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Posts Tagged ‘Staghorn Sumac’

Santa brought me some Kahtoola Micro Spikes for Christmas this year, so of course I had to try them. On the day after Christmas I decided that climbing Pitcher Mountain over in Stoddard would be as good a trial as any and as luck would have it the trail was covered in snow and ice. I’ve heard a lot of good things about micro spikes and I have to say that I won’t be without them from now on. I purposely walked over ice with them on and didn’t slip or skid at all.

I found this photo online for those who haven’t seen micro spikes. They really grip.

The message was a good one but was a little late, I thought. Or maybe it was me who saw it too late.

There was quite a pile of wood chips at the base of a dead tree, so I looked up.

Sure enough a pileated woodpecker had been looking for lunch. Pileated woodpeckers are our largest woodpecker and you can tell their holes by the more or less rectangular shape. The unusual thing about this was the perfectly round holes made by a smaller woodpecker inside the pileated woodpecker holes. I’ve never seen this before. The smaller bird was smart to let the bigger bird do most of the work. If there are carpenter ants inside they’re usually in the heartwood of the tree.

Before you know it you’re at the meadow where Scottish Highland cattle sometimes graze. I didn’t see any on this day though.

The trail takes a sharp left at the meadow and gets a little steeper. So far legs, lungs and micro spikes were all working well but the snow had melted on this leg of the trail.

The crunchy, frozen soil told me I was walking on ice needles and there were plenty of them to see. A lot has to happen for these to form but I’ve explained it many times, so I’ll spare you this time. It has to be cold for them to form, with the temperature right at 32 degrees at the soil surface. Air temperature was about 22 degrees F. when I started.

Hoar frost grew around the mouths of chipmunk and snake holes in the soil. The earth’s warm breath meeting the cold air of winter.

Stone walls made me think of the Pitcher family, who settled here in the 1700s and most likely built this wall. They gave their name to this mountain.

One of my favorite places marks the second sharp left turn along the trail. After essentially living in a forest all of my life wide open places like this one seem almost other worldly. It’s just you, the earth and the sky. Minimalism at its finest.

Quite often you’ll find a place where the ground looks like it has heaved up and around stones. The stone sits at the bottom of a hole that is usually shaped exactly like it is, so it also looks like the sun has heated the stone enough for it to melt down into the frozen soil. I doubt that is the answer though because the sun would heat the surrounding stones as well, but they haven’t melted into the soil. I think the ground must have heaved up and lifted all the soil and smaller stones that surrounded the bigger one. I saw that this had happened in several places along the trail.

The inner bark of staghorn sumac is sometimes brightly colored like the thin strip at the top of this piece, which my color finding software tells me is coral and salmon pink along with a little orange. I saw that colorful strip and peeled the section of bark it was on. I was surprised to see that the inner bark still attached to the wood was Indian red, dark salmon pink, and a lot of sienna. Why this bark colors like this when the tree dies, I don’t know.

When bark is removed from a tree, as long as the tree isn’t girdled it will live and try to heal itself, but I’ve been watching this young staghorn sumac for a few years and it hasn’t healed at all. I think that’s because deer are using it to rub their antlers on, because the wound on the tree is always fresh. Male white tail deer, called bucks, rub their antlers on trees for different reasons, but it seems fitting that they would choose a staghorn sumac. Staghorn sumacs get that name because of the hairs all along their stems that resemble the velvet on a stag’s antlers. Maybe this deer thought he was fencing with another deer.

You can get a glimpse of the fire tower through the trees in some spots. The sunshine was glaring off the windows on this day.

The old ranger cabin is having a relatively easy winter so far but I’m sure it has seen winters up here when the snow almost buried it. The concrete piers and blocks it rests on have all shifted and I wonder how much longer it will be able to resist the pull of gravity. I wouldn’t be surprised to climb up here one day and find that it had tumbled down the mountainside.

The fire tower must be manned at some point during the year but I’ve only seen people in it once out of all the times I’ve been up here. There were a lot of people up here that day and they all wanted to get into the tower, so I passed on it.

It can be very windy up here so the tower is tied down to the bedrock by steel cables. The tie down shown was used for the original tower, which burned in 1940 in one of the worst forest fires this state has ever seen. 27,000 acres burned, including all the trees on this summit.

The views weren’t too bad but it was windy and that made it feel colder so I didn’t stay long.

I liked this view because you could see how snowy the distant hills were.

There was ice on the summit but I didn’t worry about slipping with the micros spikes on. They even seem to make walking on uneven stones easier.

A close look at the bedrock on the summit shows that it is almost entirely covered by lichens.

One of my favorite lichens that grow here is the common goldspeck lichen (Candelariella vitellina.) This pretty lichen contains a yellow pigment called calysin and it was once used to dye wool yellow in Sweden. How they ever got it off the stones, I don’t know.

Perhaps there’s no better act of simplification than climbing a mountain. For an afternoon, a day, or a week, it’s a way of reducing a complicated life into a simple goal. All you have to do is take one step at a time, place one foot in front of the other, and refuse to turn back until you’ve given everything you have. ~Ken Ilgunas

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As I said in my last post, it rained here every day for a week. The mushrooms are almost jumping up out of the ground and I hope to find enough for a full fungus post in the near future. Meanwhile here is what I think are yellow patches (Amanita flavoconia,) but since my fungi identifying skills aren’t what they should be I wouldn’t bet the farm on it. Yellow patches gets its common name from the yellow bits of universal veil on its cap. You can just see them on the smaller example. The universal veil is made of tissue and completely covers the young mushroom. As it grows it eventually breaks the veil and pieces of it are left on the cap. Rain can wash them off and I’m guessing that’s what happened on the larger example. The rains have been torrential.

Without any human intervention trees get wounded in the forest. It can happen when one tree falls and hits another or sometimes when a large branch falls. Squirrels chew bark, woodpeckers drill holes. In any event a wounded tree is not that unusual, even when it is black and weeping like the wound on this oak was, but what caught my eye were those tiny yellow-orange dots in the upper center of this photo.

I was very surprised to find that the tiny dots were eyelash fungi (Scutellinia scutellata.) This is only the third time I’ve seen them and I don’t know much about them, but I thought they only lived on dead wood. Very well soaked dead wood, in fact; the two previous examples I saw were growing on twigs lying in the standing water of a seep. Eyelash fungi are in the cup fungus family. The hairs on them can move and curl in towards the center of the disc shaped body.

I walked through a field of milkweed looking for monarch butterflies or their caterpillars. I never did see the monarchs but I saw an amazing amount of other insects, including hundreds of bumblebees.

An eastern tiger swallowtail butterfly was on a milkweed plant but flew off to a Queen Anne’s lace blossom before I could get a photo. These butterflies have been skittish all summer and have hardly sat still at all for me, so I was a bit befuddled when this one finally let me take as many shots as I wanted.

I’ve had quite a time trying to identify what I thought was a common butterfly. It was a small one; much smaller than a swallowtail, maybe about the size of a cabbage white. It liked hawkweed and flew from blossom to blossom in a patch of panicled hawkweed. I think it was a silvery checker spot; at least, that’s the closest I could come by looking at similar examples. It was a pretty little thing, whatever its name.

A Japanese beetle looked like a shiny jewel on a milkweed leaf. These beetles do a lot of damage here but this year they don’t seem to have the staggering numbers they’ve had in the past.

Red spotted milkweed beetles hid on the underside of a milkweed leaf. The scientific name of this beetle, Tetraopes, means “four eyes” in Greek. This longhorn beetle is unusual because of the way the base of its long antennae bisect its eyes. The antennae actually splits each eye in two, so they do indeed have four eyes. It is thought that these beetles ingest toxins from milkweed plants to protect them from predators, just like monarch butterflies do. The red and black colors are also there to warn predators.

I thought a milkweed leaf had a tiny gall on it, but when I tapped on it with my fingernail it started to move.

And it moved pretty fast. That’s because it was a snail and not a gall. I’ve never seen snails on milkweed before but we’ve had snail-ish weather this summer with very high humidity, so maybe that has something to do with it. I believe these are called blunt amber snails. They were almost translucent and quite small.

A fly was on the same milkweed plant that the snails were on and it agreed to sit for a photo shoot. I think it was a tachinid fly. From what I’ve read there are over 1300 species of tachinid fly, so I’m not even going to try to come up with an identification. It reminded me of that movie The Fly with Vincent Price.

What I think was a slaty skimmer dragonfly showed signs of age with pieces missing from its wings, but it was still a beautiful blue. It let me get just one shot before it flew off.  I’ve read that mature males are dark blue with black heads, so I’d guess that this is an example of a mature male.

A beautiful blue river of pickerel weed flowed through a ditch next to a cornfield. When I see things like this I have no choice; I have to stop and admire them because they are so unexpected. It’s as if they were put there specifically to be admired. These are the things that can take you outside of yourself and let you walk in a higher place for a time. As Amit Ray once said: Beauty is the moment when time vanishes.

A great blue heron wanted to be a statue in its own hidden patch of pickerel weed, and it made a good one. I didn’t have time to wait for it to move; that can sometimes take quite a while.

A yellow bellied sapsucker left its neat rows of holes in a hawthorn. Many other birds, bats, insects and animals sip the sap that runs from these holes and they are an important part of the workings of the forest.  But why does the pattern have to be so neat? I wonder.

The berries of false Solomon’s seal (Maianthemum racemosum) are speckled green and red for a short time before becoming brilliant red. The plant is called treacle berry because the fruit is said to taste like bitter molasses, which is also known as treacle. They’re rich in vitamins and have been used to prevent scurvy. They have also been known to act as a laxative to those who aren’t used to eating them. Native Americans used the leaves and roots in medicinal teas and also inhaled the fumes from burning roots to treat headaches and body pain.

Though I don’t see a banner year for blueberries this year the crop doesn’t look too bad. I think there will be enough to keep both bears and humans happy. One of the best places to pick blueberries that I’ve seen is from a boat, canoe or kayak, because blueberries grow on the shores of our lakes and ponds in great profusion and the bushes often hang out over the water. You can fill a small bucket in no time.

Tatarian honeysuckle (Lonicera tatarica) berries start out green and then turn orange before finally ripening to red. They are pretty things but they can be mildly toxic to adults and more so to children, though I’ve never heard of anyone eating them. Tatarian honeysuckle is considered an invasive shrub. Birds eat the berries and the plant spreads quickly, with an estimated seedling density of 459,000 per acre. Once grown their dense canopy shades the forest floor enough so native plants can’t grow, so the land around dense colonies is often barren.

The seeds of curly dock (Rumex crispus) start out looking like tiny seed pearls before ripening to the pretty things seen here. Curly dock is in the rhubarb family and is originally from Europe. The small seeds can be roasted and used as a coffee substitute, and the leaves can be eaten raw or cooked. They are rich in beta-carotene and vitamins A and C and were used by many as a green vegetable during the depression. Its common name comes from the wavy edges on the leaves.

What does all this ripening mean? I don’t want to be the one to say it but I shouldn’t have to; just looking around will tell the story.

So many hues in nature and yet nothing remains the same, every day, every season a work of genius, a free gift from the Artist of artists. ~E.A. Bucchianeri

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Our hot dry weather continues, and the more visible stones there are in the Ashuelot River the lower the water. This is normal in the in late July and August, but it has been this way since May, and that isn’t normal. Or maybe it’s the new normal.

Despite the low water levels I’m seeing a lot of dragonflies, like this 12 spotted skimmer.  Males are sometimes called 10 spotted skimmers, but apparently it depends on whether you count the white spots or brown spots. Only males have white spots between the brown. I’ve read that mature males seldom perch, but this one returned to its twig again and again.

I’m not sure about the identity of this dragonfly, but it might be a dusky club tail. There is a similar dragonfly called the ashy club tail though, and I’ve read that care needs to be taken in identification of the two. Since I have no field guides that are very helpful for dragonflies I’ll leave it up to those more knowledgeable than I to make an identification, if they care to. Males of both species have blue gray eyes and very similar markings and colorblindness keeps me from seeing any obvious differences.

The widow skimmer is another common dragonfly with brown and white wing patches, but only males have the white markings. One day it seemed like hundreds of them flew at a local pond and that is a good thing, because they eat mosquitoes.

I’m not sure what was going on here; either an ant and a spider were fighting or an ant was carrying a big striped egg. Whatever was going on it was all taking place on a Queen Anne’s lace flower head.

There have been times when butterflies literally landed at my feet on various trails but so far this year I can’t get near them. This one did sit still for more than a few seconds though, so I was able to get a poor shot of it. I think it’s a white admiral.

I saw these strange little pencil eraser size brown things on a log recently. They were small enough so I had to use my camera to see the details and when I did I realized they were the chocolate tube slime mold (Stemenitis) that I had been hoping to see for a very long time.

Chocolate tube slime molds get their common name from their long brown sporangia, which stand at the top of thin black, horsehair like stalks. They typically grow in clusters on rotting wood and are found on every continent on earth except Antarctica. They are also called “pipe cleaner slime molds” or “tree hair.” There are thought to be about 18 species which can only be accurately identified with a microscope. Some can be quite long and look like sea anemones, but these examples were short; about a half inch long. They start life as a white plasmodial mass before becoming a cluster of small yellow bumps, and they in turn grow into what you see here.

Once its spores have been released the chocolate tube slime mold kind of melts away, and this is what is left.

I saw a good example of scrambled egg slime mold (Fuligo septica) on another log. This common slime mold grows in full sun on logs, wood mulch or wood chips and is easily seen because it can get quite large. It also produces the largest spore producing structure of any known slime mold. At the stage shown the slime mold has formed a crust and before long it will darken in color and begin to release its spores.

Porcupine sedge (Carex hystericina) is blossoming. This common sedge is also called bottlebrush sedge and I usually find it on the shores of ponds or in wet ditches.

The flowers of porcupine sedge are so small they are almost microscopic, but you can see them here. They are the whitish wisps that appear at the ends of the spiky protrusions, which are called perigynia. Waterfowl and other birds love its seeds.

Another sedge that was flowering recently was this bladder sedge (Carex intumescens.) The wispy white flowers look like those on porcupine sedge but these are larger and easier to see. This is another sedge I find on pond edges and wet places.  I thinks it’s one of the prettier sedges.

I think anyone who has spent much time on a riverbank or pond shore has seen brown wooly sedge (Scirpus cyperinus,) but I can’t remember ever seeing it flowering before like it’s doing here. It is also called cotton grass bulrush, I’d guess because of the cottony look of its many white flowers. This is a big, clumping sedge with three foot tall flower spikes but the flowers are so small I couldn’t even get a useable photo of them. In time these tiny flowers become even fuzzier and look more cottony than they do in this photo.

I hope everyone takes the time to look at grasses because some can be quite beautiful when they flower. The latest one I saw blossoming was this Timothy grass (Phleum pretense.) This well-known grass was brought to North America by early settlers and was first found in New Hampshire in 1711 by John Hurd. A farmer named Timothy Hanson began promoting cultivation of it as a hay crop about 1720 and the grass has carried his name ever since.

Timothy grass flowers from June until September and is noted for its cold and drought resistance. It’s an excellent hay crop for horses. Each tall flower head is filled with tiny florets, each one with three purple stamens and two wispy white stigmas. The flower heads often look purple when they are flowering.

An oak tree came up in deep shade and decided it didn’t need to photosynthesize, since it never saw any sunshine. It might grow on but I doubt it will last long unless an older tree falls and opens up a hole in the canopy.

You see lots of photos of the fuzzy red berries of staghorn sumac (Rhus typhina) but you never see the flowers that the berries come from, so I like to show them now and then. The big green flower heads were just coming into bloom when I took this photo.

The small, yellow-green, five petaled, fuzzy flowers will never win any prizes at a flower show but they’re interesting and always remind me of poison ivy flowers, even though they aren’t poisonous.

Many people forage for and eat (or drink) the fuzzy red berries of staghorn sumac just as Native Americans did. This year there will be plenty because, as this photo shows, the birds have hardly touched them. I’ve read that the berries “yield a fine claret colored spice that is deliciously tart and clean tasting.” I’ve heard they taste like lemon, and I know that a drink that could easily pass for lemonade can be made with them. They are said to be very high in vitamins C and A. In Europe a different sumac, Rhus coriraria, is used in much the same way. Why the birds don’t eat the berries like they do in other parts of the country is a mystery to me.

Sarsaparilla plants are interesting at all times of year. In spring their leaves appear in threes at the top of  thin stalks and quickly turn to shiny bronze. In summer they display patterns made by leaf miners, and in late summer when I don’t want to think about fall yet they are among the first leaves in the understory to turn yellow. I have a hard time imagining  an insect so small it can eat its way between the top and bottom surfaces of a leaf but the patterns they make can be interesting.

I was mowing one afternoon quite far from any shelter when these clouds decided that a 20 minute, torrential downpour would be fun. Luckily I found a place where I could stay relatively dry and when the storm broke mare’s tail clouds formed as I watched. Mare’s tails are a type of cirrus cloud known as cirrus uncinus, which means “curly hooks” in Latin. When they appear with altocumulus clouds they often mean that a storm is brewing. I should have been paying attention to their message before the rainstorm.

It’s not what you look at that matters, it’s what you see. ~Henry David Thoreau

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The word “Ashuelot” is pronounced Ash-will-ot if you’re from this area or Ash-wee-lot if you’re from away. The word is a Native American one meaning “collection of many waters.” For years I read that the word meant “the place between” but that didn’t make a lot of sense. “A collection of many waters” makes much more sense because that’s exactly what the river is. Wandering the banks of the Ashuelot is something I’ve done since I was too young to even retain the memory of doing so, and I do it often. On this day I was happy to see that the ice shelves had melted and the sandy / stony shoreline was back. The river has been very high for over a month and it’s good to see it finally ready to absorb the next big rain storm, which should come sometime in April unless that month has gone haywire too.

I stopped to admire some ice formations and take some photos so I wouldn’t have to try and explain how cold it was. Actually it wasn’t bad in the sunshine when the wind wasn’t blowing but it was blowing almost constantly along this stretch of river, so it was a day to be wrapped up like you would be in January.

The ice had formed discs on every twig that was in the water and this was remarkable only because the ever splashing water usually forms icy tear drop shapes on the twigs. In fact I don’t think I’ve ever seen these disc shapes here before.

Here is what I’m more used to seeing. Ice baubles I call them, but there weren’t many to be seen. They happen because of the way the current makes the water constantly rise and fall along the shoreline, so one second the twig is in the cold air and the next it’s under water. The runoff freezes and layer by layer and an ice bauble is made. It reminds me of dipping a wick in melted wax over and over again to make a candle.

This is where I come to practice my wave catching skills but there were none to catch on this day because the water was too low. It has to be at just the right height for good waves to form. Too low or too high and there are no waves. I took some photos anyway though, because the water looked like satin as it poured over the unseen stones that cause the waves.

Oak leaves huddled together as if to warm each other in the chilly breeze. I love the warm, orangey brown color of last year’s oak leaves, but I won’t be sorry to see them finally fall.

The oak buds seemed to be swelling a bit but it was hard to know. Oaks are one of our latest trees to leaf out in spring.

I saw a chubby little bird in a bush which looked like it was hoping I wouldn’t see it. I think it was a dark eyed junco but I’m not 100% sure of that. I see these small dark colored birds feeding in flocks along roadsides where the snow has melted away from the pavement , exposing the soil and grass. I’ve read that dark eyed juncos come here as winter sets in and leave in spring, so they must like the cold. There are said to be about 630 million of them from Alaska to Mexico, and all across the U.S. from coast to coast.

I wondered if the juncos were eating the sumac seeds so I had to look it up. Apparently they eat smaller seeds like those of grasses, lamb’s quarters and the like, and in warmer months they also eat insects. Robins, blue jays, grosbeaks, ruffed grouse, cardinals and other larger birds eat the sumac fruit, but it never disappears here until spring.

I went to visit the Ashuelot Falls on West Street in Keene. I used to fish here quite often when I was a boy but back then the river wasn’t as clean as it is now so I didn’t catch that many fish. An occasional perch or dace was about it but that was fine, because my being here really didn’t have much to do with catching fish anyway. I’d let a forked stick hold my pole while I explored the river bank. Now they catch trout here, I’m told.

I wouldn’t have been surprised to see ice pancakes in January but this was March, so I was surprised.

Ice pancakes form when the river foam stirred up by falls or other turbulence comes together into a misshapen lump. As the current moves the misshapen lumps they bump and jostle each other until all the rough edges are shaved off and they’ve become round like a pancake. Then they begin to freeze and their edges build up into rims.

Here is what an ice pancake looks like when it starts life, before its friends smooth out all those angles.

Canada geese waded in the shallows. More and more of them are returning to nest and raise their young in the reed beds along the river. There is always one lookout standing tall while the others preen, sleep, or eat and they count on their lookout to sound the alarm. I wondered if most of these birds even knew I was there.

My pointing the camera at them was too much for one or two of the geese and they swam off quickly.

Normally a river gets deeper as you go toward its middle but a sandbar has grown here, so the water in the middle is quite shallow. Not good for navigation but the geese know they can stand here rather than swim and they take advantage of being able to rest while still in the water. The shading from dark to lighter brown in this photo shows where the sandbar is.

A maple tree had been pecked full of holes by an unseen woodpecker.

I didn’t have to see this woodpecker to know it was a pileated woodpecker, which is our biggest. Its holes are large and almost always rectangular. All of the holes in the previous photo would fit inside this one with plenty of room to spare.

The hole in this old red maple (Acer rubrum) was the biggest of all but I doubt very much that it was made by a bird or an animal. I think the river has washed the soil out from under it.

The hole was plenty big and roomy enough for me to comfortably sit in, almost like a hobbit.

I knew the old tree was a red maple by its buds. The bud scales in many of these examples had pulled back to reveal the many pinkish flowers inside. Those over on the left were even protruding a bit from the bud, but it was still too early to tell if they were male or female blossoms. It’s a good thing they hadn’t fully opened because the temperature fell to zero degrees on this night. The cold isn’t going to leave quickly this year but today is the first full day of spring, even if it doesn’t seem it.

I was born upon thy bank, river,
My blood flows in thy stream,
And thou meanderest forever,
At the bottom of my dream.
~Henry David Thoreau

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We had another couple of warm days last weekend with temps in the high 40s F, so I decided to go and check on the skunk cabbages (Symplocarpus foetidus) to see how they were doing. They are our earliest flowers, often flowering in March, and they grow around the swamp in the above photo, which is one of only two places I’ve seen them.

I doubted I’d see any since it’s only January but there was a single green shoot, probably still there from last fall. This is not a flower bud though, it is a leaf bud. Skunk cabbage is an arum and the actual flowers are hard to see because they blossom inside a spathe. A spathe is a modified leaf which in skunk cabbages usually is colored a splotchy, mottled yellow and maroon. True leaves appear around mid-April when the plant is done flowering.

Do cattails (Typha latifolia) produce new shoots in the fall or in spring? I wondered when I saw these. When I looked them up I read that new shoots appear in spring, but this is January. I have a feeling they appeared last fall and are just biding their time until it warms up. Native Americans wove cattail leaves into waterproof mats and used them on their lodges.

The approach to the swamp is through the woods shown here and then down the steep embankment in the distance, so I was glad there wasn’t much snow to slip and slide in.

I saw a bird’s nest and wondered, because of the way it hung from branches, if it was a Baltimore oriole’s nest. It was about as big around as a coffee mug and hung in a shrub at about waist high, which seems much too low for an oriole’s nest. The ones that I’ve seen have always been quite high up in the trees. Maybe there are other birds that weave nests that hang.

This photo shows how the bird hung the nest in the V shaped crotch of a branch. It is hung from 3 points for stability. Grasses, cattail leaves and birch bark is what the nest was mostly woven from. I wonder if Native Americans first learned to weave baskets by studying bird nests.

The shiny evergreen leaves of goldthread appeared by the place where skunk cabbages grow and surprised me, because I’ve never seen them here. Goldthread (Coptis trifolia) gets its name from its bright yellow, thread like root. Tiny but beautiful white flowers will appear in late April. Native Americans chewed the roots of goldthread to treat canker sores, which is why the plant is also called Canker root. The natives shared the plant with the English settlers and it became such a popular medicine that by 1785 shakers were paying 37 cents per pound for it dried, which meant people dug up all they could find. At one time there was more goldthread sold in Boston than any other native plant. Luckily after a couple of centuries the plant has recovered enough to be relatively common once again.

Partridgeberry (Mitchella repens) is a native plant that makes a good garden groundcover. Small, heart shaped leaves on creeping stems grow at ground level and you can mow right over it. In spring it has white trumpet shaped flowers that grow in pairs and in the fall it has bright red berries which are edible but close to tasteless. I leave them for the turkeys, which seem to love them. My favorite parts of this plant are the greenish yellow leaf veins on leaves that look as if they were cut from hammered metal. I have several large patches of it growing in my yard.

The small blackish bead-like sori that make up the fertile fronds of the sensitive fern (Onoclea sensibilis) will open to release the spores soon. Sensitive fern is another good indicator of moist places, so I wasn’t surprised to see it here. Its common name comes from its sensitivity to frost, which was first noticed by the early colonials. I just read that turkeys will peck at and eat the sori, and that is why sometimes you find the fern’s spores lying on the snow around the plant.

These oak leaves were pretty amazing for January, warm day or not. I’m not sure how they did this; most other oak leaves I’ve seen this winter have been brown, or sometimes pinkish brown. Maybe these were flash frozen in November, I don’t know, but it was a pleasure to see them.

We saw more pine cones fall from the white pines (Pinus strobus) this year than most of us have ever seen and the squirrels are reaping the harvest. They pull the cones apart scale by scale and eat the seeds, and big piles of scales are a common sight in the woods. Squirrels like to sit up higher than the surrounding landscape when they eat and often sit on stones or logs.

This is what’s left of a white pine cone when a squirrel is finished with it. Not much.

There are plenty of goldenrod and other seeds to keep the birds happy this year as well.

American hazelnut (Corylus americana) catkins are a common enough sight in the winter but I’m not sure what these examples were doing. They usually hang straight down but a couple of these decided to be different. These are the male flowers of the hazel shrub and before long, usually in mid-April, they will begin to show pollen and turn golden yellow.

Turkeys, squirrels and many other birds and animals usually eat hazelnuts up quickly so I was surprised to see quite a few nut clusters still hanging from the branches. It could be that the bumper crop of acorns is keeping the animals busy.

Blackberry seed gall is caused by the blackberry seed gall wasp (Diastrophus cuscutaeformis.) These very small, round hollow galls look like seeds and form in clusters around blackberry stems. Each tiny gall has a stiff, hair like spine and together they form a hairy mass like that in the photo. They start out bright yellow-green and mature to brownish red. This one was about as long as your index finger.

I hoped the vine I saw up in a tree was American bittersweet (Celastrus scandens), but it turned out to be just another invasive Oriental bittersweet (Celastrus orbiculatus,) which is quickly outpacing the natives. That’s mainly because its berries are more enticing to birds and its seeds germinate much faster. The easiest way to tell American bittersweet from Oriental is by the location of the berries on the vine; American bittersweet berries grow on the ends of the vines and Oriental bittersweet berries grow all along them. While both vines climb trees and shrubs, American bittersweet is less likely to strangle its host like Oriental bittersweet will.

I keep seeing this red inner bark on some dead staghorn sumacs (Rhus typhina) and each time I see it I try to find out why it would be red, but so far I’ve never found an answer. It’s always surprising that such a beautiful color would be hidden from sight. Or maybe it turns red as it peels away.

There are often ducks here in this part of the swamp but they probably heard me long before I could have seen them and swam off. Soon this will be a very busy, growing place full of nesting red winged blackbirds, snapping turtles, herons, ducks, and frogs but for now it is simply open water and quiet and for me, that was enough.  I hope you have a nearby swamp or wetland that you can visit, because they’re fascinating places that are full of life.

Hope and the future for me are not in lawns and cultivated fields, not in towns and cities, but in the impervious and quaking swamps. ~Henry David Thoreau

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I don’t know why I get an itch to start looking at buds at this time of year but I always have. Maybe it makes me think of spring. Buds do give clues that the ground has thawed by taking up water and swelling, and if you watch a bud every other day or so in spring you can see it happen. I usually watch lilac buds, but nothing says spring like the sugar maple buds (Acer saccharum) in the above photo. Sugar maples have large, pointed, very scaly terminal buds flanked by smaller lateral buds on either side. The lateral buds are usually smaller than the terminal bud. Sugar maple twigs and buds are brown rather than red like silver or red maples and the buds have several scales. Buds with many scales that overlap like shingles are called imbricate buds. A gummy resin fills the spaces between the scales and makes the bud waterproof. This is especially important in cold climates because water freezing inside the bud scales would destroy the bud.

For those who can’t see or don’t want to look at small buds like those on sugar maples fortunately there are big buds on plants like rhododendron. It also has imbricate buds that are large enough to see without magnification. Bud scales are modified leaves that cover and protect the bud through winter. Some buds can have several, some have two, some have just one scale called a cap, and some buds are naked, with none at all.

You can see the gummy resin that glues some bud scales together on this gray birch (Betula populifolia) bud. Ruffed grouse will eat both the buds and catkins and pine siskins and black-capped chickadees eat the seeds of gray birch. Yellow-bellied sapsuckers feed on the sap and I’ve seen beavers take an entire clump of gray birch overnight, so they must be really tasty. Deer also browse on the twigs in winter.

Some of the smallest buds I know belong to hawthorns (Crataegus) and the cherry red hawthorn bud in the above photo could easily hide behind a pea. There are over 220 species of hawthorn in North America, with at least one 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. The closest I can come is Gray’s hawthorn (Crataegus flabellata.) I know the tree in the photo well so I know that its blossoms will be white. Hawthorn berries are called haws and are said to have medicinal value. Native Americans mixed the dried haws and other fruits with dried venison and fat to make pemmican.  The dried flowers, leaves, and haws can be used to make a tea to soothe sore throats, and hawthorn also shows promise for treating heart disease.

If you can’t identify a hawthorn by its buds then its thorns will help. On this example they were about 2 inches long and just as sharp as they look. Native Americans made fences around their settlements with brambles and thorny branches like those from hawthorns. They also made very sharp awls and fish hooks from hawthorn thorns.

The lilac buds (Syringa vulgaris) in the above photo are another good example of imbricate buds. Lilac buds are very red and in spring once the plant begins taking up water again they can swell quickly enough to notice, if they’re regularly watched. I’ve watched lilac buds in spring since I was just a small boy and it has always been one of my favorite things to do in the spring. They aren’t swelling yet but it won’t be long before spring is here.

Highbush blueberry (Vaccinium corymbosum) buds are also imbricate buds, and also very red. It’s interesting that almost everything about the blueberry is red except for its berry. The new twigs are red, the bud scales are red, and the fall foliage is very red.

A bud I most look forward to seeing open is the beech (Fagus grandifolia.) There are beautiful silvery downy edges on the new laves that only last for a day or two, so I watch beech trees closely starting in May. Botanically beech buds are described as “narrow conical, highly imbricate, and sharply pointed.” In May they are one of the most beautiful things in the forest.

Buds with just two (sometimes three) scales are called valvate. The scales meet but do not overlap. This Cornelian cherry bud is a great example of a valvate bud. In the spring when the plant begins to take up water through its roots the buds swell and the scales part to let the bud grow. Some bud scales are hairy and some are covered with sticky resin that further protects the bud. Cornelian cherry (Cornus mas) is an ornamental flowering shrub related to dogwoods. It blooms in early spring (in March) with clusters of blossoms that have small, bright yellow bracts. It has a long history with mankind; its sour red fruit has been eaten for over 7000 years, and the Persians and ancient Romans knew it well.

Magnolia flower buds in botanical terms are “densely pubescent, single-scaled, terminal flower buds.” The hairy single scale is called a cap and it will fall off only when the bud inside has swollen to the point of blossoming.

Sycamore bud scales (Platanus occidentalis) are also made of a single brown cap which will fall off to reveal the bud only when the weather warms. When buds are covered by a single bud scale they are encircled completely by a bud scale scar when the scale falls off.

The mountain ash bud (Sorbus americana) in this photo looks like it has a single cap like bud scale but it actually has several overlapping scales which are quite sticky. It looks like a squirrel might have been nibbling at this one.

Red maple flower buds (Acer rubrum) are small and round or oval with short stalks and 4 pairs of bud scales. The bud scales are often purple and / or tomato red. They have a fine fringe of pale hairs on their margins. Red maples can be tapped and syrup made from their sap but the sap gatherers have to watch the trees carefully, because the sap can become bitter when the tree flowers. Seeing the hillsides awash in a red haze from hundreds of thousands of red maple flowers is a treat that I always look forward to. Unfortunately I’ve found that it’s almost impossible to capture that beauty with a camera.

Box elder buds (Acer negundo) and young twigs are often a beautiful blue or purple color due to their being pruinose. Pruinose means a surface is covered in white, powdery, waxy granules that reflect light in ways that often make the surface they are on appear blue. Certain grapes, plums, and blueberries are pruinose fruits. Certain lichens like the beautiful smoky eye boulder lichen have fruiting bodies (Apothecia) that are often pruinose.

Staghorn sumacs (Rhus typhina) have no bud scales at all, so their naked buds are hairy and the hairs protect the bud. Another name for staghorn sumac is velvet tree, and that’s exactly what its branches feel like. Native Americans made a drink from this tree’s berries that tasted just like lemonade, and grinding the berries produces a purple colored, lemon flavored spice.

Hobblebush (Viburnum lantanoides) is another native shrub with naked buds. This photo shows that the flower bud in the center and the surrounding leaf buds are clothed more in wool than hair, but there are no scales for protection. Still, they come through the coldest winters and still bloom beautifully each spring.

Sometimes there is no flower bud at the end of a hobblebush branch so the leaf buds are able to clasp tightly together, and they always remind me of praying hands. I’m not sure what caused the dark spots on these examples. It’s something I’ve never seen before.

The chubby little green and purple buds of red elderberry (Sambucus racemosa) are some of my favorites, but I don’t see them often. I find that being able to identify trees and shrubs when they don’t have leaves adds another layer to the enjoyment of nature study, and I hope readers will try to learn a few. If you are interested in studying tree and shrub buds, start with one in your own yard that you are sure of like a maple tree, and then branch out to those you don’t know well. The following information might be helpful:

A bud scale is made up of modified leaves or stipules that cover and protect the bud in winter. Usually the number of bud scales surrounding a bud will help identify a tree or shrub.

Imbricate bud: A bud with numerous scales that overlap each other like shingles.
Valvate bud: A bud with two or three scales that do not overlap.
Caplike bud: A bud with a single scale that comes off in the spring.
Naked bud: A bud with no scales.

Winter is on my head, but eternal spring is in my heart. ~Victor Hugo

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Though almost all the leaves have fallen from the trees the various brambles have hung on to theirs as the usually do. This blackberry plant’s leaves were a pleasing reddish bronze / brown. Some brambles like dewberry turn a beautiful deep purple color and hold onto their leaves all winter but blackberries and raspberries will lose theirs.

When I first found this odd little thing I wasn’t even sure if it was a fungus or a lichen. It grew on soil (I thought) so I guessed right when I guessed fungus but I still had a hard time identifying it. It turned out to be the pinecone tooth (Auriscalpium vulgare,) which is a little mushroom that grows on pinecones. Since the pinecone this one grew on was buried in the soil, I thought it was growing in soil.

The underside of the cap on the pinecone tooth fungus is toothed, and that’s where that part of its common name comes from. The cap is about the size of an M&M candy (.53”) and is off center so in this view it looks heart shaped. On young examples the teeth are white. They darken to brown with age so this example was somewhere in between.

A good identifying feature of the pinecone tooth is its hairy cap and stem. I can’t think of another mushroom like it. This mushroom grows only on white pine (Pinus strobus) and Douglas fir (Pseudotsuga menziesii) cones.

Brittle cinder fungus (Kretzschmaria deusta) looks like a shiny lump of coal someone stuck to a tree. Though I’ve only seen this fungus on standing dead trees and logs it will attack live trees and is said to be aggressive. Once it gets into a wound on the tree’s roots or trunk it begins to break down the cellulose and lignin and causes soft rot. The tree is then doomed, though it may live on for a few to even several more years.

The shiny, hard outer coating on brittle cinder fungus is indeed brittle. I just touched this example with my finger and the hard outer shell fell off, exposing the spore mass within. These spores will ride the wind to other trees and if conditions are right, will infect them as well. It’s a silent unseen drama that goes on day after day, year after year.

It’s hard to believe that the brittle cinder fungus we saw in the two previous photos started life as a beautiful gray and white crust-like fungus in the spring, but that’s how they begin. You can see the lumpiness already starting in this example, which I found on a log on a rainy day in June of 2014.

I’m still seeing lots of colorful turkey tail fungi (Trametes versicolor.) These examples had a lot of orange in them.

For years I’ve tried to find an answer to why turkey tails have so many different colors. Is it the minerals in the soil? The type of wood they grow on? From what I’ve read, there is no answer to why this or any other mushroom displays the colors it does. It seems that they’re colorful simply to be beautiful, and that’s fine with me because I enjoy seeing them. They brighten a gray winter day.

The dry husks of American hazelnuts (Corylus americana) have a cavern in them where the nut was and this makes a good winter home for spiders and other insects. It’s hard to see but the opening of this one had spider webs across it, as many do. I like to see the colors and movement in these empty husks.

There were still hazel nuts in these husks. In 1995 a large shallow pit in Scotland was found to be full of the remains of thousands of burned hazelnut shells and was estimated to be 9,000 years old, so man has been eating this nut for a very long time. In this country Native Americans used them to flavor soups, and also ground them into flour, most likely for thousands of years as well.

A young maple was healing a long frost crack; at about 6 feet one of the longest I’ve seen.  On sunny winter days the sun warms the tree’s bark and the cells in the wood just under the bark expand. If the nighttime temperature falls into the bitterly cold range the bark can cool and contract rapidly, but when the wood beneath the bark doesn’t cool as quickly this stress on the bark can cause it to crack.  On cold winter nights you can often hear what sounds like rifle shots off in the woods, but the sounds are really those made by cracking trees. They can be quite loud and often echo through the forest.

One day I received an email from a man in Europe who asked me if I could look at a detail of a 15th century painting and tell him if I thought the mark on a tree trunk was a frost crack. He had seen frost crack examples on this blog and was curious to know if that was what the artist had painted. The first thing I had to know was if the temperature dropped below freezing in the region that the painting was supposed to represent and he said yes, it got cold there. I then looked at the detail of the painting closely and noticed that flowers grew on the side of the tree with the scar. This told me that since most flowers need sunshine the sun most likely shined on that side of the tree, so you had cold winter nights and sunshine on the tree’s bark during the day; the two things needed to produce a frost crack. I told the man that if I had to bet on it, I’d bet that the scar was indeed a healed frost crack. You can see it there just above the most vertical white flower. What you see here is just a very small detail of the painting, enlarged several times. It had roads and medieval peasant farmers and castles and all kinds of interesting things in it.

At this time of year when the sun is low in the sky it makes things glow, like it did to these virgin’s bower seed heads (Clematis virginiana) one recent sunny day.

The seed head was in silhouette in the midst of shining, feathery sunshine.

Virgin’s bower seeds (achenes) are also hairy with a long hairy tail called a style. This native clematis has panicles of small white flowers in the fall. The foliage is toxic so it isn’t eaten by animals, but early settlers used parts of the vines as a pepper substitute. Native Americans used it to treat migraine headaches and nervous disorders, and herbalists still use it to treat those same illnesses today.

Staghorn sumac stems (Rhus typhina) also glowed in the sunshine, and so did the buds. These buds are naked with no bud scales, so it is up to the hairs to protect them from the cold. Grinding the berries of staghorn sumac produces a purple colored, lemon flavored spice that is very popular in some countries. Another name for this native shrub is not surprisingly, velvet tree.

I’m forever seeing things that make me wonder how I could have possibly walked through these woods for 50 years and not seen them, and this is one of those. It was cone shaped, about two feet in diameter, made of soft sand, and stood about shin high. At first I thought it was some kind of termite mound but a little research showed it was made by ants. Specifically, field ants, which I’ve never heard of.

There were many of these mounds along the sunny side of a road, some quite big. I’ve read that the most likely builder is an ant named Formica exsectoides, also called wood ant, mound ant, thatching ant, and Allegheny field ant. These ants secrete formic acid and can squirt the acid several feet when alarmed. They use the acid to kill tree seedlings and any other plants that would grow around the mound and shade it from the sun. They do this because the mound acts as a solar collector for incubating eggs and larvae. In winter workers and queens move deep into the mounds to hibernate.

A deer walked through this ant mound, showing how soft the course sand and thatch material is. Thousands of ants can live in a single mound, so there were many hundreds of thousands and possibly millions of them in what was quite a large area. The mounds take many years and many ants to build, so the larger ones can apparently be quite old. It’s amazing what nature will teach you if you’re open to learning.

One recent day during the fall leaf cleanup I was blowing leaves and something caught my eye. I thought it was an earth worm at first but it turned out to be a small salamander, stuck to a leaf and frozen solid. Or so I thought; salamanders have a kind of sugar syrup antifreeze in them that keep their tissues and organs safe in the cold. It also keeps their cells from dehydrating as they stop breathing and their heart stops beating. They survive in this suspended animation state all winter long until the warm spring rains revive them. I put this one back where it had come from to sleep on until spring.

Seeing, in the finest and broadest sense, means using your senses, your intellect, and your emotions. It means encountering your subject matter with your whole being. It means looking beyond the labels of things and discovering the remarkable world around you. ~Freeman Patterson

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