North of Siberia

The more remote the destination, the happier I am, so in the summer of 2003 I joined a Russian expedition to Wrangel Island, a 5,180 square kilometer chunk of Arctic real estate several hundred miles north of Siberia. Such is the island’s remoteness that its first documented visit didn’t occur until as recently as 1881, when the American whaling captain Calvin Hooper briefly went ashore with the naturalist John Muir.

Wrangel Island

Wrangel Island (red arrow)

Wrangel is a state nature preserve, the Russian equivalent of a natural park. But unlike Yellowstone or Yosemite, it has no facilities for the public (no public, either). We first went ashore at Rodzhersa Bay, where there was a small Russian research station. For want of funding, this station was remarkably rundown. I got the impression that the half dozen scientists who worked here did so for love. They certainly weren’t here for the money.

Inside a makeshift barn were four baby musk oxen, descendants of 20 animals brought here from Canada in 1975. Something about Wrangel’s air must be aphrodisiacal, since now more than 800 musk oxen roam the island.

I asked one of the Russians — a lavishly-bearded man who resembled the young Dostoevsky — whether a large invasive species like the musk ox might have a detrimental effect on the local ecosystem.

“Is problem, da,” he replied, “which is why we will be sending these babies to the mainland. We have another problem — no womens.”

Before he could mention any more problems, a border guard approached me and said: “CIA?” The look on his face was very serious.

“Nyet,” I replied. “Ph.D.”

The border guard burst into laughter, and I was off the hook. But if I had been found guilty of stealing local secrets, such as (for instance) whether insects or the wind were responsible for early spring pollination, what could he have done? Send me to Siberia?

Later I decided to hike the several miles from Cape Litke to Cape Uering, where members of the 1914 Karluk research expedition had overwintered. I should say some of them had overwintered. Of the 25 expedition members, 11 died of food poisoning, malnutrition, and hypothermia. If it hadn’t been for Captain Bob Bartlett’s heroic heroic sledge journey back to civilization, all of them would have died.

Half a mile into my hike, I came upon a group of tumbledown wooden huts and an outhouse, perhaps the northernmost structure of its kind in the world. A broken anemometer suggested another Russian scientific station fallen on financial hardship.

Soon I was walking over seemingly endless rolling tundra. Birds were everywhere. Screaming tour-a-wee, tour-a-wee, a female black-bellied plover feigned a broken wing, a maneuver designed to lure me from her nest. Wildflowers were everywhere, too. Blue harebells. Red rose root. Yellow poppies. Bright pink bistorts. Lilac fleabanes. Buttercups. Such an explosion of color gave the lie to the notion that the Arctic is a dull, achromatic place.

And then I reached Cape Uering. Whatever might have survived of the Karluk expedition was gone, either picked up by the Russians or reclaimed by the Arctic itself. The site was now buried beneath a veritable carpet of moss campion, harebells, and purple saxifrage. This pleased me more than any Karluk artifact would have done. But then who would not be more pleased by a small, perfect wildflower vibrating in the wind than by a scrap from an old tent or a rusty tin can?

A living trilobite

Here, at last, is a bog posting set in a bog — specifically, Chickering Bog in Calais, Vermont. Like many so-called bogs, it’s really an intermediate fen, which means that it’s not isolated from ground water like actual bogs are.

Recently, I visited Chickering with my friend Charles Johnson, author of Bogs of the Northeast, and his naturalist wife Nona. As we strolled past buckthorn, golden saxifrage, and bog rosemary, I asked Charles how he became interested in bogs. Nona answered for him, saying, “But how can a person not be interested in bogs?”

Bazzania trilobata

Millipede weed: Bazzania trilobata, by Bob Klips

Soon we were surrounded by pitcher plants, and I bent down and sniffed one. Ah, what a sweet perfumey smell! People who’ve never sniffed a pitcher plant have no idea what they’re missing.

“While humans are a threat to bogs, maybe a bigger threat is dogs,” observed Charles. “They jump in, splash around, and drive out the small amount of oxygen that exists in a bog’s upper layer.”

“That’s why I prefer dogs in satay sauce rather than in a bog,” I said, citing one of my previous bog postings.

Charles and Nona, who loved dogs, understood. A bog (or even an intermediate fen) is a sacred place and should not be defiled.

I needed to answer nature’s call, and rather than defile Chickering with my uric acid, I ventured back into the woods. All at once, in a grove of hemlock, I saw a trilobite! Ancient though it was, the trilobite seemed no less alive than I was. Likewise, it had the distinct odor of sandalwood.

I delighted in the trilobite’s small teeth at the tip of each leaf. I delighted in the way the leaves overlapped each other like shingles on a roof. I even delighted in its resemblance to a millipede, so much so that in some place it’s been called “the millipede weed.”

Okay, I’m being a bit disingenuous here. What I saw was not a marine arthropod, but the liverwort Bazzania trilobata, and I somehow didn’t think “A Living Trilobata” has very much caché as the title for a bog posting. Still, Bazzania trilobata and trilobites are not altogether unlike each other. For liverworts are among the most primitive of all plants, perhaps even the most primitive, and their ancestors were almost contemporaneous with trilobites.

What’s the moral of this little tale? Heed nature’s call, and nature herself might come calling…


thanks to Bob Klips, a fellow admirer of wee green things, for kind permission to use his photo.

Kitchen Art

heikki leis' moldy artistry

Afterlife: photography by Heikki Leis

You don’t have to go foraging in the distant woods to find fungi. All you need to do is go into your kitchen and inspect your vegetables, fruits, breads, and cheeses. If you’re lucky, no, I probably shouldn’t say lucky…rather, if you’re observant, you might see one or more molds growing on or more of these food items. Consider Rhizopus stolonifer, for instance. It looks exactly like a furry critter sleeping on your strawberries. Charming!

In a Wired Science interview — specifically, in comments on mold-inspired artwork — Cornell mycologist Kathie Hodge offers a series of captivating insights into the ubiquitous yet often overlooked world of fungal molds. Obviously, she delights in their presence. My favorite of Kathie’s comments re mold: “Maybe it’s like having obnoxious neighbors. Why expend energy shunning and avoiding them? You might as well befriend them. They probably have interesting parties.”

So make haste to visit this site:
http://www.wired.com/wiredscience/2012/05/afterlife-rotting-food/

Small Wonder

Henningsomyces at von Engeln bog

Henningsomyces candidus

Here’s a bog posting about a bog. I went on a foray at von Engeln Preserve (a kettle bog) outside Ithaca, NY yesterday and found a variety of remarkable fungal entities. My favorite entity was, and remains, Henningsomyces candidus, for which I feel boundless love. For more information about this species, go to my mini-essay about it at the Cornell Mushroom Blog (sic).

Collecting for the Table: A Polemic

Increasingly, I object to collecting mushrooms for the table. I’m not referring to one’s own dinner table. Nor am I referring to commercial pickers, who are collecting for financial purposes rather than the table. Rather, I’m referring to the collection tables that occupy pride of place at local and regional mushroom forays.

Mushroom foray spoils

Here’s the scenario: a brigade of mycophiles lights out for the woods, armed with capacious baskets. Into those baskets, they’ll toss any specimen they find, then bring back those specimens for the foray’s experts (so-called?) to sort and identify. Often the specimens will be accompanied by a dearth of data. What was the substrate? Under a tree. That sort of thing. Then the experts will place names on them with such alacrity that they could be tossing confetti. Never mind that many of the specimens can be identified only microscopically.

But there’s worse to come. All during the foray, the specimens remain on the collection tables, “dehydrated, shriveled, and stanched from releasing spores,” in the words of mycologist Nicholas Money. In the end, virtually all of them will end up being dumped into a garbage bag. Not set aside for an herbarium. Not spreading a single viable spore. Not oven-dried for future study. Simply turned into trash. Hardly a fate any self-respecting mycelium would wish on its fruiting body.

Well, at least that mycelium itself is not disturbed, you might say. But the mycological jury has not yet come up with a palpable verdict on this subject. After all, much of a mycelium’s mass and an undetermined portion of its energy is transferred to its fruiting bodies. To me, this does not call up an image of a happy mycelium…

To collect or not to collect, that is the question. Personally, I think it’s nobler to study specimens in the field than to watch them dessicate on a table. And if they’re studied in the field, mycophiles might learn a bit about how different species relate to their environment. They might also ask themselves some questions: Why are insects congregating on a certain mushroom? What’s the smell of a particular mushroom (dehydrated specimens usually don’t have a smell)? And what the blazes is that tree under which the aforementioned species was growing?

So let’s try to collect less promiscuously. For fruiting bodies mean spores, which mean a potential mycelium, which means more fruiting bodies. Fewer fruiting bodies mean less genetic diversity, which might result in, well, even fewer fruiting bodies. With too few fruiting bodies, there’s always the possibility of a species going extinct. And (to misquote Oscar Wilde) you don’t want to kill off the thing you love,
do you?