This past week one interesting / beautiful tree led to another, so there are a lot of trees in this post; and not always for their leaf color. I was happy to find a young larch tree recently. This is the only evergreen that I know of in this area to lose all its needles in winter. Before the needles fall they turn color just like autunn leaves, and they’re beautiful. It’s rare in my experience to find a larch in the wild.
This is what most of our maples look like now. Except for an occasional holdout they are free of leaves and the landscape is opening up. At this time of year you can really see the lay of the land; what I’ve always called the bones of the forest.
One day in late spring / early summer another man and I watched a Baltimore oriole fly in and out of this red maple. Sure it was building a nest we looked and looked until we convinced ourselves that no, this bird couldn’t have built a nest, otherwise we’d surely see it. But it was there, so well hidden behind leaves that we couldn’t see it. Once the leaves fell, there it was.
Note all the flower buds on this tree, ready for spring. Once the ground thaws enough so the roots can begin taking up water in April, the buds will swell and then open; some of the year’s first blossoms. So can you see spring in November? Yes, everywhere.
This maple for some reason split into two trees right at the stump, but that’s not what I want you to see.
These are kissing trees, also known as wedded or married trees. When two trees of the same species, or in this case two leaders of one tree, grow close enough together to rub when the wind blows, the rubbing can wear away the outer bark. When the outer bark is gone and the inner bark, known as the cambium layer, of both trees comes together they can grow together as one as these have. You can see the “kiss” in the middle of the photo where a branch shadow crosses both trees at an angle. These two trees, or more accurately two leaders of the same tree, are forever “wedded.”
Something I’ve never seen before is married white pine trees. These were big trees and you can see how the way they grew meant that, once they got big enough, they would surely rub together.
And here is the kiss. Something I’ve never seen white pines do.
Above where the trees emraced they once again became two trees. These trees, both maples and pines, have grafted themselves together naturally by way of a process called inosculation. Did man learn grafting from seeing things like this? I would guess yes, and today grafting is done on everything from roses to fruit trees. In nature the process isn’t as rare as we might think.
Far more common and much easier to see is this kind of tree marriage, when one branch from a tree somehow becomes grafted to another. If you’ve ever seen a tree grow around and engulf a steel cable or wire fence, I suspect the same thing has happened here. A branch rubbed against another tree and finally grafted itself to that tree. Over time the tree grew enough in diameter to absorb or engulf the branch from the first tree. I’ve seen this happen on other trees as well.
This maple limb had an itch and when it reached back to scratch itself it froze there for all time. Or maybe I just made that up. Watching for married trees is just another fun thing to do in nature, especially when children are involved. There is no point, no meaning; just seeing all of the things nature is capable of.
The wind blew an oak leaf into the road I was walking on. The leaf looked as if it had been sculpted and polished. And the color was amazing.
Beyond its beauty this leaf shows why it takes oak leaves so long to break down once they fall. They have a waxy coating that prevents water loss, but this coating also prevents moisture absorbtion. When water falls on an oak leaf it runs off, taking any dirt or air pollution particles with it, and that’s why this leaf looks so clean. The amazing shine also comes from that wax coating, and it gives a good hint of why oak leaves are so slippery. If you climb a hill in an oak forest you’d better have something to hang onto, because it can be like walking on ice. I’ve come across hillsides so slippery I’ve had to sit and slide down, digging in my heels so I didn’t get going too fast. A waterfall I often visit called Forty foot falls in Surry tumbles down a hillside that is very slippery.
Here is another look at oak leaf color. They have as wide a color range as red maples but of course change a month or so later so they extend the season.
This is probably the strangest oak leaf color that I see. I believe it belongs to a swamp white oak. My color finding software sees plum, steel blue, rosy brown, and thistle; all; colors I’ve never seen on a red maple.
I was wearing my color blindness correcting glasses when I saw this amazing view for the first time. When I lifted the glasses up though the colors were muted, almost as if I were seeing them through dirty glass. I’d lower the glasses and the colors would pop, raise them and the colors would lose their vibrance. I did this several times and thought about how for all of my life I thought what I was seeing was normal and now here was proof that it wasn’t.
When I got home and looked at the photo it looked muted, more like it did when I didn’t have the glasses on than when I did, so by small increments I lightened it to try and match what I saw with the glasses on. I think it’s fairly accurate but I’m talking about color, not quality. This was taken with my camera at the full extent of its zoom capabilities from miles away, and though I used a monopod it’s far from sharp. I’ll call it impressionistic.
This beech tree caught the only ray of sunlight in the forest and it was beautiful. Whenever I see sunlight highlighting something I always pay attention and walk over to whatever it is. It’s as if a spotlight was aimed at it so I would pay attention to it. All I saw this time was beauty, and I stood and admired it.
Beech leaves are starting to turn brown and they’ll stay that color all winter long, rattling and whispering in the winter winds. Once the buds begin to lengthen and swell in spring it’ll be time to make room for new leaves, so all of this year’s leaves will finally fall off. It is thought that beech trees, and a few oak trees as well, hang onto their leaves in winter to discourage foraging moose and deer from eating their buds.
For the first time I saw beech leaves with black spots on them. When I looked up its possible cause I was a bit stunned by what I was reading. According to the New York State Department of Conservation it is called beech leaf disease (BLD) and affects and kills both native and ornamental beech tree species. It is associated with a nematode, Litylenchus crenatae mccannii. This disease has only been discovered in recent years and much about it, including the full cause and how it spreads, is still unknown. The photo they showed of an infected tree looked much like what you see above. Here is a link to their web page: https://www.dec.ny.gov/lands/120589.html
You should look closely again at the previous photo of infected beech leaves and compare it to this photo of tar spot on maple leaves. Tar spot has a very different cause and does not affect the health of the tree. As far as I know beech leaves do not get tar spot.
I’m seeing plenty of catkins on the hazelnuts. They’ll lengthen and turn gold before shedding their pollen in spring when the tiny female flowers open.
Last spring’s female flowers produced quite a good crop of hazelnuts. I like the way the bracts always have so much movement in them, even though they’re as stiff as a starched collar at this time of year.
If you ever happen to notice a tree losing its bark, take a look at it once each week or so. Doing so will mean you can watch how a fascinating process progresses. White pines like the one in the photo shed their bark in quite large plates so it isn’t wise to stand too near the tree. White pine bark can be surprisingly heavy. Smaller trees often lose their bark in long strips that curl and puddle at the base of the tree like a nest of snakes. There are many reasons a living tree can lose its bark but when a tree looks like the one in the above photo it has died, and dead trees have no need of bark. The wood of a dead tree dries out and shrinks over time but the bark doesn’t shrink at the same rate, so it eventually becomes detached and gravity does the rest.
Of course once a tree falls and touches the soil fungi and other organisms go to work, breaking it down so its nutrients can be returned to the forest. The bracket fungi working on this birch limb are cinnabar polypores, which in my experience are rare in this area. They are often deep red but I think these were aging and had lost some of their red coloring.
The moss in this photo is native big red stem moss, which grows faster than any other moss I’ve seen. It has taken over this Norway spruce forest floor in the time I’ve been doing this blog, but it might as well do so because this forest floor is too dark for anything other than a few fungi. The moss will overrun other mosses and engulf any branches that fall. This spot is a great example of how the trees above can affect the forest floor below. According to the U.S. Forest Service, “Schreber’s big red stem moss typically occurs as a dominant or codominant ground cover in stands dominated by white spruce (Picea glauca) or black spruce (P. mariana).” Big redstem moss forms a monoculture of thick, cushion like growth that would probably be great to sleep on when camping. At one time it was collected and used to block chinks in the walls of log homes in Scandinavia, and is still used for chinking log homes in Russia. It was also used for lining fruit and vegetable storage bins.
If you see no reason for giving thanks, the fault lies only in yourself. ~Tecumseh, Shawnee
I hope everyone has a safe and happy Thanksgiving Day Thursday. Taking a walk in the woods is a great way to walk off all that food! Thanks for coming by.