Persistence Pays Off, Part One

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puttyroot; Adam and Eve
Aplectrum hyemale
Orchidaceae

In May of 2014 I saw puttyroot for the first time, two plants and one spike of flowers. After that I saw the seedheads on the spike. Every time I was in the area I’d go by the patch, and (except in summer) I’d see the plants. But in 2015 for some reason they didn’t bloom. I learned later that this is often the case with some species of orchid: if conditions aren’t just right, they won’t bloom.

A puttyroot plant has a single ground-level leaf that comes up in autumn, persists through the winter, and dies back before the plant sends up the flower spike in late spring.

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A few weeks ago I saw a new spike coming up. I went back again and again, despite the miserable rainy weather we’ve been having, until finally I saw the flowers.

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Puttyroot ranges from Quebec south to North Carolina, with scattered occurrences a little further south than that, and west as far as Oklahoma, Kansas, and Minnesota. It’s endangered in Massachusetts, New Jersey, and New York, threatened in Vermont, rare in Pennsylvania, and special concern in Connecticut. In the Maryland Piedmont I’ve seen the plants in the Potomac gorge, Patapsco Valley State Park, and on Sugarloaf Mountain.

Another Blue Violet

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three-lobe violet, wood violet,
early blue violet
Viola palmata, formerly V. triloba
Violaceae

As I’ve written before, violet ID can be tricky, because they hybridize freely and because the taxonomists are always changing the names.

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With leaves like this, though, it seems a safe bet to say this is three-lobe violet. The older guidebooks name it Viola triloba, and you’ll still find references to that on-line, but per ITIS it’s now considered V. palmata.

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USDA lists both V. triloba and a hybrid, V. x palmata, with different ranges, so it’s no use reporting on that, other than to say that this violet, whatever species it is, is found primarily in the eastern part of the country.

I found these about halfway up Sugarloaf Mountain, on the west side, growing by the ones or twos in patches of rue anemone.

 

 

Yellow Star Grass

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aka common goldstar
Hypoxis hirsuta
Hypoxidaceae
(formerly Liliaceae)

This is a common plant, found through most of Maryland and much of the eastern US (but not Florida), and into the Midwest and Great Plains, with scattered occurrences further west. And yet I’ve never seen it until this spring, when I found this single plant blooming on Sugarloaf Mountain. I really do need to get out to new places more often.

There’s not much to say about it. The plant stands no taller than twelve inches, looking rather like a tuft of grass, but it isn’t. A flowering stem can hold several flowers.

Yellow star grass is threatened in New Hampshire and possibly extirpated in Maine.

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One Wet Place, Three Big Ferns

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cinnamon fern
Osmundastrum cinnanomeum

A small stream called Bear Branch, a tributary of Bennett Creek (which is a tributary of the Monocacy River) flows through the Sugarloaf Mountain Natural Area. It’s a nice place to go botanizing, despite some pretty heavy deer browse. The understory is full of mountain laurel (Kalmia latifolia). I’m slightly embarrassed to say that I’m not sure of the canopy; chestnut oak mostly, and some beech, but I have a bad habit of looking down when I should be looking all around.

Anyway, the more or less flat area where the two forks of Bear Branch meet, by Mt. Ephraim Road, is almost swampy. Last month I noted many croziers coming up there, but I don’t know ferns well enough to identify them by their fiddleheads. By last week most were fully opened into tall fronds, and some had fertile fronds as well. Fertile fronds make identification much easier.

All three of these species are in the Osmundaceae. All three have similar ranges, mostly east of the Mississippi River as far south as Georgia and north well into Canada (cinnamon fern ranges further into the southwest). All three are tall, clump-forming ferns of wet places, and all three have distinctive fertile fronds.

(Apologies for all the jargon in this post. Have a look here and here for some definitions.)


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a young royal fern; fronds can grow to 3 feet in length

royal fern
Osmunda regalis var. spectabilis 

Royal fern has an unusual look. The pinules of the bi-pinnate fronds are simply-shaped and widely spaced along the costa, giving the frond an open, airy appearance.

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pinules (leaflets) along the costa (midrib)

 

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portion of a blade showing bi-pinnate form

 

 

 

 

 

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closer look at clumps of sporangia on fertile frond

 

 

 

 

Royal fern is commercially exploited in Florida, threatened in Iowa, and exploitably vulnerable in New York.

 

 

 

 

 

 

 

 

 


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cinnamon fern
Osmundastrum cinnamomeum
(formerly Osmunda cinnamomeum)

When fertile fronds are present, cinnamon fern can’t be mistaken for anything else. You can see how it gets its common name (and specific epithet) from the fertile fronds, borne separately from the sterile fronds; when mature, the sporangia turn brown, giving the look of a cinnamon stick.

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the leafy, sterile fronds are pinnate-pinnatifid, meaning the blade is once cut into pinnae, and each pinna is lobed but not cut all the way to the costa (midrib)

Cinnamon fern is commercially exploited in Florida, endangered in Iowa, and exploitably vulnerable in New York. It’s commonly available in the nursery trade, and is a great landscaping plant for a large, shady, wet part of the yard.

 

 

 

 


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interrupted fern
Osmunda claytoniana

As with cinnamon fern, the fertile fronds of interrupted fern make identification easy, and you can see how it gets its name. The sporangia (green when young, tan or brown when mature) cluster on the rachis between the pinnae.  This fern likes wet places, but not as wet as the previous two. Each species I found growing in distinct stands in the same general area, but well apart from each other. The interrupted fern was significantly further uphill, on a bit of a slope in a slightly rockier area.

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clusters of mature sporangia “interrupting” the pinnae along the rachis

Interrupted fern has pinnate-pinnatifid blades. It’s threatened in Arkansas and exploitably vulnerable in New York.

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a single pinna, showing pinnatifid form (pinnules not cut all the way to the costa)

 

Wild Sarsaparilla

 

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Aralia nudicaulis
Araliaceae

Last week I went back to Sugarloaf Mountain with one goal: find lady slipper orchids. After four cool, humid hours, the rain started and I had to leave. Never saw any orchids, but I did find some great stands of ferns, a new-to-me violet which I think I’ve id’d correctly, and another new-to-me plant: wild sarsaparilla.

Wild sarsaparilla is a woodland plant found in almost all of Canada, across the northern US, and south along the Appalachian Mountains into South Carolina.

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The form of the plant is interesting: there’s a single leaf-bearing stem and a single flowering stem. The flowering stem is shorter, and has three spherical clusters of flowers. The leaf stem looks at first like it has three compound leaves, and many websites describe it this way. The excellent Illinois Wildflowers site describes it as a single leaf, in three discreet segments, each segment comprising three to five leaflets.

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“Sarsaparilla” is also the name of a beverage that tastes a lot like root beer. Traditionally it’s flavored with root extracts from any of several different species of Smilax*, all of which go by the common name “sarsaparilla”, and all of which are tropical. Since Aralia nudicalis roots yield a similar flavor, they’ve been used as a substitute for sarsaparilla, as flavoring agents and for medicinal purposes.

*an aside for taxonomy nerds: the two genera aren’t in the same family or even order, but they are in the same class, Magnoliopsida