Distracted by Nature

A morning message from my dear friend Carissa set the tone for today. Her Lenten devotional is based on the poetry of Mary Oliver and she thought of me when she read “The Summer Day.”

The Summer Day
Who made the world?
Who made the swan, and the black bear?
Who made the grasshopper?
This grasshopper, I mean-
the one who has flung herself out of the grass,
the one who is eating sugar out of my hand,
who is moving her jaws back and forth instead of up and down-
who is gazing around with her enormous and complicated eyes.
Now she lifts her pale forearms and thoroughly washes her face.
Now she snaps her wings open, and floats away.
I don’t know exactly what a prayer is.
I do know how to pay attention, how to fall down
into the grass, how to kneel down in the grass,
how to be idle and blessed, how to stroll through the fields,
which is what I have been doing all day.
Tell me, what else should I have done?
Doesn’t everything die at last, and too soon?
Tell me, what is it you plan to do
with your one wild and precious life?
~Mary Oliver

A perfect beginning, indeed.

w-Horseshoe Pond

A short time later I joined a couple of other friends and we traveled together to the Greater Lovell Land Trust’s Wilson Wing Moose Pond Bog Preserve. Our snowshoe journey began beside Horseshoe Pond where we paused to enjoy its beauty and recall trips up Lord Hill, whose face was obscured to the left.

w-hemlock cones and seed below

Once we got onto the trail, it was the little things that we noticed, like the hemlock cones with partially opened scales, their seeds all released. One tiny seed sits atop my name in this photo, but we wondered together why we’ve always seen the cones only in their closed up formation, whether fresh or old. Had they always looked like this one in late winter and we just never realized it previously?

w-frullania liverwort with new growth

And then we paused beside yellow birches where the liverwort Frullania eboracensis grew in abundance. Again, a new realization for us. We knew it to have brown stems, but today spied the green. As it turns out, in his book, Mosses, Liverworts and Hornworts, author Ralph Pope begins his description with this: “Plant dark green to brown . . .” Our eyes were opened.

w-crowded parchment laterally fused

Next there was the Crowded Parchment fungus that threw us off momentarily. We recognized the cap, but were unsure about the part of the fungus that was spread out flat like a crust. It turns out, the flat parts or fertile surfaces of this mushroom laterally fuse or join together at the dark ridges. This behavior certainly spoke to its name of crowded. In Fascinating Fungi of New England, Lawrence Millman refers to it as “One of the most common fungi as well as one of the most crowded in New England . . . It’s not unusual to see several hundred gregarious fruiting bodies laterally fused or in dense clusters on a single branch.” Common or not, we were wowed.

w-script lichen

And because we stopped to gain a better understanding of the Crowded Parchment, another gift was offered in the form of script lichen writing its own story on an adjoining branch.

w-nectria fruiting bodies?

Nearby, there was a similar cinnamonish color on beech bark. This particular beech was dotted with the waxy exterior winter coating of the beech scale insect. As I’ve noted before, the scale insect or more technically, Cryptococcus fagisuga, is a tiny insect that sucks sugar and other nutrients from beech trees only.

Soon, the beech scale insect will molt into its second, legless nymph stage and emerge. Immediately, it will start sucking sap through its tubular mouthpart or stylet. That instar stage doesn’t last long, and quickly it will become a mature female. For the rest of its life it will remain sedentary, but repeatedly remove and reinsert its piercing stylet, wounding the tree and providing entry points for fungi to enter. An interesting fact about beech scale insects–its a world of females who reproduce by parthenogenesis; there are no known males.

w-closer look

But what about that cinnamon color? Was it a fungus? Or was it related to the insects? Yes and yes. As some further research revealed, two species of nectria fungi are associated with beech bark disease, Nectria coccinea var. faginata and Nectria gallengiaIt is now my understanding that what we examined was a large area of the former’s fruiting bodies. Oh my.

w-lichen garden1

We also paused frequently beside gardens dominated by lichens. Crustose, foliose and fruticose varieties completely enveloped the bark of this toppled tree, their individual colors and textures adding to the visual display.

w-mink 1

And then . . . and then . .  . as we looked, a motion captured the attention of one in our group. I only wish my focus had been better, but still, it was enough.

w-mink 2

We were blessed with the opportunity to spend a few moments with a mink as it bounded down the hill before realizing it had an audience.

w-mink measurements

Of course, after it disappeared down a hole into a stream and we’d waited a bit, we checked out the tracks it left behind. The size of the prints and length of the straddle or measurement from the outside of one print to the outside of the other confirmed our ID.

w-mink prints

From that point on, we continued to find evidence that the mink had traveled to and fro over the course of several days. Our hearts were grateful to have shared such a moment.

w-hairy, bony find

And as we took measurements, we spotted something else on the snow. Something hairy and bony found about three or four inches from the fresh mink tracks.

w-hairy, bony--scapula

A scapula from a little brown thing, possibly a vole. Dropped from the mink or from above by a bird? We’ll never know. But we do know that someone consumed someone else–as it is in the natural world.

w-Sucker Brook

Seeing the mink made perfect sense because we traveled on and off trail beside Sucker Brook.

w-hobblebush flower and leaf buds

It was there that the naked but hairy hobblebush leaves and flower buds reminded us that spring isn’t far off. The three of us don’t necessarily want winter to end for we love how it forces us to notice other things such as the nectria’s fruiting bodies. And we love to track. But . . . we also love the other seasons, so we’re happy exploring at any time of the year.

w-suds

Beside the water, the icy formations kept calling my name and I honored many by snapping a photograph. But, then we met the suds. Water foam is caused by the decay of twigs and plants and occurs naturally in streams and brooks. As they release compounds, the interaction breaks the surface tension, allowing air to mix in and create bubbles. And just as we found the Crowded Parchment living in a large community, we also found this congregation of bubbles–creating a design all its own.

w-Wilson Wing Moose Pond Bog

Despite the short trail, it took us forever to reach the point where the brook becomes Moose Pond Bog, but we did.

w-stream with rattlesnake liverwort

And then we beelined (sort of, for still we kept stopping) to the final stream crossing on the trail for we wanted a glimpse of the rattlesnake liverwort we’d discovered growing there last year. Alas, it was buried under snow. And that means we’ll have to return again. Darn.

w-sucker brook reflections

In the end, it was a morning well spent as we dillied and dallied over the littlest of things. And watched a mink. We got to see a mink!

No, it wasn’t a summer day. But . . . we were distracted by nature. As Mary Oliver asked, “What else should we have done?”

 

 

 

 

Time Well Spent

Time. I never seem to have enough of it. Time with my guy. Time with our sons. Time with family. Time with friends. Time to explore. Time to reflect. Time to write. Time to sketch. Time to be . . . in tune with the world around me and my own soul.

b-pileated 1

And so today, when I heard a pileated woodpecker as it worked on a dead ash tree by one of the stonewalls, I decided to take a break from my own work and give it the attention it so loudly demanded.

b-pileated 2

Its a repeat visitor to that tree; along with crows and hawks and smaller birds as well. The tree can no longer create its own source of food, but it continues to provide for others, be they bird, insect or mushroom. And I suspect that it secretly shares its knowledge of the world with the younger ash it towers over–to the right. As for the pileated, his time at that tree came to an end . . . for the moment. He’ll be back–probably soon.

b-ash tree 1

Because I stood below and no longer need to look up, I turned my gaze downward. And then had to pause. What had happened? Who had visited? And scraped the ground right down to the roots? And left a pile of leaves and sticks and other debris at the edge? A mushroom foray? An acorn frenzy? I looked for hair and found none. Turkey? Squirrel? Porcupine?

b-ash tree 2

And at the base of the next old ash, similar behavior.

b-scat 2

Returning to the first tree, I discovered that what looked like dirt was actually little pellets of scat . . . tiny scat. Tons of scat. A latrine. Did perhaps a meadow vole live somewhere nearby and a predator went after it? I did also suspect that there may have been a bunch of mushrooms that were harvested and in the process the vole’s latrine was exposed. I’m not sure if I’ll ever really know, but since I had stopped to look, I noticed something else.

b-pigskin poison puffball (Earthball)

Tucked near the base of the tree and relatively untouched by whatever had spent some time clearing the area, was a pigskin poison puffball, so named for its outer skin that feels like a football. (In his book, Fascinating Fungi of New England, Lawrence Millman writes: “historical note: footballs used to be made of pigs’ bladders, not pigskin.”) The dark spore mass within seemed to reflect the ashen color of the tree beside which it grew.

b-pelt lichen1

I should have returned to work then, but the puffball discovery and my wonders about the latrine made me want to poke about some more. Since I’d missed the puffball, what else hadn’t I noticed. A few steps to the left upon another tree root–a pelt lichen with many fruits, aka many-fruited pelt. I first discovered this lichen upon Bald Pate Mountain a few years ago, but didn’t know that it grew here–right under my nose.

b-many-fruited 2

Its smooth brown lobes shone brightly due to all the recent moisture, but it was the reddish-brown apothecia or fruiting forms that I found so intriguing. They’re described as saddles, and I suppose if you look at one from the right angle, yes, you can see the saddle-like structure.

b-field dog lichen

On the next tree, another pelt known as dog lichen–apparently named because its fruits reminded someone of dog ears.

b-spring tails 1

The algal component of a lichen goes into food production during rain, and so I continued to peer around. But first, a clump of Indian pipes caught my attention and upon them I noticed springtails doing their thing–springing about in search of food. Their diet consists of fungi, pollen, algae and decaying organic matter. Springtails are among the most abundant of insects, but because they are so small, they often go undetected unless you see them on snow in the winter.

b-mealy pixie cups

And then back to the lichens it was. I found mealy pixie cups in great number growing on a stonewall.

b-pixie cups fruiting

And one large patch looked like it was going to produce another, for so prolific were its fruits of tiny round balls.

b-lichen design

Also among my great finds, were the lichens decorating branches that had fallen to the ground in our recent wind storm. I loved the picture they painted with variations on a theme of color . . .

b-foliose and fruticose

and form.

b-lichen 3

My favorite of all reminded me of so many things–a rose in bloom, waves echoing forth with ripples, and even a topographical map.

Alas, I was short on time and needed to head in, but my finds–were the greatest. Even a wee bit of time spent wondering is time well spent.

 

Same Old is New

Same old, same old. Sometimes it feels that way as we travel familiar trails and recognize members of the community. And so it seemed today.

a-fdn 1

We paused to check on a few neighbors along the Homestead Trail at the Greater Lovell Land Trust’s Heald and Bradley Ponds Reserve, but no one was home.

a-signs

And so we decided to climb to the summit of Amos Mountain.

Along the way, I realized we weren’t the only ones exploring this property–several times we saw where a mink had bounded across, even enjoying a short downward slide in the midst of its journey.

a-summit view

From the summit, Kezar Lake stretched before us as we ate our PB&J sandwiches and Girl Scout cookies–Lemonades™.

a-whiting to pleasant

And another view, Whiting Hill in the center foreground and a peek at our beloved Pleasant Mountain, visible just to left of the center pines.

a-stonewalls 1

On the way down we decided to explore the stonewalls for a bit, at times terraced and following the contour of the mountain.

a-bear 3

And that’s when the same old started to change. Yes, we found another bear tree.

a-bear 4

And on what side of the tree should we find the claw scars? Why the north of course, adding to our unscientific theory that bears climb trees on this side. Typically, the northern side is the uphill side. Our mission is to continue to pay attention to this–tough job that we choose to accept.

a-stonewalls 4

Sometimes the walls appeared to enclose pens.

a-stonewalls 6

And other times they opened–perhaps to pastures?

a-northern white cedar

As we wandered and wondered about the walls the farmer had created and why, we noticed other things we’ve somehow missed upon previous visits, including this northern white cedar tree.

a-stonewall fdn

In what today appears to be the middle of nowhere, a small foundation. House? Shed? Sugar shack?

a-red-belted polypore

We climbed a hill to see what was on the other side and found this red-belted polypore (Fomitopsis pinicola) growing on an Eastern white pine. In Lawrence Millman’s Fascinating Fungi of New England, he says this is “apparently not a picky fungus. F. pinicola has been recorded on more than 100 different species of tree hosts.”

a-stonewall last

The snow had softened since we first started so we did some slipping and sliding as we followed another stonewall back to the trail.

a-3 birch

And then my brain kicked into birch tree mode. These woods are filled with paper, gray and yellow birch. And next week, the GLLT will host a “Which Birch Is It?” walk about the birches and their relatives.

a-yellow bark

The ribbony curls and whorls of yellow birch bark are signatures of this tree that can change in color from silver to yellow to reddish brown and circle back to silver again in old age. Did you know that a yellow birch can live to 200 hundred years, unlike its cousins, the gray birch and paper birch? Gray birch live about fifty years and paper reach a ripe old age of somewhere between 50 and 150 years.

a-yellow 4

Another cool fact about yellow birches: the interior of dead branches begin to decay quickly, even while still on the tree; eventually reduced to mush, the trees rid themselves of these non-productive limbs quite easily with the help of wind. Look for tubes of outer bark  filled with rotting wood on the ground.

a-birch stitch

Also becoming visible as the snow melts, paper birch bark from downed trees. It seems curious that the lenticels resemble stitches, especially considering that Native American’s built sturdy, lightweight canoes from birch bark; the bark was stretched over a framework of white cedar, stitched together and sealed with pine or balsam resin. All the components exist in these woods.

a-tripe 1

Back on the trail, a few other things revealed themselves, including smooth rock tripe (Umbilicaria mammulata). No matter how many times I see this, it’s never the same old.

a-tripe 4

In great contrast to the smooth upper surface is the coarse pitch black of the underside reminding me of fresh tar–kind of like what town crews are using to fill pot holes right now.

a-tripe 3

The greenness of the upper side was witness to the melting snow.

a-liverwort

Similarly, lungwort displayed its dryer gray presentation because it lacked moisture.

a-heading out

As we continued down the Gallie Trail, bypassing the Homestead, it seemed that we were back in the land of the sameness.

a-speckled catkins 2

But . . . speckled alder, a member of the birch family, is about to come into its own. While the burgundy brown male catkins hang from the ends of twigs, smaller female catkins await the release of pollen.

a-speckled leaf

Speckled alders are pioneer species–that first step in natural transition of farm land or logged land back to forest. In this instance, it’s both of the former.

And that’s not its only claim to fame. Speckled alders are nitrogen fixers. Atmospheric nitrogen absorbed by bacteria live in nodules on the alder roots and change into a form of nitrogen plants can utilize as fertilizer, thus fertilizing fields that may have been depleted of nitrogen by years of farming. Its leaves are also rich in nitrogen, so when they fall they help to fertilize soil. For some reason, this one chose to hang on, but its moment will come. In the meantime, it offers grace in form and design.

a-gumdrop 2

Equally graceful, the hairy bracts and seed head of Black-eyed Susans (Rudbeckia hirta) found near the parking lot.

It’s all always been here. It’s all the same, day in and day out and yet it’s all new. Change is the only constant–offering moments of wonder.

 

 

Book of December: Fascinating Fungi of New England by Lawrence Millman

Fungi

Book of December

I never thought that I would develop a fondness for fungi, but alas, I have. Don’t get me wrong, I still don’t know them well, but am in the continual process of developing a deeper appreciation for the fruiting bodies I see and the mycelia that probes beneath the surface forever in search of nutrients.

For a beginner like me, Fascinating Fungi of New England by Lawrence Millman is the perfect guide. First of all, it measures 8 x 6 x .25 inches and slips easily into my pack. But what I like even more about this book is that Millman talks about mushrooms in a manner that a layperson like myself can understand. Combined with the artwork of Rick Kollath, whose visual cues aid in my learning, Millman compresses key points in this little book that has become one of my go-to sources in the field.

I think what I admire most is Millman’s voice. I’ve never met the man, but feel as if he’s standing beside me chatting about any particular species and telling the story. My friend and mentor, Kevin Harding, strongly advises that we should spend less time naming and more time sharing the stories of what we see in the woods. And that’s precisely what Millman does, with a splash of humor added to the mix.

To illustrate, in a sidebar about Birch Polypores, he writes the following: “Multi-faceted Fungus — 5,300-year old Tyrolean Ice Man Ötzi, discovered in 1991, had two polypores — the Birch Polypore and the Tinder Polypore among his possessions. He probably made a decoction of the former to rid himself of intestinal worms. Early New Englanders used the Birch Polypore as a razor strop; until recently, entomologists used it for mounting insect specimens; and the present-day Cree of northern Quebec (like Ötzi) make a medicinal tea from it. The Cree don’t like the polypore’s bitter flavor (due to a compound called Betlinic Acid), so they assume their alimentary parasites also won’t like the flavor and will thus vacate the premises upon coming into contact with it.

And I love this: “Non-Gilled on Other — In this catch-all category, the species are not only parasitic, but most of them would also seem to be emulating Hollywood mad scientists in the way they transform the ‘Other:’ the Hypomyces turns a Russula or Lactarius into an entirely different species called a Lobster; an Entoloma causes a Honey Mushroom to lose its characteristic cap-and-stem shape; Rhizopus stolonifer turns a bowl of strawberries into an inedible, gooey mess; and a Cordyceps eats away at its truffle host until that host completely falls to pieces. You would think a movie producer would approach one or more of these species with a contract, wouldn’t you? Well, it hasn’t happened yet . . .”

The book is divided in an easy-to-use manner. So easy, in fact, that recently an 8-year-old friend began using my copy within minutes to identify species we found on a walk through Pondicherry Park. Sections include Gilled on Ground; Gilled on Wood; Gilled on Other; Non-Gilled on Ground; Non-Gilled on Wood; Non-Gilled on Other; Slime Molds. There are sidebars and measurements, spore prints, details about habitat and season, plus a glossary and other resources for those who want to take the next step in fungi ID.

For me, for now, this is enough.

Fascinating Fungi of New England by Lawrence Millman, foreword by Gary Lincoff, illustrated by Rick Kollath, published 2011, Kollath+Stensaas Publishing.