By An Old Stone Wall

There is an old stone wall in Swanzey that I like to follow in winter because it has a southern exposure, and that coupled with evergreen branches overhead usually means that very little snow is on the ground. This year though, I got there to find that all the pine trees along the wall had been cut so there was snow right up to the wall. It’s still a great place to explore, so the bit of snow I got in my hiking boots didn’t really bother me. The reason the stones look like they do in this photo is because they are almost completely covered by rock greenshield lichens (Flavoparmelia baltimorensis).

Rock greenshield lichens are very common in this area and are another of those bits of nature that you see so often they no longer register, but when you take the time to look closer you find that they are quite pretty. They must like it here because they cover entire lengths of this wall. It had rained all day the day before so all the lichens I saw were at peak beauty.

The bushy rock lichen (Ramalina intermedia) I first found here a couple of years ago has grown quite a lot and there are even smaller ones growing under it now. Lichen communities grow in succession with many varieties of crustose lichens as pioneers. Foliose lichens come next as intermediary species and finally fruticose lichens like this one are considered climax species. What I don’t know is, how much time is between pioneer and climax? Climax communities of lichens are considered “old growth” communities.

The sun tried to come out but the clouds won the battle.

I believe there must have been animals kept here in the past because holes were drilled into stones and steel rods inserted into them to increase the wall height by about a foot and a half. Each rod has a flattened tip with a hole in it and the hole most likely had wire passed through it. It was fairly common practice in New England.  Stone walls were usually too low to be effective and cows and other farm animals often jumped right over them, so their height was increased by adding wire or other materials. You had to pay a fine if your animals escaped and were caught roaming free. They were brought to the town pound and the owner had to pay to get them back plus the cost of feeding them.

As the steel ground against the granite over the years the holes were made bigger so cut nails were driven in beside the rods to keep them straight. The cut nails seen here date the steel rods to sometime between 1800 and 1900, but the wall itself has been here I think since the mid-1700s.

Because it’s so warm near stone walls in the winter plants like to grow along them. Common speedwell (Veronica officinalis) thrives here. This European native is common here and has been used medicinally for centuries. Its leaves have also been used as a tea substitute and I wouldn’t be surprised to find that the early settlers brought it with them.

Mullein (Verbascum thapsus) also does well here along the wall. In fact there is an amazing variety of plants growing on or near this wall. Native Americans used tea made from mullein’s large, gray green furry leaves to treat asthma and other respiratory ailments. It is also said to be useful as a relaxant and sleep aid.

This is a shot of one of the roots of a very old pine stump. They looked to be slowly rotting away but the wave pattern in this one caught my eye. You don’t see things like this every day.

Pixie cup lichens (Cladonia asahinae) grow all along the wall. The tiny little golf tee shaped parts are the fruiting bodies of this lichen. Spores produced in them will be splashed out of the cup by raindrops.  Pixie cups almost always produce large groups of fruiting bodies like these.

Scattered rock posy lichens (Rhizoplaca subdiscrepans) grow all along the wall in sunnier spots. They are quite small and difficult to see without magnification, but it’s worth looking for them because they almost always have their bright orange apothecia showing. They like to grow on stone, especially granite, in full sun.

All of the sudden I’m seeing lots of chipmunks, and here was a chipmunk burrow. These little rodents, bigger than a mouse but smaller than a squirrel, store food for winter in underground chambers and stay underground until spring. In spring they’re usually very hungry, hence all the activity. They love to run along stone walls as well and often follow me through the woods that way, chirping and chucking the whole way.

Some of the stones here are like quilts with such a patchwork of lichens on them.

The most common stone walls in this area are “tossed walls.” Farmers worked from dawn to dusk in Colonial New England and tossed walls required the least amount of time and effort because smaller stones were literally tossed or thrown on top of one another. In the early years getting rid of the plentiful stones quickly and efficiently was more important than enclosing the fields, but this farmer took the time to build a seat into this wall. It’s at the perfect height to sit on (I tried it) and wide enough for two people.

Near the stone seat is an iron ring in the wall where a horse could be hitched. Both the stone seat and hitching ring are in the shadiest part of this property so it makes perfect sense that this would be the place to sit and have lunch.

The farmer could even have had black raspberries for lunch, in season. They grow in several places along the wall.

As time passed barbed wire was often added to stone walls to keep animals in or out. This wire grew out of the very center of a pine tree, so it was tacked onto the tree quite a while ago. Running their saw into steel wire is one of a wood cutter’s worst nightmares come true but many things have been found inside trees, from axe heads to gravestones to even bicycles.

This chain hook is one of my favorite bits of antique iron work that I find here. A link from a chain would have been hooked over it and then another link hooked over a similar hook a certain distance away. Chains were (and are) often hung across roads or driveways as a way to say “no admittance.”  What I like about this example is the way the blacksmith tapered the hook over its length and finally ended it in what looks like a dragon’s tail. You can still see the marks of the hammer all along its length. It’s a beautiful thing and if I owned it, especially since my grandfather was a blacksmith, it would be considered a work of art.

Even in silhouette pokeweed (Phytolacca americana) can be readily identified by the long stalks that held its berries. What surprised me by these plants is how they were still standing. Pokeweed stems weaken quickly at ground level and it doesn’t usually take much snow to bring them down. Native Americans used the plant medicinally and also used the red juice from its berries to decorate their horses. Recently scientists found that the red dye made from the berries can be used to coat solar cells, increasing their efficiency.

A small oak tree hung on to its fall color and was beautiful on this cloudy, wet day. I loved seeing its bright cheery colors.

The truth is not in the touch of a stone, but in what the stone tells you. ~Rene Denfeld

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If Walls Could Talk

Actually stone walls can talk, but you have to speak their language to be able to decipher what they’re saying. Having built a few myself this one was relatively easy to understand. It told me that its builder didn’t have time for tight joint stone masonry and in any case most likely didn’t know how to build with stone anyway. He needed a field to plant crops in so he and his family could survive and these stones were in the way of the plow, so he tossed them in a long undulating pile, and that became what is now called a tossed or thrown wall, because the stones were literally just thrown on top of one another with no time or eye for intricacies.

The landowners on either side of the wall didn’t have time to patrol the wall and pull tree seedlings so many of them started growing down in the wall where their seeds fell. Some saplings were too close to stones to cut with an axe or saw so they grew to massive size, sometimes pushing the wall stones apart ever so slowly  to make room for the huge trunk. Now, over 250 years later they shade the wall and keep it from being covered in deep snow. Some, like the white pine shown above, still stand even after being struck by lightning. The old split in its bark runs from the top of the tree all the way down its trunk, following a root right down into the ground. I’ve found trees like this one soon after they were struck and the ground around them was covered with narrow strips of bark, blown right off the wood by the lightning bolt.

You can see many interesting things if you look at our stone walls carefully, like this blacksmith made hitching ring where someone would have hitched up a horse. The odd thing about it is its location in the wall. It’s in an empty place where it doesn’t look like there would have much going on but 250 years ago it could have been a community information hub, for all I know. Most likely it was simply a shaded place for the horse to rest while the rider did whatever they had to do here.  I’m guessing it involved a lot of work.

My grandfather was the town Blacksmith in Westmoreland which is to the north west of here, so I’m always fascinated by iron work. The chain hook shown here is one of the best examples of 18th century blacksmithing I know of. I like it because it shows hand hammered marks and shows the fine workmanship and talent of the smith. He didn’t have to make such a utilitarian object as beautiful as a dragon’s tail, but he did.

This stone in this wall is only the second place I’ve found a beard lichen growing on stone. I’ve seen thousands of beard lichens but they were growing on wood 99% of the time. I think this one might be a bushy rock lichen (Ramalina intermedia.) Lichen communities grow in succession with many varieties of crustose lichens as pioneers. Foliose lichens come next as intermediary species and finally fruticose lichens like this one are considered climax species. What I don’t know is, how much time is between pioneer and climax? Climax communities of lichens are considered “old growth” communities.

As this stone shows stone walls absorb a lot of heat from the sun and release it slowly all night long until the sun shines again the following day.

Because it’s so warm near stone walls in the winter many plants like this mullein like to grow along them. In fact there is an amazing variety of plants growing on or near this wall.

There are many ferns growing along this old wall. Some are evergreen and others, like this one, are trying to be.

Many types of trees grow along the old wall including shagbark hickory (Carya ovata) which is named, not surprisingly, for its shaggy looking bark. These trees drop large amounts of hickory nuts each fall so I thought I’d find one and show it to you.

Unfortunately the squirrels had already found all the nuts and I didn’t see a single one.

I did see a lichen on the bark of the hickory that I’ve never seen before though, made up of a grayish body (Thallus) with tiny black fruiting bodies (Apothecia.) I think it might be the tiny button lichen (Amandinea punctata) which grows on wood and has a grayish, barely perceptible thallus and flat, disk shaped, black apothecia. Each black dot seen here is very small; about the size of a period made on paper with a pencil.

At the base of the hickory was a stone with a forest of pixie cup lichens (Cladonia asahinae) on it. The tiny little golf tee shaped parts are the fruiting bodies of this lichen. Spores produced in them will be splashed out of the cup by raindrops.  Pixie cups almost always produce large groups of fruiting bodies like these.

Shield lichens have become kind of a ho-hum lichen for me because I see thousands of them, but the way this one seems to overlap like shingles and the way it grows in concentric circles is different, and I’m not so sure it’s a shield lichen at all. I’m leaning towards the zoned dust lichen (Lepraria neglecta) but I’ll have to go back and have another look to be sure. It also resembles the shingled rock shield (Xanthoparmelia somloensis.) Like any other part of nature, stone walls have their own mysteries.

Another lichen that I don’t see often is what I believe is the rosy saucer lichen (Ochrolechia trochophora) seen here. Its rosy or orange apothecia are large and pad like and I’ve read that though it usually grows on wood it can grow on stone as well. It could also be a scattered rock posy lichen but I don’t think so.

Sometime I can be fooled into thinking I’m seeing lichens when I’m really seeing something else. In this case I’m not sure what the green “something else” was but possibly algae. Why it was here in this spot and nowhere else along the wall, I’m not sure.

Common speedwell was enjoying the warmth from the wall and looked as good as it does in early June but of course it wasn’t flowering. This European native is common here and has been used medicinally for centuries. Its leaves have also been used as a tea substitute.

I think a lot of us believe that winter is a very wet season and it can be when the snow melts, but when it is cold and there isn’t any melting going on it can be very dry, and this white tipped moss (Hedwigia ciliata) reminded me of that. When dry it pulls its tiny needle like leaves in close to the stem and if dry enough it looks like strands of string or clumps of worms, and this gives it another common name of medusa moss. It hadn’t reached that point when this photo was taken but it was quite dry, even with snow on it.

Stone walls will give many gifts to those who walk slowly along their length and look closely. One of the greatest gifts they give me is green leaves in winter, even when there is snow on the ground.

Stones are all about time—time to find them, to move them, to place them, and time, occasionally, to chisel and shape them. And above all, time to see them, experience them, and fall under their spell. ~Charles McRaven

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Exploring a New Rail Trail

Actually, it isn’t the rail trail that’s new; it has been here since about 1850, but it’s new to me. I’ve wanted to follow it because for years I’ve been hearing about a deep cut through ledges on this rail trail leading from Swanzey south to Massachusetts, so one day I finally decided to follow it.

There was plenty to see out here, including this box culvert. Box culverts are simple things, usually with two upright side walls and massive stone slabs on top, and then huge amounts of gravel on top of that. But this one was different;  it was built of granite blocks, probably cut right on sight out of boulders or ledge. It was still letting a small stream pass unimpeded under the railbed after nearly 170 years.

But there were problems. Some of the stones on the sidewalls had shifted and this let the cap stones overhead begin to sag a bit. This was most likely caused by the freezing and thawing of the soil and pressure from tree roots. In any event it should be repaired because if it goes so does the rail bed above it. The question is, now that there is no railroad, who is responsible for making repairs?

The stone for the culvert might have come from this big boulder. It still shows drill marks from when the rail line was put in. There was a lot of drilling and blasting of stone going on in these woods in those days.

There were signs of the railroad everywhere, including this old signal box. I’ve been told that these often had asbestos in them, so they’re best left alone.

There were some nice birches out here too.

But some had fallen. Birch polypores (Piptoporus  betulina) are parasitic on dead or weakened birch trees and cause brown rot. Both the fungus and the decayed wood have a sort of green apple smell. Birch polypores are annual fungi that grow only on birch trees and live for only one season.

Further down the trail a huge old oak had fallen and had taken several other trees with it. I don’t think four grown men could have linked hands around this monster when it was standing. What a shame to let all that firewood go to waste.

This was a day to see fallen things, apparently. A granite mile marker had fallen across a drainage ditch.

It’s hard to read but I think the message on the fallen mile marker said B (for Boston) 88. According to Google maps Boston is just about 88 miles from Swanzey if you follow route 119.

Cushions of what was probably a species of Dicranum moss glowed a beautiful bright green in what little sunlight there was. I was surprised to read that people are now buying this moss to create moss gardens. They call it “mood moss,” though I’m not sure why. I have to say that seeing it made me smile, so maybe that’s where the name comes from.

As I said in the last lichen post I did, pixie cup lichens (Cladonia pyxidata) are squamulose lichens, and squamules are the small leafy, lobed growths that are at the base of the tiny golf tee like podetia in this photo. The podetia support the lichen’s fruiting bodies called apothecia, which is where the lichen’s spores are produced. It’s all about continuation of the species.

I was a little dismayed but not surprised to find invasive burning bushes (Euonymus alatus) out here. There weren’t many; I only saw two or three, but all but a few of their berries were gone and that means the birds ate them. And that means more bushes in the future. Burning bushes don’t have a problem with making sure new generations will follow.

In some places the rail trail passed very close to private property. I thought I grew up close to the tracks at a few yards but this trail was just a few feet away from this building.

The closeness reminded me of this sign that I saw on another rail trail. It’s important to remember that you’re very near private property when on rail trails so you shouldn’t wander too far off the trail. Imagine what it would be like to find strangers wandering through your yard every now and then like they did when I was a boy growing up beside the tracks. It can be a little unnerving. The message is important enough for this sign to have been printed by the State of New Hampshire Bureau of Trails.

Something I’ve never seen on a rail trail before is a bent rail, but there it was. I don’t know if it was bent on purpose to follow a curve when it was originally installed or if it was bent after the rails were taken up. I can’t imagine anyone taking the time and effort it would have taken to bend it for a lark but it can be done. During General William Tecumseh Sherman’s march to Atlanta during the Civil War he had his troops heat up sections of track until they were red hot and then bend them around trees. These bent rails came to be known as “Sherman’s bowties.” Since the south had limited supplies of iron this pretty well finished the southern railroads but soon the rebels followed suit and destroyed northern rails in the same way. These bent rails were known as “Mr. Lincoln’s hair pins.”

The bent rail had me scratching my head, because there were no curves to be seen on any nearby part of the rail bed. Would someone really take the time to heat a rail and bend it, I wondered as I walked along.

Here was another strange thing. A two inch galvanized steel conduit came up out of the ground and passed under the rail bed before continuing out the other side and into the forest.

The laying of the conduit looked to be well done and I was fairly certain that it had some electrical purpose but I couldn’t guess who would have the money or the inclination to lay it way out here.

Off it went, up the hill. It wasn’t until later when I was telling friends about it that I remembered how close I had been to the airport. This entire area sits in a bowl which is surrounded by hills and each hill has to have a tower with a flashing red light so planes flying at night don’t run into the hills. This conduit must have been put here to power one of those lights. What a lot of work and what a cost it must have been, but if it saves lives it’s worth it. We’ve had our share of plane crashes here.

By now you’ve probably noticed that I haven’t shown any ledges or “deep cuts” through hillsides. That’s because I didn’t find any, at least not on this section of trail. And that’s why there has to be a part two to this story. I walked too far and took far too many photos for them all to be squeezed into one post, so if you’re at all interested I hope you’ll stay tuned for part two, coming up next week.

Heaven on earth is a choice you must make, not a place you must find. ~ Wayne Dyer

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A Slippery Walk Through Yale Forest

I wanted to go for a climb last weekend but we’d had a storm that dropped sleet, snow, rain and freezing rain and now the snow is covered in a coat of ice. I had to wear Yaktrax to walk on the old abandoned road through Yale Forest, even though it’s flat and level. What looks like snow here is actually a thick coating of ice on top of the snow, and it was slippery.

This tree stump tells the story.

An evergreen fern was trapped in the snow and ice. It will probably stay that way for a while because every day this week is supposed to be below freezing.

Yale forest is a forest full of young trees, cut and cut again since the 1700s. Once farm land, it is now owned by the Yale University School of Forestry. A forestry school can’t train foresters in proper forest management without a forest, so this is one of the places where they come to train, and part of that training includes how to maintain healthy woodlands. This parcel is mostly red and white pine that was planted or seeded naturally after the hurricane of 1938 blew down many of the trees that stood here, so none of it is original old growth forest.

Evidence of the original use of the land after settlers moved in can be seen in the rusty barbed wire still attached to this big old tree stump. This is hilly, rocky land so it was most likely used for sheep pasture.

The stone walls here are tossed or thrown walls, which is a sign that the farmer wanted to clear the land as quickly as possible. Stones were literally thrown on top of one another without a thought or care about how the wall looked. When you had to grow what you were eating clearing the land quickly was far more important than having a nice looking wall.

Up ahead a tree had fallen across the old road but there was no reason to worry; this road hasn’t seen traffic for quite a while. It was once called Dartmouth College Road because if you followed in north far enough, that’s where you would have ended up. When the State Department of Transportation built what is now route 10 this section of road was abandoned and from what I gather by talking to the county forester and others, was taken over by Yale University. It is now considered a private road but Yale University is very good about letting locals use the forest for hiking and biking.

The fallen tree had broken off about 8 feet above the ground and the break was relatively fresh. Its brother on the left had previously broken in almost the same place.

Dried fungi on the trunk spoke of why the tree had fallen. Fungi are a sign of rot in a tree and many can cause rot. Rot makes trees unable to withstand strong winds, and we’ve had a few windy days recently.

I always like to look over the branches in the crowns of fallen trees to see what was growing up so high. This tree had a lot of small, rounded mounds of crispy tuft moss (Ulota crispa) on its limbs. It’s tightly curled and contorted leaves meant that it was dry. It almost always grows on tree trunks where there is no standing water. Studies have shown that moss spores stick to the paws of chipmunks and squirrels, and that explains how they get their start so high up in trees. Chances are good that lichen and fungus spores are transported in the same way, I would think.

This is a closer look at the crispy tuft moss and its curled leaves, spent spore capsules and new growth. I love how the spore capsules look like tiny Tiffany vases. This comes from their being constricted just below the mouth of the capsule.

Fishbone beard lichen is common on trees and even wooden fences, so I wasn’t surprised to see it here. There are many different kinds of beard lichens and the differences can be subtle, but the fishbone beard lichen (Usnea filipendula) stands apart because of its resemblance to the backbone of a fish. This lichen seems to prefer growing on spruce but I’ve seen it on other trees as well. Though it isn’t rare I don’t see it frequently. Lichens in the Usnea genus contain usnic acid and have antiseptic / antibiotic properties. They have been used since ancient times throughout the world to heal wounds.

Netted crust fungi (Byssomerulius corium) are common and grow on the undersides of branches, and this fallen tree had large patches of it on its limbs. The corium part of the scientific name means skin or hide, and refers to the skin-like growth of this fungus. Quite often bracket or shelf like growths will form along its edges. This fungus has tiny net-like ridges in its surface, and that’s how the netted crust comes by its common name.

Its buds told me that the fallen tree was probably a silver maple (Acer saccharinum,) which is one of the weaker “soft” maples. These buds were smaller and more oval than the chubby, round buds on red maples, and didn’t grow in the large bud clusters that I see on red maples. Silver maples get their name from the whitish, silvery undersides of their leaves.  The amount of growth that this tree supported along its trunk and limbs was phenomenal.

As I’ve said here many times lichens can be hard to identify because many change color when they dry out. Since it was a dry day I’m not at all positive but I think this one might have been a star rosette lichen (Physcia stellaris,) which is pale gray even when wet. In any case it was a beautiful example that wasn’t damaged. I often see lichens like this that look torn or one sided and I think it’s because birds have taken pieces of them to line their nests with. I was reading about a study that showed 5 different species of lichens were found in a single hummingbird’s nest.

There is a similar lichen called the slender rosette lichen (Physcia subtilis) but it has pale rhizines and these examples were very dark. Rhizines are a kind of rootlet that look like small hairs on the underside of some lichens that help them hold on to the surface they grow on, like tree bark. You can just see a blurry few of them poking out from under one of the lobes in the lower left of this photo.

A little ice won’t bother pixie cup lichens (Cladonia pyxidata.) This lichen likes to grow on moss because mosses retain a lot of water, and these examples grew on the side of a mossy boulder. Though they look like golf tees they are probably a tenth the size. Each stalk like growth (podetia) is less than 1/2 inch tall, and the cups that bear the lichen’s spores are about 1/32 of an inch across.

The scales on the pixie cup’s stalks are leafy growths called squamules. A squamule is a lobe of the body of the lichen (Thallus) and some lichens are squamulose, meaning they’re made up of small, leafy lobes. Pixie Cups and other Cladonia species like reindeer lichen contain didymic acid, and they were once used by herbalists to treat tuberculosis. They are called pixie cups because they are said to resemble the tiny cups that pixies or wood fairies sip the morning dew from.

If you walk long enough on the old abandoned road through Yale forest you’ll come to an open swampy area that was once home to beavers. Beavers will move into a place and cut all the trees and then move on. Their pond will eventually drain and new trees will start to grow, and they will move back again to repeat the cycle. I’ve read that it takes about thirty years to go once around the cycle and this area looks as if it’s in the beaver pond draining stage. This photo is of the small stream that they dammed up originally.

Quite a large section of the beaver dam can still be seen but with no maintenance it has fallen into disrepair and no longer holds back any water. Many animals benefit from beaver ponds and swamps, such as insects, spiders, frogs, salamanders, turtles, fish, ducks, rails, bitterns, flycatchers, owls, mink and otters. Great blue herons, wood ducks, and hooded mergansers live in the dead trees that the rising water killed. Their ponds also filter out pollutants carried by runoff and serve as water storage areas, so they benefit man as well. Native Americans used beavers for food, medicine and clothing.

The most surprising thing I saw on this walk was a raspberry with fresh green leaves on it. I hope it knows what it is doing because we’re in for more cold weather. January temperatures ran about 8 degrees above average but in December there were days when we had below zero cold, so I can’t even guess why it would have grown new leaves. Maybe like me it’s hoping for an early spring.

The presence of a path doesn’t necessarily mean the existence of a destination. ~Craig D. Lounsbrough

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Things I’ve Seen

This is the road I drove down early one morning after a 5 inch snowfall the night before. The pre-dawn light was really too dim to take photos, but I didn’t let that stop me. It was too pretty, I thought, to pass by without recording it. As Scottish author William Sharp noted: “It is the still ecstasy of nature, wherein every spray, every blade of grass, every spire of reed, every intricacy of twig, is clad with radiance.”

A small brook wound its way through the woods. I loved its polished black surface against the snow.

Beech leaves provided a touch of color.

Mount Monadnock loomed dramatically over the surrounding countryside in a view of it that I’ve never shown here before. In another half hour when the sun kissed its flanks it would probably have made an amazingly beautiful scene but I was on my way to work and I didn’t have time to dilly dally. There was snow to move.

Ice shelves have begun forming along the Ashuelot River. This one was clearly visible as a shelf but when they’re completely attached to the river bank and are covered by snow they can create a very dangerous situation, because there are times when you can’t tell if you’re walking on land or on an ice shelf. I’ve caught myself standing on them before and that’s why I now stay well away from rivers in winter unless I know the shoreline well.

The dark trunks of trees absorb heat from the sun and reflect it back at the snow, which melts in a ring around it. These melted rings seem to be a magnet for smaller birds and animals like chipmunks and squirrels.

If I see whitish or grayish spots on tree bark I always like to take a look because it could be a script lichen or some other lichen that I’ve never seen. In this case it was what I think is a black-eye lichen (Tephromela atra.) According to the book Lichens of North America this lichen grows on stone, bark or wood from the tropics to the arctic.

As you can imagine the raised rimmed, black spore bearing apothecia of the black eyed lichen are extremely small, so it’s always a good idea to carry a loupe or a camera with macro capabilities. Many features on this and many other lichens are simply too small to be seen with the eyes alone.

Another small lichen on a different tree showed some unusual color in its apothecia but I couldn’t see any definite shape without the camera.

The book Lichens of North America says the apothecia on the mealy rim-lichen (Lecanora strobilina) are flat to convex and a waxy yellowish color. They grow on bark and wood of many kinds in full sunlight and the apothecia are very small at about .03 inches. Though the color here looks more orangey pink I think the light might have had something to do with that.

Pixie cup lichens (Cladonia pyxidata) look like tiny golf tees or trumpets, and they are also called trumpet lichens. They are common and I almost always find them growing on the sides of rotting tree stumps. Pixie cups are squamulose lichens, which means they are scaly, but they are also foliose, or leafy. A squamule is a lobe of the body of the lichen (Thallus,) and squamulose lichens are made up of small, leafy lobes. As can be seen in the center of this photo the stalk like cups (podetia) grow out of the leaf like squamules. This is the first time I’ve ever caught it happening in a photo. Pixie Cups were used by certain Eskimo tribes as wicks in their whale blubber lamps. The lichens would be floated in the oil and then lit. The oil would burn off of the lichen but the flame wouldn’t harm it.

Red maple flower buds (Acer rubrum) are just waiting for the signal from spring. These are one of my favorite early spring flowers and I’m looking forward to seeing them again. The flowers, twigs, leaf stems, seeds, and autumn foliage of this tree all come in varying shades of red. These buds are tomato red, according to my color finding software.

Hawthorn buds (Crataegus) are also tomato red but they’re very small; each one no bigger than a single flower bud in the clusters of red maple buds in the previous photo. I had to try several times to get a photo of this one. I think an overcast day might have made things easier. There are over 220 species of hawthorn in North America, with at least one variety native to every state and Canadian province. In New Hampshire we have 17 species, so the chances of my identifying this example are slim to none. Since I see it regularly I know that it has white blossoms.

The hawthorn also has red thorns; as red as its buds and sharp as a pin. This one was about 2 inches long. Hawthorn berries and bark were used medicinally by Native Americans to treat poor blood circulation and other ailments.

I was surprised to see the flower buds of this boxwood shrub (Buxus) showing color on one recent warm day. I hope it was telling me we’ll have an early spring! Boxwood is called “man’s oldest garden ornamental.” The early settlers must have thought very highly of it because they brought it over in the mid-1600s. The first plants to land on these shores were brought from Amsterdam and were planted in about 1653 on Long Island in New York. There are about 90 species of boxwood and many make excellent hedges.

Jelly creps (Crepidotus mollis) are small, quarter sized “winter mushrooms” that like to grow on hardwood logs. They are also called soft slipper mushrooms and feel kind of spongy and flabby, much like your ear lobe. They grow with an overlapping shelving habit like that seen in the photo.

The flowers of native scarlet bee balm (Monarda didyma) are tubular and grow out of leafy bracts, and these bracts were all that was left of this bee balm plant. This is the first time I’ve noticed that they had stripes. The Native American Oswego tribe in New York taught the early settlers how to make tea from bee balm. The settlers used it when highly taxed regular tea became hard to find and it has had the name Oswego tea ever since. The plant was also used by Native Americans as a seasoning for game and as a medicine.

The breeze at dawn has secrets to tell you. Don’t go back to sleep. ~Rumi

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Lichens

As flowers start to fade and leaves begin to fall my thoughts often turn to lichens, mosses and all of the other beautiful things you can still find in nature in the winter. We’ve had two or three days of drizzle; nothing drought busting but enough to perk up the lichens. Lichens like plenty of moisture, and when it doesn’t rain they will simply dry up and wait. Many change color and shape when they dry out and this can cause problems with identification, so serious lichen hunters wait until after a soaking rain to find them. This is when they show their true color and form. The pink fruiting bodies of the pink earth lichen in the above photo for example, might have been shriveled and pale before the rain.

Pink earth lichen (Dibaeis baeomyces) closely resembles bubblegum lichen (Icmadophila ericetorum.) One of the differences between the two is the length of the stalks that the plump pink apothecia sit on. They are longer on bubblegum lichen than they are on pink earth lichens. Both are very beautiful things that are rarely seen in this area. The whitish thallus, or body of the lichen, grows on soil; usually on dry acidic soil near blueberry and sweet fern plants.

Bright orange poplar sunburst (Xanthomendoza hasseana) is a beautiful lichen with its large disc shaped, sucker like fruiting bodies (apothecia) which are almost always showing. It’s found on tree bark and provides a lot of color in winter when there are no flowers to see.

Another sunburst lichen, the elegant sunburst (Xanthoria elegans) was exposed to ultraviolet radiation, cosmic radiation, and the vacuum of space for one and a half years and when it was brought back to earth it grew on as if nothing had happened. Many believe that lichens are virtually indestructible and are therefore as close to immortal as any earth based life form can be.

British soldier lichens (Cladonia cristatella) like to grow on damp wood like rotted stumps and logs, but I’ve found them on buildings, fence posts, and built up forest litter on boulders. At this time of year I don’t pass too many mossy old tree stumps without having a glance for British soldiers.

Scattered rock posy lichen (Rhizoplaca subdiscrepans) is both beautiful and unusual with its brain like body (Thallus) and orange fruiting discs (Apothecia.) This one was growing on stone in full sun. It is about as big as a quarter now, but when I first met it years ago it was about the size of a penny.

Lichen identification can sometimes be tricky. Though it resembles scattered rock posy I think this is rosy saucer lichen (Ochrolechia trochophora.) It was growing on stone, but even though the book Lichens of North America says that it grows on tree bark a little further research on the website Images of British Lichens shows that it grows on tree bark or stone. Based on that information and the fact that I can’t find a similar saucer lichen that grows in New England, I’m going with rosy saucer lichen. Even though it has rosy in its name its apothecia can range from pink to orange, according to what I’ve read.

It didn’t work out very well but I put a nickel behind these pixie cup lichens (Cladonia asahinae) to give you an idea of how small they are. The photo came out looking like golf tees in front of a full moon. A nickel is .83 inches in diameter and the round cup of the golf tee shaped pixie cup might be .12 inches on a good day. You wouldn’t fit an average pea in the cup, but a BB from an air rifle might sit in one.

I had to really push my camera to get this shot so I could show you the inside of the cup of a pixie cup lichen. The nearly microscopic red dots on the rim of the cup are this lichen’s fruiting bodies (Apothecia.) The tan colored scales are leafy growths called squamules. A squamule is a lobe of the body of the lichen (Thallus,) and some lichens are squamulose, meaning they’re made up of small, leafy lobes. I’m not sure what the objects in the cup are, but they’re extremely small.

Powdery sunburst lichen (Xanthomendoza ulophyllodes) was growing on a stone. This foliose lichen is easy to see, even when it’s small, because of its bright orange yellow color. This lichen really likes moisture and is often found growing near channels that carry water on stone or bark. This one was about the size of an average aspirin. Lichens are a good indicator of air quality, so if you aren’t seeing them you might want to check into your local air quality.

Lichens like the common goldspeck lichen (Candelariella vitellina) in the above photo are here year round for us to enjoy, and once the leaves fall many lichens become even easier to see. Look for this bright yellow crustose lichen on stone. Crustose lichens form crusts that tightly adhere to the substrate that they grow on and usually can’t be removed without damaging it.

As its name implies maple dust lichen (Lecanora thysanophora) grows on the bark of maple trees, but also on beech, oak, and basswood. One of the easiest ways to identify this lichen is to look for the white fringe around its perimeter. This is one of those lichens that I never saw until I stumbled across it one day, and now I see it everywhere. This example was about 3/4 of an inch in diameter, or about the size of a penny.

Cumberland rock shield lichen (Xanthoparmelia cumberlandia) likes to grow on boulders and that’s where I found this one. The body (Thallus) is described as being “yellow-green to sometimes bluish green” and the fruiting discs (Apothecia) are “cinnamon to dark brown.” The body of this lichen always looks like someone dripped candle wax on the stone to me.

This is a close up of the apothecia on a Cumberland rock shield lichen. Lichens are made up of a symbiotic relationship between fungi and algae or cyanobacteria. Technically apothecia are “fungal reproductive structures, in which the fungus reproduces itself through the production of spores” This is not the only way that lichens reproduce, but it is common and the apothecia are often beautiful and well worth watching for.

Beard lichens are common enough; they even fall from the trees on windy days, but this beard lichen is growing on stone and that’s very uncommon, in my experience. I think this example must be bristly beard lichen (Usnea hirta,) which can grow on wood or stone, but I must see a hundred growing on wood for each one growing on stone.

There are many different kinds of beard lichens and the differences can be subtle, but the fishbone beard lichen (Usnea filipendula) stands apart because of its resemblance to the backbone of a fish. This lichen seems to prefer growing on spruce but I’ve seen it on other trees as well. Though it isn’t rare I don’t see it often. Lichens in the Usnea genus contain usnic acid and have antiseptic / antibiotic properties. They have been used since ancient times throughout the world to heal wounds.

There are places in these woods where reindeer lichens drift like snow, and in colder climates they lie under the snow for months. As their name implies they are an important food source for reindeer, and they paw through the snow to find and eat them. Reindeer lichen is very slow growing at about an eighth to three eighths of an inch per year and if overgrazed or dug up, it can take decades for drifts like the one pictured to reappear. There are two types in this photo; the green star tipped reindeer lichen (Cladonia stellaris,) and the gray reindeer lichen (Cladonia rangiferina.)

Gray reindeer lichen in this area is silver gray, almost white, with a main stem and branches much like a tiny tree. Each branch tip is a brownish color with a globe or pear shaped fruiting body called a pycnidium. The Native American Ojibwa tribe were known to bathe newborns in water in which this lichen had been boiled, and other tribes drank tea made from it. It has also been eaten, but if you plan on eating lichens correct preparation is everything, because some can cause serious stomach problems.

It’s easy to see how star tipped reindeer lichen comes by its common name; each branch tip ends in a star shaped cluster of four or five branches surrounding a center hole. This lichen seems to be a favorite of reindeer; they will often leave the gray reindeer lichen until last and eat this one first. In Europe this lichen is used in the pharmaceutical industry as an ingredient in antibiotic ointments.

One of the most beautiful lichens that I find growing on stone is the smoky eye boulder lichen (Porpidia albocaerulescens) with its blue apothecia. The blue color seen in the above photo is caused by the way light reflects off a waxy coating on the fruiting bodies, which is very similar to the “bloom” found on plums, blueberries, and grapes. It’s as if pieces of the sky had been sprinkled on the stones when the light is right, but the apothecia can also appear black or gray depending on which direction the light happens to be coming from. The greenish-gold background color is the color of the body (thallus) of this crustose lichen.

I hope this post has shown how beautiful and interesting lichens are, and how easy they are to find. Lichens grow virtually everywhere including on building facades, sidewalks and rooftops, so they can even be found in cities. Many are quite small though, so you have to walk slowly and look closely to find them. Once you’ve seen a few you’ll start seeing them almost everywhere you go.

If you will stay close to nature, to its simplicity, to the small things hardly noticeable, those things can unexpectedly become great and immeasurable. ~Rainer Maria Rilke

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Yale Forest in Winter Part Two

Note: This is part two of a two part post. If you’d like to see part one you can scroll down to it.

If you walk long enough on the old abandoned road through Yale forest in Swanzey you’ll come to an open swampy area that was once home to beavers. Beavers will move into a place and eat all the trees and then move on. Their pond will eventually drain and new trees will start to grow, and they will move back again to repeat the cycle. I’ve read that it takes about thirty years to go once around the cycle and this area looks as if it’s in the beaver pond draining stage. Now trees need to grow so the beavers will come back. The above photo shows the old dam which isn’t really holding back any water now, judging by the force of the stream that runs through here.

The height of the embankment in the background of this photo shows that the beavers chose a natural bowl shaped area for their pond, but the grasses in the foreground show that the pond is now mostly dry.

This is another look at the dam. It was long but not real high; maybe 4 feet. I’ve seen them high enough to be taller than I am, holding back an incredible amount of water. The biggest beaver dam on record is one in Wood Buffalo National Park in Alberta, Canada that is 2,790 feet long and can be seen in satellite footage from Google Earth. Explorer Rob Mark was the first human to reach it in July of 2014. I hope I’m never near a beaver dam if it lets go.

There was plenty of evidence of beaver activity but it happened a while ago. This beaver stump is beginning to blacken, as were all the others I saw.

Tree cutters of a different kind were also in evidence. I don’t know why they left these logs there. The wood must have been sub-par in some way.

A couple of the logs showed signs of fungus infection. This one had signs of what looked like it might have been blue stain fungus (Ophiostoma,) which is usually transmitted by bark beetles. It is also called sap stain because it discolors the sapwood, along with any boards that are cut from it. This lowers the value of the log considerably; possibly enough so it wasn’t even worth the fuel it would take to truck it to the mill yard.

There was plenty of evidence of bark beetles on pine limbs. Not only do they transmit disease, if they chew one of their channels completely around a branch it will die from being girdled.

Another log had claw marks on it. They puzzled me because the snow was ice covered and too hard for an animal to have left prints. I’m guessing raccoon or maybe a bobcat; they were quite small, but bigger than a housecat would have left.

Clubmosses held their heads up above the snow. This one looked like Lycopodium obscurum, commonly called ground pine, even though it has nothing to do with pines. It is also called rare clubmoss though I don’t know why, because it is everywhere.

The evergreen ferns are showing great fortitude this year. When I see one this way it looks so delicate but the snow and ice surrounding it tell a story of unsuspected toughness. They’re very beautiful against the white snow and add so much to the winter landscape. I’m glad they’re so tough.

Even dead ferns add interest to the winter landscape. I like seeing their deep reddish brown color against the lighter tans of the grasses. It’s a simple thing that brings joy and puts a spring in my step.

Pixie cup lichens (Cladonia asahinae) poked up out of the hair cap moss like tiny golf tees. I was hoping they would be fruiting so I could show you how they reproduce, but not yet. They, like many lichens, produce spores in the winter but it must happen later on. I’m not very good at keeping track of such things.

Striped maple (Acer pensylvanicum) has striped bark but I’ve never seen it come with blue stripes and I can’t find any reference to blue stripes on line. They are usually a cream / white color but will eventually disappear as the tree ages. I took this photo to show how dark the reddish brown bark of striped maple is when compared with other trees, such as the one on the right. This maple often grows in the form of a shrub here and might reach 15 feet tall on a good day. Another name for it is whistle wood because whistles are easily carved from the wood of its branches.

I knew that the buds and young twigs of striped maple were often tomato red but I’ve never seen spots on a bud before. This isn’t a very sharp photo but at least you can see the spots.

It looked like someone had embroidered this brocade moss (Hypnum imponens) on the log it grew on, and that’s how it comes by its common name. It’s a shiny, feathery moss that forms large mats, usually on wood but sometimes on soil. I’m not sure what the small blue bits are. It must have been ice reflecting the blue of the sky. I didn’t see them in person so I’m surprised that the camera did.

I was expecting to see some turkey tail fungi (Trametes versicolor) but this turkey feather was a surprise. There is a story behind it, but it’s one I’ll never know.

I was also hoping to see some crystal clear ice but it had been snowed on and re-froze with a textured surface more like pebbled glass than crystal, but I could still make out the shapes and colors of the oak leaves under it.

The ice on the stream that used to feed the beaver pond was paper thin and wind sculpted. The animals are still having an easy of time finding water but are probably having a hard time getting around on the icy, crusted snow.

A few woodland pools were ice free. They reminded me of the forest walks I’ve taken on moonlit nights when the moonlight shimmers and swims in the dark water of pools like this one. It’s something I haven’t seen in a long time but I’ve had an itch to try night time photography, so it might happen when the moon is full enough to light the way.

Some journeys take you farther from where you come from, but closer to where you belong. ~Ron Franscell

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Lichens

 

If you visit a place or places day after day, year after year, you get to know what grows in those places, and that is how I have come to know so many lichens-because I visit them regularly. At this time of year people often think that once the leaves fall there isn’t anything colorful left to see, but that simply isn’t true.  Lichens like the common goldspeck lichen (Candelariella vitellina) in the above photo are here year round for us to enjoy, and once the leaves fall many lichens become even easier to see. Look for this crustose lichen on stone. Crustose lichens form crusts that tightly adhere to the substrate that they grow on and can’t be removed without damaging it.

Bubblegum lichen (Icmadophila ericetorum) gets its name from its bright, bubblegum pink fruiting bodies (apothecia.) I find this crustose lichen growing in large patches on acid, sandy soil in full sun along with blueberries and sweet fern.  It is uncommon and I knew of only two places where it grew. One of those places has been destroyed by logging however, so now there is only one place I know of to find it.

Note: Bob Klips has identified this lichen as Dibaeis baeomyces rather than Icmadophila ericetorum. One of the differences between the two is the length of the stalks that the apothecia sit on. They are longer on Icmadophila ericetorum than they are on Dibaeis baeomyces. Thank you Bob, for the help! If you haven’t visited Bob blog, “Bob’s Brain on Botany,” you should. It’s a real treat and you can find it at bobklips.com

Script lichen looks just like its name suggests but it is a very ancient script, like long forgotten runes. This is another crustose lichen but I find it growing on tree bark rather than stone or soil. The dark “script” characters are its fruiting bodies. There are many script lichen species and each seems to prefer a certain species of tree. I think this example is the common script lichen (Graphis scripta) which prefers smooth barked trees like maple.

One of my favorite lichens is the poplar sunburst lichen ((Xanthoria hasseana). Its fruiting bodies are disc like structures that remind me of orange octopus suckers. This seems to be a perpetually fruiting lichen which hasn’t stopped since I found it about two years ago. It has grown though, and now a little bigger than a quarter.  I think it is one of our more beautiful lichens found in this area. This is a foliose lichen that grows on tree bark, but I’ve never found it on a poplar. Foliose lichens are lobed and leaf like.

Pixie cup lichens (Cladonia pyxidata) look like tiny golf tees or trumpets, and they are also called trumpet lichens. They are common and I almost always find them growing on the sides of rotting tree stumps, often with British soldier and common powder horn lichens (Cladonia coniocraea.) Common powder horn is, curiously, not horn shaped. They are the taller structures in this photo. Pixie cups are squamulose lichens, which means they are scaly, but they are also foliose, or leafy.

When I first found this beautiful little scattered rock posy lichen (Rhizoplaca subdiscrepans) a few years ago it could have sat on a penny with room to spare, but now it has reached quarter size. The orange pad shaped parts are its fruiting bodies (Apothecia,) and the grayish, brain like part is the body (thallus) of this relatively uncommon foliose lichen. By measuring the rate of growth of lichens scientists can get a fairly accurate estimate of how old the rocks are that the lichens grow on. This is known as lichenometry.

Smokey eye boulder lichen is another favorite of mine. The blue color seen in the above photo is caused by the way light reflects off a waxy coating on the fruiting bodies, which is very similar to the “bloom” found on plums, blueberries, and grapes. In addition to blue it can also appear black or gray depending on which direction the light happens to be coming from.  The greenish-gold background color is the color of the body (thallus) of this crustose lichen.

Crustose rock disk lichens (Lecidella stigmatea) look a lot like tile lichens (Lecidea tessellate,) but tile lichens have black fruiting bodies that are sunken, or concave, and rock disk lichens have black fruiting bodies that are raised or flat. These lichens are very common on rocks of all kinds and grow in full sun.

Granite firedot lichens (Caloplaca arenaria) have a gray body (Thallus) and dark orange fruiting bodies (Apothecia,) but the fruiting bodies are so crowded that it’s often hard to see the gray thallus. This is another crustose lichen that doesn’t mind growing on granite in full sun.

Golden moonglow lichens (Dimelaena oreina) can get quite big but I usually find them at dime to quarter size. They grow in groups in full sun on granite and often grow quite close together. The examples in the above photo were fruiting, and that is something I don’t see them do very often. Their apothecia are the dark, cup shaped bodies in the centers of the examples shown. I’ve never been able to find out why so many lichens seem to release their spores so late in the year.

 

I showed toadskin lichen (Lasallia papulosa) in a recent post and quite a few people seemed interested in it, so I thought I’d show it again here and go into a little more detail.  This lichen is very similar to rock tripe lichen (Umbilicaria mammulata) and if it wasn’t for all of the warts it would look very much like it.  The warts are called pustules and on the back of the lichen there is a corresponding pit for every pustule. When wet the greenish color of the algae that is present comes through on the surface. The black dots are its fruiting bodies. Each lichen is attached to the rock at a single point that looks much like a belly button, so this is an umbilicate lichen.

When wet toadskin lichens are rubbery and pliable and feel much like your ear lobe but when they dry out they are much like a potato chip, and will crack just as easily.  Like many lichens they also change color when they dry out, and turn kind of ashy gray like the example in the above photo. Toadskin lichens are also some of the hardest to find-I’ve only seen them growing on hilltop boulders.

However since most lichens grow on trees, soil, rocks, stumps and logs they’re virtually everywhere you go. Many are quite small though, so you have to walk slowly and look closely to find them. Once you’ve seen a few you’ll start seeing them almost everywhere you go. I know of a few that grow on trees right in the heart of downtown Keene.

The trees are coming into their winter bareness; the only green is the lichen on their branches.
~Verlyn Klinkenborg

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Black and White

This post is about firsts as much as anything else; the first post I’ve ever done in black and white and the first post that’s been about photography more than the subjects of the photos. This is also the first time I’ve had to see things so very differently, and for that I have Patrick Muir to thank. Patrick has a blog called Patrick’s Garden, which you can visit by clicking here. He saw the first black and white photo to ever appear on this blog and challenged me to do an entire post in black and white, so Patrick, this one is for you.

 

I thought I’d start at the beginning with this photo of a dead tree that I posted back in December. Though I admire photos by people like Ansel Adams and Dorothea Lange I haven’t ever been very interested in black and white photography, but then I saw a black and white photo on Tootlepedal’s blog (another one worth a visit) and thought it might be fun to give it a try. I found out by doing this little project that color can actually be a distraction and a hindrance, and sometimes you don’t really see until you remove the distraction.

 

Often in winter the world is more black and white than anything else so it was no work at all to turn the photo above and the first photo of the dead tree to black and white. If I showed both the color and black and white versions side by side you could barely tell which was which.

 

These pixie cup lichens (Cladonia asahinae) are the color of wood ash but many times they look almost white in a certain light. They have a granular, pebbly surface and the absence of color makes it much easier to see.

 

This is the seed pod of Japanese knotweed (Polygonum cuspidatum). The plant itself is a terribly invasive weed that is almost impossible to eradicate, but its tiny whitish seeds have three wings that fly 120 degrees apart, and make up a papery husk around the seed. I never noticed the texture of their wings until I saw them in black and white.

 

Ice and water seem to make good candidates for black and white photography. The icicles are much easier to see.

 

Long time readers of this blog have probably heard me talk about my colorblindness at one time or another. The kind I have isn’t severe but, though I can see red and green traffic lights, if a red cardinal lands in a green tree he disappears. The above photo was rejected because it was (to me) monochromatic, showing only varying shades of brown. The mushrooms almost blended into the background but in the black and white version they really stand out.

 

Tree wounds can be interesting but this one seems even more so in black and white. The absence of color helps me to think more about shape and texture.

 

If you find something that looks like a maple leaf but has a deep green upper surface and a pure white underside, it is a leaf from a white poplar (Populus alba). Making this photo black and white did nothing to the leaf-it really was as snow white as it appears in the photo.

 

I like how the texture of the oak leaf that this tiny mushroom cap is sitting on becomes almost reptilian when seen this way.

 

The dark water and white hoar frost again meant little change when this photo became black and white.

 

This photo of gray birches (Betula populifolia) was another one that showed little change from color to black and white.

 

Last September, on a very foggy morning, I climbed Mount Caesar in Swanzey and found a lowbush blueberry (Vaccinium angustifolium) blooming long after any blueberry should have been. I posted the color version of this photo then, but I like the black and white version more. The water droplets make sense because of the dense fog, but I still can’t figure out what would have caused the bubbles on these tiny blossoms.

This was a fun post, if for no other reason than forcing me to climb out of my comfort zone and try something new. I feel though, because black and white photography is very easy in the winter when the world is black and white, that I’ve cheated a bit, so I’ll do another black and white post in the summer or fall. I have a feeling that will be a real challenge.

To see in color is a delight for the eye but to see in black and white is a delight for the soul. ~ Andri Cauldwell

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From Field and Forest

We have been wet here lately, but have seen more liquid than the white fluffy variety. Still, our local weatherman is hinting at big changes coming next week so we may see some snow before Christmas. Or maybe not-the Weather Channel is saying rain.

It’s getting harder to find the sun lately and the forests look like the one in the picture on most days. Though it’s easy to think that not much is going on in the cold and damp December woods, nothing could be further from the truth-there is still a lot of nature happening.

 One of the nice things about this time of year is that you can see the bones of the forest. If all of the underbrush still had leaves I never would have seen this twisted, mossy log.

Though it’s not the prettiest aster I’ve seen, this one was still blooming on December 3rd.

 

This pinkish brown mushroom was trying hard on the same day.

I’ve read that jelly fungi like witch’s butter can absorb so much water when it rains that they turn white. I wondered if the same thing was happening to these- what I think are- fan shaped jelly fungi (Dacryopinax spathularia.)

Some people say that the leaflets (Pinna) of the evergreen Christmas fern ( Polystichum acrostichoides) look like little Christmas stockings. You can see why if you look at the leaflet just to the right of the gap, and right up near the stem in the photo. Each leaflet has a little bump or “ear.” This is the only fern in the New Hampshire woods with this feature, so it makes a Christmas fern very easy to identify. The short leaf stems (petioles,) serrated leaflet margins, and hairy central stem are other things to watch for when looking for this fern.

Lichens are also very easy to see at this time of year but some, like these pixie cup lichens (Cladonia pyxidata,) are small enough to still make them challenging to find. A single drop of water would be far too big to fit into one of these little cups.

Lichens dry out quickly when it is dry but plump right back up again when it rains, as this foliose lichen shows. It had been drizzling steadily for two days when I took this picture. I haven’t been able to find this lichen in any lichen books or online.

 

I’ve never seen this orange-brown crustose lichen before and can’t find anything like it in Lichens of the North Woods.

 

I’m seeing turkey tail fungi (Trametes versicolor) that are more colorful than those I saw just a month ago. Blue is a hard color to find in nature so the different blues in these examples really caught my eye. I still have a feeling that cold weather has something to do with their color. They seem to be brown/tan in early fall and then as the temperature drops they get more colorful. Of course, it could be that I’m just seeing both brown/tan and colorful varieties. I’ve got to find one example that is easy to get to and watch it over several months.

The much more common brown turkey tails and lemon drop jelly fungi (Bisporella citrina) decorated the end of this log.

 

White cushion moss (Leucobryum glaucum) isn’t really white but it does form a cushion. It can also form large mats, but the ball shape shown in the photo is more common. This moss needs plenty of shade and water.

 

It’s not just growing things that are interesting. I liked the color and shape of this dead mushroom.

This is something I don’t see in the woods every day; when they were much younger than they are now somebody wove these three beech (Fagus) seedlings together. As they grew and finally touched, they rubbed against each other in the wind until the bark had rubbed away. Now they have grown together through inosculation, which is a natural process very similar to the grafting done in orchards. One day they may grow into a single, twisted trunk.

People don’t notice whether it’s winter or summer when they’re happy ~Anton Chekhov

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