Showing posts with label Fort Ancient. Show all posts
Showing posts with label Fort Ancient. Show all posts

Tuesday, October 29, 2013

Northern Brown Snake at Fort Ancient

Rick and I took advantage of the sunny skies and crisp temperatures on Sunday and headed up to Fort Ancient for a little birding. We walked the meadow near the visitor's center and then took the Mound Trail. The birds were wonderful...lots of yellow-rumped warblers, eastern bluebirds, cedar waxwings, downies, chickadees, and titmice, to name a few. At one point, while we were sitting down listening for brown creepers, a beautiful red-shouldered hawk swept across the gorge, landing on a branch on the other side briefly before taking off again. On our way back, as we neared the little bridge that leads back to the trailhead, Rick looked down just in time to avoid stepping on a Northern Brown Snake (Storeria dekayi dekayi)...

Northern Brown Snake (Storeria dekayi dekayi)
A Northern Brown Snake (Storia dekayi dekayi) suns himself in the leaf litter along the trail. He was very cold and barely moving. Kudos to Rick and his iPhone! It's a great camera in a pinch. I decided not to bring my camera on this trip because I just wanted to relax and enjoy the birds. That'll teach me to slack off. I'm glad Rick was able to pick up the slack for me and capture this wonderful image with his cell phone!

Can a snake be any more camouflaged? He looked like a stick among the leaves. Glad Rick spotted him! 

In Ohio, Northern Brown Snakes and Midland Brown Snakes share territory. According to the books, both snakes look similar and have two rows of dark spots running down their backs. Midland Brown Snakes have a line that connects the spots and creates a ladder pattern. Since I don't see any "rungs" going across from the spots, I'm deducing this is a Northern Brown Snake.

Brown snakes are not large. This guy was probably full grown. He was about 12-13 inches long. 

Brown snakes don't bite. They are gentle. This guy didn't musk either. He was very docile, probably because he was cold. I picked him up so we could see his belly. Brown snakes have plain, light-colored bellies, usually a light pinkish tan or beige. 

I did a little reading in my favorite reptile book, Amphibians & Reptiles of Indiana, by Sherman A. Minton, Jr., and learned brown snakes are "most often found abroad during the mild days of Indian summer in October and early November." (Minton, pg 283) No wonder we found this fellow. He was right on schedule!

Sunday, December 4, 2011

Amanita mushrooms under the pines...

One afternoon back in October, I was walking through a stand of pines at Fort Ancient listening for birds. Up ahead I saw several little golf balls on the ground, and headed over for a closer look. As I got closer, I could see they weren't golf balls, but early developmental stages of amanita mushrooms, maybe the yellow and white varieties of Amanita muscaria...the famous Fly Agaric, but maybe not. I don't know enough to positively ID the species. Poisonous? Probably. Hallucinogenic? Maybe. Cool looking? Definitely...

From a distance, this amanita mushroom looked like a golf ball teed up and ready to go! The volva of the mushroom (the cup at its base) was so perfect I had to stop for a closer look.

I don't know a lot about mushrooms. I'm good with Shaggy Manes and puffballs because they are are so distinctive and I've seen a lot of them, but since I'm not a mushroom hunter and don't eat wild mushrooms, I never took the time to learn details about the poisonous varieties. When I saw this one, however, I knew something was up, because I saw the "cup" at its base. The only thing I remembered about poisonous amanita mushrooms from past reading was to watch out for the "cup of poison," which is what I called it as a memory jog. I wanted to know more, so to help me learn about poisonous amanita mushrooms, I bought the following two books:
  • "Mushrooms Demystified," by David Arora. This book is 958 pages long and contains extensive scientific descriptions and photographs of mushrooms. Pretty much everything you need. I learned a ton...
  • "Chanterelle Dreams, Amanita Nightmares--the Love, Lore, and Mystique of Mushrooms," by Greg Marley. This book contains detailed historical, literary and scientific references, ancient lore, recipes, and even poetry--really interesting, and I learned another ton...
How to identify poisonous amanita mushrooms
Amanita mushrooms are not the only poisonous mushrooms out there, but they account for 90% of all fatalities, and since they were the mushrooms I saw and photographed, that's what I'll cover here. There are three easy ways to spot an amanita mushroom:

1. Look for remnants of a "universal veil" by the presence of a volva (cup) at the base and warts or scales on the cap. Amanita mushrooms have a universal veil that encapsulates the mushroom when it forms. At this stage, it's called a mushroom button and resembles an egg (at this stage it can also resemble a puffball mushroom, but if you slice the amanita open, you'll be able to see the form of the amanita's cap and gills inside--a puffball would be solid). As the mushroom button grows, the stem lengthens pushing the cap up, and the veil separates. The volva forms at the base (which is often underground, so you may need to dig down to find it). As the mushroom gets taller the volva may become less distinct. On the cap, the universal veil shows as warts or scales.

...the volva looks less like a cup as the mushroom grows, but is still clearly bulbous.

...bits of the universal veil cling to the cap of an Amanita mushroom and look like warts.

2. Look for remnants of a "partial veil" by the presence of an annulus (or ring) on the stem. To complicate things, another veil is sometimes present, called a "partial veil." It only covers the mushroom's gills and stays intact until the mushroom is old enough to form spores. As the gills mature, the partial veil pulls away and leaves behind a ring called the annulus. The annulus ring can come in many forms. In the following photo, it is easy to see. It can also be skirt like, collar like, or barely visible.

...the annulus forms a ring on the stem as the partial veil pulls away during growth. This annulus is distinct, but often they are not this obvious.

3. Look for white gills and a white spore print. Gills are the rib-like structures under the cap where spores are dispersed. Amanitas have white or pallid gills. To take a spore print, lop off the stem and press the gills (the underside of the mushroom cap) against a piece of white paper. Spore color can be black, gray, yellow, etc. Amanitas, however, will always leave behind a white spore print.

...papery white gills of an amanita mushroom.

...even as the amanita mushroom ages, the gills stay light or white.

...powdery looking white spores line the edges of the gills. When you press the gills against paper, they leave a white spore print behind.

What kind of amanita mushroom is it?
There are lots of types of amanita mushrooms. Deadly poisonous are the "death cap" and "destroying angel" amanitas, but not all are poisonous and some are hallucinogenic. I don't know the amanita species of the mushrooms I found at Fort Ancient. They may have been the muscaria magic mushrooms--the sorta-kinda deadly if you eat large quantities of them, but mostly you'll just experience intestinal distress, vomiting...or hallucinations and inebriation, but I don't know enough to be sure.

Are the whitish mushrooms I found Amanita muscaria var. alba? Alba has a white to grayish-buff cap, which seems to match this amanita, but alba is also supposed to be rare...

...there were two other varieties of Amanita scattered under the pines along with this white-colored mushroom...a red-capped mushroom and a yellow-capped variety:

I think, because the gills are yellow and there was no real ring on the stem this is Amanita parcivolvata and not muscaria.

...the bright yellow of this cap caught my eye. It was so much more intense than the white version. My guess is Amanita muscaria var. formosa. If there are experts out there, please let me know which varieties I have here.

When I wrote about Poison Hemlock and Queen Ann's Lace a few months ago, Matty wrote a little poem to help remember how to tell the two plants apart (here), so following in his footsteps, I put a rhyme together to help remember how to identify a poisonous amanita mushroom...
A tiny cup of poison,
with gills of lily white,
when accompanied with warts on top,
could give you quite a fright!

Monday, November 21, 2011

More Cedar Waxwing studies...

You might recognize a couple of these Cedar Waxwing paintings from a post I did for Birding is Fun, but I kept adding to them through the week, so I thought I'd post the rest of them here. Most of these paintings were inspired from a few sketches I did on November 5 at Fort Ancient (the largest prehistoric earthen hilltop enclosure in the United States). Crunching through drifts of yellow and red leaves by the Mound Trail, I was making so much noise I had to stop every now and then just to hear! Eventually a familiar sound filled the woodlands, and I heard the tinkling, metallic high-pitched “srees” of a small flock of Cedar Waxwings...

Painting 194. Cedar Waxwing on the Mound Trail
(Red and Black Conte crayon painted over with a waterbrush)
I've just recently started using conte crayon again. I love it....it's so quick; no pencil sketches or under drawings are required.

Painting 193. Cedar Waxwing on the Mound Trail...No Berries
(Red and Black Conte crayon painted over with a waterbrush)

Painting 192. Cedar Waxwing in Autumn Color
(Oil Pastel)

Painting 191. Cedar Waxwing at Fort Ancient
(Watercolor heightened with charcoal)

Pencil Sketch of Cedar Waxwing at Fort Ancient


Painting 190. Cedar Waxwing Looking for Berries
(Watercolor)


Painting 189. Cedar Waxwing at Fort Ancient
(Watercolor)
...this is how I usually see Cedar Waxwings--eating berries from the mulberry trees as I look on below. This is the finished painting. On the Birding is Fun post, I had just started this painting.


Painting 188. Cedar Waxwing with Bittersweet Berries
(Watercolor heightened with colored pencil)
...from a winter memory when I found a small flock of Cedar Waxwings eating bittersweet berries.


Painting 187. Two Cedar Waxwings--Plain for Rick
(Watercolor)


Pencil Sketch for Two Cedar Waxwings--Plain for Rick
(Watercolor)

These paintings are all quick studies for the 100 Painting challenge. Only a handful to go! I might finish early this year. Last year, I finished Painting #100 on New Year's Eve...

Friday, November 4, 2011

Large Milkweed Bugs (Oncopeltus fasciatus) at Fort Ancient

A few weeks ago I spent a little time hiking through the meadow by the Mound Trail at Fort Ancient. The grasses were brown and dry, and what was left of summer's bounty crackled and rattled with each breeze that worked itself through the tumble of spent flower heads and stalks. Autumn had drained the green from the landscape, and even the yellows had faded from the fields, but oranges and reds were still around to be found on the dry and cracked Common Milkweed plants...

An adult Large Milkweed Bug (Oncopeltus fasciatus) is surrounded by all five of its instars. The adult is at the top. It is the largest and has usable wings. Instars are nymphs, or immature versions of the bug. Instars differ in size, color and pattern. They also lack usable wings.

Large Milkweed bugs molt five times (nymphal instars) before they become adults. During these stages the nymphs look similar to the adults; however, if you look closely you can see each instar has its own color (from deep red to orange) and pattern. During the middle instars black wing pads start to form, but the wings are not usable until the fifth instar molts into an adult.

...also unique to the adult is the flame-red pattern on its face between its eyes...

...the adult Large Milkweed bug has a striking pattern of orange and black on its wings. Here you can see the veins that carry the hemolymph through the wings. On the final molt, the adult Milkweed bug pumps hemolymph through these veins to unfurl the wings. To see an adult who failed to open his wings, click here.

...a fifth instar almost looks like an adult, but lacks the defined face pattern, usable wings, and the eyes are much less "buggy!" Look to the right for a glimpse at an adult's eye.

One adult and several fifth instars mass together to form a color warning on an old Common Milkweed pod.

Since Large Milkweed bugs eat Common Milkweed sap, which contains toxic alkaloids, they do not taste good. A young bird only has to taste this bug once or twice to learn to avoid orange and black bugs! Large groupings of this color combination warn birds away. You may already know of another orange and black insect that has the same type of protection--the Monarch butterfly. Just like the Large Milkweed bug, Monarch butterfly caterpillars feed on Common Milkweed plants and concentrate the alkaloids in their tissue. When the caterpillars metamorphose into Monarch butterflies, they are toxic and also taste bad.

Another tidbit...I read on this site (click here) of an easy way to distinguish between a male and female milkweed bug--the female Milkweed bug has one black strip and two back dots on her abdomen, while a male has two thick black strips. I didn't know that before and never flipped one over to look. Next time I see one I'll take a peak.

...close-up of two later instars.

...close-up of an adult Milkweed bug--love the face tattoo.

This guy is not going to be hanging around much longer. These bugs migrate! Just like the Monarchs, they head south for the winter. Shorter days in autumn trigger diapause in the adults, which shuts down the reproductive system (source: "Migration: the biology of life on the move," by Hugh Dingle, page 139, click here to read more.). Shutting down the reproductive system saves energy and allows the Large Milkweed bugs and Monarch butterflies to migrate south for the winter. The same adult Milkweed bugs that overwintered in the south then migrate back north in the spring to lay the eggs of the next generation.

If you want to learn more about the Common Milkweed plant and all the insects that feed on it, check out this post by Marcia Bonta. I stumbled across it a few weeks ago and thought it would fit in here. For more photos of Large Milkweed Bugs, click here for an earlier post.

Wednesday, October 5, 2011

Black and White Warblers at Fort Ancient

...in addition to the Yellow-rumped Warblers (from this post), two Black and White Warblers were foraging in the pine grove. Poor things, they never seem to be able to decide if they are warblers or nuthatches...

A Black and White Warbler assumes his typical downward-walking nuthatch posture.

I see Black and White Warblers along the Little Miami by the Powder Factory all summer, and I've seen a few at Fort Ancient too, so this fellow may have been a summer resident getting ready to depart or a migrant stopping by to refuel on his trip south.

Click here for an interesting map (Figure 2) showing the travels of a group of migrating Black and White Warblers. Apparently, Black and Whites are slow migrators, taking 50 days to reach their breeding grounds at the rate of about 20 miles per day.

...the Black and White Warblers made pretty peeping sounds as they searched out caterpillars and other bugs. I always enjoy seeing them, and especially now. This might be the last encounter I have with one until next spring when they return or migrate through.

Monday, October 3, 2011

Yellow-rumped Warblers at Fort Ancient


...what are you?


...ahhh! That's what you are, you little Yellow-rumped Warbler, you!
(I love it when the name really matches the plumage...)


Even though I'll miss the blues of summer, the Yellow-rumped Warbler's subdued autumn colors are just as pretty.

Sunday afternoon I went to Fort Ancient to my favorite little pine stand (the one located off the field by the Mound Trail). I sat down on the forest floor and sketched. While I was drawing, three or four Yellow-rumped Warblers foraged in the branches overhead, flitting and peeping and gleaning insects. It was so nice to listen to them while I scribbled out saplings with my pencil. Then...out of nowhere, splat! One left me a little gift...


Thanks, sweet little Butter-butt...


It didn't really matter. I quickly wiped it up and finished my journal entry. Now it's a funny memory. I laughed out loud when it hit the paper. All these years of field sketching, and I've never had a bird go the bathroom on my paper!

Thursday, May 19, 2011

Northern Parulas, Usnea lichens, and the Little Miami River

Every spring Rick and I listen for the return of the Northern Parulas. In 2007 we were lucky because a male took up temporary residence in our backyard for two weeks singing loudly from dawn to dusk, but usually we find them singing in the tall Sycamore trees all along the Little Miami River.

Painting 150. Northern Parula in Spring
(Watercolor, Arches Cold Pressed 140 lb paper)

Pencil sketch of a Northern Parula
(study for painting 151)

We’re fortunate to have nesting Parulas in our area at all, because not much of Ohio is in their breeding range. In the deep south, Northern Parulas nest in trees dripping with Spanish moss, using the moss for nest construction, and in the north, they choose boreal woodlands with trees covered in Usnea lichen (which, with the nickname of Old Man’s Beard or beard lichen looks a lot like Spanish moss...), but Ohio seems to be a no-man’s land caught between the two…except for a few locations in southern and central Ohio, including our Little Miami River corridor! Since I see and hear Northern Parulas every spring and summer near the Powder Factory along the Little Miami River and a little further up the river at Fort Ancient, I didn’t know they were rare nesters in Ohio. They were common to me, but earlier this spring I started reading about them in “Birds of Ohio,” by Jim McCormac, “The Birds of Ohio,” by Bruce Peterjohn, and “Peterson Field Guides, Warblers,” by Jon Dunn/Kimball Garret, and they all said the same thing--nesting Northern Parulas in Ohio "prefer" boreal woodlands with white cedars and hemlocks:
“Breeders are largely confined to southern Ohio and are usually found in riparian woods with peak numbers occurring in hemlock gorges.” (McCormac, 251)
“As summer residents, Northern Parulas were formerly restricted to hemlock forests along the unglaciated Allegheny Plateau.” (Peterjohn, 422)
“In the northern portion of the breeding range it is generally associated with rather moist boreal forests including spruce, hemlock, balsam fir, white cedar, tamarack, an various hardwoods; Usnea lichen abounds in these habitats.” (Dunn/Garret, 197)

These descriptions definitely cover the areas in Hocking Hills where boreal relics live in the microclimates of the deep gorges, and therefore the largest concentrations of nesting Northern Parulas occur (click here for a past post describing Hocking Hills region and parts of the Unglaciated Allegheny Plateau)…but in the Cincinnati area we don’t have a lot of white cedar and hemlock forests--unless you look at certain spots along the Little Miami River. In these areas relic boreal species still exist along its banks, hillsides, and gorges—all left behind from the mile-high Wisconsinan continental glacier 10,000 years ago (click here for a previous post on how Clifton Gorge was formed and the white cedars and hemlocks that live there). These gorges, carved out by a glacial meltwater river, contain cooler microclimates that mimic the boreal north and allow the northern species to thrive. When you travel to the headwaters of the Little Miami near Clifton Gorge, you find stands of white cedars and hemlocks, but further down the river by me, huge Sycamore trees are king, so why are the Northern Parulas nesting here? The same books held the answer:
“Breeders are largely confined to southern Ohio and are usually found in riparian woods...” (McCormac, 251) ("Riparian" woods are woodlands along the banks of a stream or river, which would include the mature Sycamore trees along the Little Miami River.)
“Since the late 1950s, summering Parulas have expanded into mature sycamore-oak riparian woodlands in southwestern Ohio. The first Cincinnati area nest was discovered in 1958. In subsequent years, they spread throughout southwestern Ohio north to Preble, Montgomery, Clinton, and western Ross Counties. They have become uncommon to rare in most of these counties, with most reports of four or fewer daily, although as many as 11 males were counted along the Little Miami River in Warren County.” (Peterjohn, 423)
“…in the upper Ohio River Valley, they may occur locally in sycamore and oak woodlands.” (Dunn/Garret, 197)

…so…yeah! for the Little Miami River, Usnea lichens and our little population of “common” Northern Parulas! The connection between Usnea lichens and Northern Parulas is important. I even found it mentioned in my huge book on lichens, “Lichens of North American,” by Irwin Brodo, Sylvia Sharnoff, and Steven Sharnoff, where they report the Usnea species is important as nesting material for Northern Parulas. The Little Miami River is a healthy river free of pollution, so lichen populations are healthy and large. I guess our little Northern Parulas have found what they need in the mature trees along its corridor.

Painting 151. Field sketches of a Northern Parula
...painted near the Powder Factory along the Little Miami River, I put the paint down quickly using a limited palette and a water brush. I was going for an impression or "feel" of the bird, so I didn't bother with pencil sketches, detail, or accuracy.

These photos are from April 29, 2011 along the Little Miami river along the Fort Ancient hillside entrance. Rick and I were looking at Wild Ginger (Asarum canadense) growing along the path, and he was singing like crazy overhead. The photos are poor, but they show a few of the Northern Parula's characteristics.

Northern Parulas are very small warblers and can crawl to the tips of branches to glean insects like a chickadee or kinglet. (Dunn/Garret, 196)

...a peak at that beautiful bright yellow chest.

...even in the dark shadows the white arches above and below the eyes are visible.

...and the two white wing bars are just as visible.

For a link to the U.S. Geological Survey map of the breeding range of the Northern Parula, click here and here.

For a link to a page on Usnea lichens, click here.