expensive, and focus on the rest of the keyboard.

My first thought, as I have been considering the demise of the hyphen, was that perhaps I should announce that I’ve “acquired” the hyphen!  I’ll just rewrite their press release slightly…  On second thought, perhaps I should acquire the question mark while I’m at it — ?????? –  since this issue raises so many of them.

After much head-scratching, I decided to look for MoMA’s announcement in print, and found this MoMA blog post by Ms. Antonelli. As in the CBC interview, Antonelli’s post briefly (and articulately) summarizes the history of that typographic mark we now refer to as @, or the “AT sign.” I am certainly fascinated by the history of “@” and would love to learn more about it.  Luckily, expect there will be a lovely @ coffee table book published soon. Or perhaps now it is the “@ symbol recently acquired by MoMA” (or will MoMA change it’s name to MoM@)?

Antonelli’s post contains several statements that I would like to quote here. First, after acknowledging that the symbol could not really be purchased, she states “We have acquired the design act in itself…” Wow! So not just the @ symbol, but the whole creative process, the “@ct of Design, brought to you by MoMA.” Statements like this really make me question their institutional hubris.  Antonelli also state “The @ symbol is now part of the very fabric of life all over the world.” I would say YES — and this is the very reason that any single institution cannot claim to “acquire” it. I am left to wonder whether the Catholic church will now announce that they’ve “acquired” the cross symbol. Wouldn’t their press releases say the very same thing? “The cross symbol is now part of the very fabric of life all over the world.”


The acquisition of @ takes one more step. It relies on the assumption that physical possession of an object as a requirement for an acquisition is no longer necessary, and therefore it sets curators free to tag the world and acknowledge things that “cannot be had”—because they are too big (buildings, Boeing 747’s, satellites), or because they are in the air and belong to everybody and to no one, like the @—as art objects befitting MoMA’s collection.

I am left remembering when Monsanto, back in 2005, announced they’d patented their newest genetic invention, the PIG.

MoMA | @ at MoMA.

Spring Peepers, Prairie Style

Vernal pond, Cactus Flats

Vernal pool at Cactus Flats was a chorus of spring peepers this morning! Good fer what ails ya!

Sorry for the wind sounds on this file. If it annoys you too much, there are two shorter clips that also feature peepers — sans wind. (Posted to my Flickr account). Make sure you have your sound on!

These peepers are making me homesick for a certain husband, and a certain pond on the Yellow Dog Plains of Upper Michigan, but I’ll be back home soon-very-soon.

Evolution of Geological Time

Categories: Artist Residencies in National Parks, Badlands National Park, Factoids, Geology, Science | Kathleen M. Heideman | March 13, 2010



Evolution of Geological Time

Originally uploaded by miss_distance


Of course this is a “view from the moon” of time on earth; each segment breaks down into details that make my head swim, and each month a new geological paper or paleontological find nudges the time scale into greater and greater precision, like a watch that grows *more accurate* as it grows older….

I have been reading….

Categories: Artist Residencies in National Parks, Badlands National Park, Evidence, Factoids, Paleontology | Kathleen M. Heideman | March 10, 2010

I have been reading about all sorts of things: books on paleosols, the interpretation of coprolite fossils, root-traces, limestones, ash dating, the magnetic properties of shales. One topic leads me to reference the index of another book, drilling down and down into the materials.   Once, I’ve learned, there was a relative of the beaver with a special knack for digging corkscrew-shaped burrows, instead of building lodges.  Palaeocastor – whose fossilized burrows are found today just south of the Badlands, exposed in the Arikareean deposits of Western Nebraska.  What a beautiful image!  Locals, not knowing what these formations were, called them the Devil’s corkscrews.   I am left pondering the words of Walt Whitman, whose poems I loved, but who advised: “You must not know too much or be too precise or scientific about birds and trees and flowers and watercraft; a certain free-margin, and even vagueness – ignorance, credulity – helps your enjoyment of these things.” Is this true, Walt?  Really?   The world fascinates me, in both minutia and grandiosity.  The more I learn, the more beautiful it becomes.  No mundane burrow or scientific description seems unlovely. How could you be right, Walt Whitman?  And yet you were right about so much.

Palaeocastor Burrow

Palaeocastor Burrow

Geodiversity

Categories: Badlands National Park, Factoids, Geology | Kathleen M. Heideman | February 11, 2010

I’ve been reading about geology, getting ready for my upcoming residency in the Badlands; in particular I’m pondering geodiversity — the idea that “biodiversity of an ecosystem stems from its underlying geology.”

Read more about geodiversity in New Scientist (March 20, 2004).

Word of the day: Drosscape, aka Urban Badlands

Categories: Factoids, Quotations, Simulated Nature | Kathleen M. Heideman | February 11, 2010

I just stumbled on a fascinating article from a June’07 issue of New Scientist, introducing me to the term drosscape meaning “urban badlands.”  From the perspective of urban planning and landscape architecture, drosscapes are those abandoned, abused, wasted, unplanned, chaotic &/or polluted landscapes at the farthest edge of large urban areas.  As a word, I find drosscape a bit more poetic, and broader in scope, but similar to brownfields, which I’ve long used to describe similarly spoiled areas (former industrial zones) which are generally located *within* inner cities.   The article includes this wonderful quote from Alan Berger:

“Dross is integral to the urban landscape.
The holes are part of the whole…”

Read the article:   Drosscape – New Scientist (June 4, 2007) .

Tug on anything

Categories: Evidence, Factoids, Lake Superior, Quotations, Science, Upper Michigan | Kathleen M. Heideman | November 20, 2009

For the past two days, I’ve been in a post-bolide glow. My thinking has looped something like this: what were the odds? — to be sitting on a frozen shoreline just then?— my gaze already lifted to darkness, open to the world, my pupils properly enlarged — at the moment a green fireball flared through the sky?

It was like walking through darkness to a cabin door.  The thick wooden door of the universe was flung open for a few seconds, revealing — lamplight! birch logs crackling in the great fireplace of Creation!! — before the door swung shut again.

The odds against a glimpse were… astronomical.

Brief and unsettling as it was, however, I don’t conclude that the fireball was a rock sent to tear through my fragile web of understanding.  Quite the contrary:  it was a green beam illuminating a gap in my understanding.  Ultimately, the bolide was a cosmic net-mender, dragging a skein of glowing green thread, soldering the gap shut with its fiery departure. Or am I sounding too much like Chris, from Northern Exposure?

The nature of that gap has something to do with origins and endings — as a writer, my burning desire is to learn how did it come to be this way? And then: why did it end? Not just failed relationships, or the plots of great novels, but mass extinctions, Epochs, rocks. For example, I’ve spent a lot of time trying to understand the origins of minerals. Maybe I was writing poems during science class, back in high school, and this is the psychic payback:  endless questions.  I wonder if everyone else is filled with similar wonderings, or if I’m the only one who didn’t study hard enough.

By diligent reading, I’ve pieced together some of the local mineral story. The copper deposits of the Copper Range have an igneous and metamorphic origin, born as mineral-rich liquid magma upwelled in volcanic faults of the Keweenaw.  The nickel deposits of Sudbury, Ontario, located 300 miles due east of here, are not so much “deposits” as scar-tissues, formed after a meteorite struck the earth, cracking the crust, leaving a great impact-crater known as Sudbury Basin. Last year, at a dinner party, I met an amateur geologist who explained to me that “ejecta” debris from Sudbury crater flew all the way to Marquette Michigan, creating smaller impact craters.  Fascinating stuff!

Most of my curiosity has focused on the Iron Ranges of Upper Michigan (and northern Minnesota). Around Ishpeming and Negaunee, for example, one finds terrific examples of the “Banded Iron Formation,” which geologists call BIF for short. BIF is typified by layers of gorgeous ferrous rock, striped red-black or red-silver (banded hematite-jaspelite, sometimes with quartz and specularite):

BIF: Banded Iron Formation., Originally uploaded by D E Russell

Chunks of BIF serve as heavy bookends on my bookshelves, and adorn my friends’ desks and gardens, token gifts from my Iron Range travels. BIF deposits formed as ferrous sediments on the floor of a shallow ancient sea. Some theories suggest the iron precipitated “out of” the seawater through chemical interactions, or photochemical means. Other theories suggest that iron precipitation had a biogenic source — it might not have happened without ancient bacterias at work in the ancient seas.

Fossil evidence for the biogenic theory is preserved in the Negaunee Iron formation: Grypania spiralis, considered one of the world’s oldest megascopic fossils (“visible to the naked eye”) was found in the iron ore of the Empire pit mine. Fascinated by the idea that Upper Michigan might claim the world’s oldest fossil organism, I set up a meeting with scientist Tsu-Ming Han (Grypania’s discoverer), who was employed by Cleveland Cliffs’ Research Laboratory. Tsu-Ming arranged permission for us to go down in the Empire mine!  As he explained: my opportunity to see the fossil in situ was short-lived. The ore containing Grypania was a bare, narrow “rock bridge” — a ridge separating two vast deep, surreal pits. Covered with pines and fog, the rocky ridge would have resembled a Chinese mountain, impossibly sheer, with a haul-road cutting down-slope at what felt like a 45% grade.

Isolation (mountain painting) originally uploaded by “heart-felt-robot”

In this case, the image was painted within the mountain, rather than OF the mountain.  The fossil-bearing ridge was slated to be “mined out.” I remember that day as if it were a fever dream. We donned hard hats and drove halfway down the haul road, dwarfed by trucks big as brontosauri, grunting loads of crushed rock uphill. We picked our way along a precarious talus slope of loose ore, careful as mountain goats, collecting sheets and shards of BIF. The layered rock, oxidizing, could be cracked open, separated like the stuck pages of an old book, to reveal fossils shaped like C’s, O’s and J’s, preserved for 2 billion years, lucky clovers pressed in a book of poems. I keep a large specimen on my bookshelf — evidence — to remind me of our ancient origins. Grypania spiralis. That was ten years ago — the rock ridge is gone, and my guide has since passed away.  The rare fossil evidence has been crushed into tailing sludge and taconite pellets, coming soon to some steel girder near you.

Ancient origins, endings — follow the string.  That’s the mental nudge I received, as a bolide blazed over Lake Superior. There must be other examples of bolides flaring over Lake Superior, I thought. Witnesses? Previously recorded incidents? That’s what led me to this incredible sentence, from an abstract for a paper presented at the Geology Society of America Conference last month:

“In the Lake Superior region deposition of most banded iron formation (BIF) ended at 1.85 Ga, coincident with the oceanic impact of the giant Sudbury extraterrestrial bolide.”

Suddenly I understood!  My Grypania fossils witnessed their own bolide, a meteoric event greater than anything our species have experienced. That bolide did not hit “Sudbury” as we know it, but land under shallow ocean water: the result was broken crust, vapor storms, tsunamis, global oceans stirred. There would be no more deposition of iron.  When the great bolide shattered into Sudbury, it closed the chapter of BIF.

One more hole in my mental sock has been mended!

As John Muir put it: “Tug on anything at all and you’ll find it connected to everything else in the universe.”

Meteor Shower: the Leonids

Categories: Factoids, Observations, Recipes, Upper Michigan | Kathleen M. Heideman | November 18, 2009

Life on the shore of Lake Superior can feel harsh: we have no Indian restaurants, Vietnamese noodle shops, or Jazz clubs. But we *do* have darkness, especially that terrific zone of DEEP DARK out over the Lake — extra tasty this time of year, when the Leonids meteor shower streaks the sky! A friend saw the Leonids in full display at 4:30 am (yesterday), and we saw a few last night, but the peak viewing time was probably early this morning.

Leonids Meteor Shower: Originally uploaded by sabredave

I’m planning on shoreline viewing tonight: blankets for the beach, and a thermos of warm tea. Curry remains hard to find, but I’m making my own these days.

PS: the Leonids are named for the constellation Leo, from which they seem to emerge, so the place to watch is the northern horizon, far out over Lake Superior.

PPS: Here’s a recipe I’ve concocted for Squash Curry Soup:

INGREDIENTS:
One butternut squash (baked until soft), a dozen hot peppers (sliced, seeds removed), an onion (roughly diced), several cloves of garlic (chopped), a half cup quinoa, a half cup brown rice, three or four windfall apples (cored, not peeled, chopped), 8 oz coconut milk, curry paste (to taste — I use Panang-style curry paste, which I buy in bulk and keep in the freezer), 2 cups water, 2 tablespoons olive oil.

STEPS:

  1. Bake squash and scoop out pulp.
  2. Saute the garlic-onions-peppers in olive oil until transparent (I use a Le Creuset pot but any cast iron pot would be perfect)
  3. Add apples, brown rice, squash pulp, water, curry paste.
  4. Bake at 250 or 300 for 2 hours (covered pot, stirring occasionally).
  5. Add the quinoa during last hour, as it cooks rather quickly.
  6. Add coconut milk, stir, pour into bowls.
  7. Serve garnished with cilantro and pomegranate seeds.

Mangi con gusto!!

* Optional: save squash seeds for toasting. Separate seeds from pulp but don’t wash them. Put seeds in a bowl, drizzle with olive oil, toss with salt/pepper or Mrs. Dash seasoning, add a half-teaspoon of spelt or whole wheat flour, stir to coat, arrange seeds in a single layer on a baking sheet, and toast in the oven.

Simulacra: Conifer

Categories: Evidence, Factoids, Observations, Simulated Nature | Kathleen M. Heideman | November 11, 2009

Biodiversity of the future? This cell phone tower disguised as pine tree was spotted by one vigilant observer in Virginia. Personally, I find these fake conifers just as disturbing as their fake christmas tree cousins…. but I have read other viewer’s comments which basically say: “Hmmm, it doesn’t look like a real pine tree, but at least they (the mega-telecommunications companies) are trying….”


“Cell Tower” Originally uploaded by yakfur

Here’s an example of the same species: a cell phone conifer growing on a steep mountainside at Jackson Hole Ski Resort, Wyoming:

http://i133.photobucket.com/albums/q80/bob_peters/1-CellPhoneTree-MountainSkiAreaPhot.jpg
(Source: Bob Peters’ Updated Steep-Skiing Guide to Jackson Hole).

Simulacra: Fronds

Categories: Evidence, Factoids, Observations, Simulated Nature | Kathleen M. Heideman | November 11, 2009

This appears to be a fast-growing member of the “Palm” species. From California, I assume?


“Palm Cell Tower”Originally uploaded by jamesburger