Part 16

I did not remain in this meadow long, as it proved still too damp to walk through grasses and sedges without water-tight boots. Coming out of this place at the foot of the little ravine below the colony of Ram’s-Heads, I ran upon numerous oblong, waxen, green leaves, which at first reminded me of the similar leaves of the Pink Moccasin-Flower (Cypripedium acaule). But on closer search for their seed-capsules, I found the fresh bracted processes of a spike containing several ovaries instead of one, as in the Moccasin-Flower. Evidently this plant was not a species of Cypripedium; and although the scape was broken, enough of the alternating process of twisting ovaries remained to assure me that I had found a colony of the early and Showy Orchis (Orchis spectabilis), which is one of the first species of orchids to bloom in New England. Indeed, it is said to open the orchid season as early as May 19th, and is found with the Wake-Robins and Arbutus, when the woods are otherwise bare and brown. I secured three of the finest plants.

My basket was now laden with choice species, including those of the Ram’s-Head, the Showy Orchis, and two species of Habenaria, a sister genus of Orchis spectabilis. The locality had proven a treasure-ground to me, for here were both the Great and the Small Round-Leaved Orchis (Habenaria orbiculata and Habenaria Hookeriana); while the Tall Green Orchis (Habenaria hyperborea) dwells in the deeper bogs along the stream.

The leaves of the Purple-Fringed Orchis (Habenaria grandiflora) are hidden in the borders of the open meadow. I found a few plants of that very rare orchid called Adder’s-Mouth (Achroanthes unifolia) seldom if ever before collected in this town. The plants are so small and inconspicuous that one may search long without seeing them. Two stood among the select company of Ram’s-Heads, while others grew along a damp, silent brook bed that had ceased to flow,—a ravine formed during spring freshets and melting snows.

Showing the plant nearly natural size. This species is closely allied with the Early Spring Orchis (Orchis mascula) of England. It is the most highly organized of our native orchids.]

This pigmy of the Orchid Family—with its pale and odorless flower and its unassuming habit of concealing itself in the darkest recesses of our forests and swamps—grows plentifully in its native haunts to the north.

I had searched long and closely for the last month, hoping to find the Large Purple-Fringed Orchis. Thoreau says: “It is remarkable that this, one of the fairest of all our flowers, should also be one of the rarest—for the most part not seen at all.... The village belle never sees this more delicate belle of the swamp.... A beauty reared in the shade of a convent, who has never strayed beyond the convent bell. Only the skunk or the owl, or other inhabitant of the swamp, beholds it.”

The Yellow-Fringed Orchis follows later, blooming through August and September,—the blossoming season of the flaming Cardinal-Flower, whose brilliant coloring brightens the dark shades along streams in moist woods. The Yellow-Fringed Habenarias are found growing with the Pitcher Plant, and often fill the sphagnous swamps with a glowing mass of orange-flamed torches. Gray considered them among our handsomest species of Habenaria. They are abundant in swamps about New Haven, Connecticut, while the White-Fringed Orchises seek the coast-lines of Massachusetts, although also found sparingly in the highlands.

Species of Habenaria are called False Orchises, while species of Orchis are known as True Orchises. These species are members of sister genera, but all belong to the Orchid Family. There are but three True Orchises found on the continent north of Mexico, while not less than forty-four species of Habenaria are reported for the same area.

The genus of True Orchises comprises eighty species, distributed throughout the temperate zone of the world; while of Habenaria there are about five hundred species. Orchis spectabilis and Orchis rotundifolia are found in Vermont. The latter is the rarer, and limited in its range from northern New England to Greenland. The Orchis spectabilis ranges from Ontario southward to Georgia. The third species, Orchis aristata, is endemic to the wooded regions of Alaska.

Our common Showy Orchis resembles the Early Spring Orchis (Orchis mascula) of England, which Darwin never tired of praising. The high organism distinguishes species of this genus as True Orchises. The origin of this distinction lies in the complex structure of the organs of fertilization. The stigmatic lobes, or female organs, and the anther containing the pollinia or male substance in fertilizing, are enclosed in this genus in a pouch or hooded fold above and within the anterior portion of the orifice of the spur. In False Orchises, the stigma and anther are naked, and their glands are exposed. They are also known as Naked Gland Orchises. The more complex the structure, the more highly organized becomes the species. Orchis spectabilis displays a marvellous intelligence in its mechanism for inviting fertilization and cross-fertilization. The enclosure of the glands within the hooded pouch protects the pollinia from rains or improper insects.

The moth finds a resting-place on the petaled platform, while he pushes his tongue and head into the depths of the dainty spur attached to the flower anteriorly. In doing this he forces his forehead against the viscid lobes of the stigma, situated in the back, opposite to the entrance of the spur. In pushing, as he must, to reach the nectar in the twisting spur, he ruptures the interior membrane of the rostellum above the orifice containing the pollinia. Each mass of this fertilizing substance in this species contains viscid disks or handles, fastened with elastic hair-like caudicles attached to the pollinia. When the insect ruptures the cellular tissues of the anther, these disks shoot out of their sockets, and fasten firmly to his head. As he flies away, he possesses one or two pollinia, unique in their completeness. In visiting the next spike of the Showy Orchis, he repeats the insertion of his tongue and forehead in the spur of the nectary. The golden horn of pollinum thus rubs against the viscid surface of the stigma, and fertilization and cross-fertilization are brought about. The insect thus accomplishes all that Nature has designed for the future of the species, even if only a small portion of the pollinum is absorbed by the attractive surface of the stigma. One mass fastened to the head of a moth would, in this manner, fertilize several flowers.

According to Darwin, orchids with short-spurred nectaries are fertilized by bees and flies; while those with long spurs are visited by moths and butterflies with long proboscides.

The structure of various species calls for special insects to fertilize and cross-fertilize them. The failure to attract the proper agencies has led Nature slowly to change the organs of many orchids so that self-fertilization might be accomplished. In this way, “an enormous amount of extinction” must have taken place. A wide gap of obliteration intervenes between species of Orchis and Cypripedium, the former being the most highly organized and the latter the lowest, or abnormal species of the Orchid Family.

The species included under the great genus Habenaria grow more abundantly than any other on our continent. It is not unusual to find five or six species of this genus in a neighborhood such as the Bogs of Etchowog or Witch Hollow region. In the latter locality I found four species of Habenaria, two of Cypripedium, one of Achroanthes, and one of Orchis, making in all eight rare species for a very small area of swamp-land.

Soon after I reached home with my basket of roots, the front porch exhibited a long row of pots and tin cans, where stood my transplanted treasures, ultimately to be placed in the garden of a friend in New Haven.

It has always been a source of wonder that Thoreau did not find more species of the Orchid Family in the conifer swamps in the Maine woods. His journeys made in July, through pine and cedar and mud-pond regions, should have led to the discovery of more species than he mentions. He writes of but three species of Habenaria, one of Ladies’ Tresses (Gyrostachys), and one of Twayblade (Leptorchis liliifolia). To be sure, he found the Great Round-Leaved Habenaria and the two Purple-Fringed species in abundance, but there is no record of a Cypripedium in his data save as reported for Concord.

Species of Orchis and Habenaria are among the oldest orchids known in the records of ancient herbalists and naturalists. Both of our native Purple-Fringed Orchises (Habenaria grandiflora and Habenaria psycodes) are closely allied with Orchis morio, found so abundantly in the fields of England. Pliny, in the time of Christ, knew this plant as Orchis or Serapias, which Fée has identified with the Orchis morio now known in Europe. This species is more nearly related to our Small Purple-Fringed Orchis than to the larger species.

The origin of the name Orchis arose from the ancient lore of classical mythology. Orchis, a son of a rural god named Patellanus, failed to observe the rules of politeness while attending a festival of Bacchus, and offended one of the priestesses with his rude behavior. He was reported to the attendants for punishment, who in anger tore him to pieces. His father Patellanus, and his mother, that sweet nymph Acolasia, sought the co-deities’ influence, who, it is said, urged the superior gods to command a flower to rise from the earth perpetuating the name and memory of their son. Thus arose the strange untamable species of this family.

The species now known under genus Orchis and Habenaria had various common names in ancient literature. There were five kinds of Orchis which the Greeks commonly called Cynorchis; this became in Latin Testiculus canis and Testiculus morionis, and later in England, Orchis morio. Satyrion was also an ancient common English name for the species of Cynorchis known to the Greek apothecaries.

In the sixteenth century the Purple-Fringed Orchises of England were known as Satyrion Royall, Noble Satyrion, Palma Christi, and Royall Standergrasse. In fact, all species of orchids in 1578 were described under the group of plants designated as Standlewort, or Standergrasse.

Shakespeare mentions them in Hamlet as “Long-Purples” and “Dead-Men’s Fingers.” Tennyson also speaks of them as Long-Purples in A Dirge. Rev. Mr. Ellacomb, in Robinson’s Garden, alludes to these orchises as “Dead-Men’s Thumbs.”

The Great Royall Satyrion of England and Germany, known to Dodoens and Lyte in 1578, was found in meadows and moist woods. The flowers were light purple, and gave forth sweet perfume. The roots were described as double, like a pair of hands, and each palm was parted into four or five small roots like fingers; one palm being withered and spongy, the other full and sound. From this peculiarity of form many of the names were undoubtedly derived. There was also another small purple species of Royall Satyrion, with a perfume like musk. The roots were like the larger purple Royall Satyrion.

Closely allied to Habenaria psycodes of New England, and to the English Long Purples (Orchis Morio) of ancient literature. They are mentioned by Shakespeare in Hamlet.

“There with fantastic garlands did she come Of crow-flowers, nettles, daisies, and long purples.”

“Hamlet,” Act IV., Sc. 7.

From lithograph in Meehan’s Native Flowers and Ferns of the United States, 1: 1878. By permission.]

The roots of Royall Satyrion were used as remedies against many diseases. “If an inch or as much as one’s thombe of this roote be pound and ministered in wine, it is good for many diseases,” writes Dr. Nicholas Nicols, according to Dodoens and Lyte in 1578.

These orchises have figured in literature from time unknown, and although shy in New England, seeking the haunts of moose and bear, they delight still to grow in hearing of the cathedral bells in old England, where they are the common flowers of meadow and borders of corn-fields.