Arkansas Native Plant Society Fall 2015 Meeting Announcement

ARKANSAS NATIVE PLANT SOCIETY

Fall Meeting

October 9-11, 2015

Eureka Springs, Arkansas

 

Be sure to mark your calendars for the Arkansas Native Plant Society fall meeting to be held October 9-11 in Eureka Springs, Arkansas. Everybody is welcome to attend. Meeting registration is only $5 with no pre-registration required. Registration will begin at 5:00PM on Friday, October 9. The meeting site is the American Legion building located just north of Eureka Springs. From downtown, just travel north on Main Street (Highway 23) three miles past the train station. The American Legion is on the left just past the intersection of Highways 23 and 187.

For complete and up-to-date details, go to www.anps.org or contact Mike Weatherford, President-Elect, at weatherfordm@sbcglobal.net or 870-820-8300.

The meeting will feature the always-popular native plant auction, where you can bid on many Arkansas native plants not readily available at your local nursery.   Be there at 7:00PM Friday and ready to bid!

Several field trips to local areas of top botanical interest will be scheduled for Saturday and Sunday. We will offer something for everybody, whether you want to take it slow and easy or something more vigorous. You must sign up for field trips on Friday evening to allow for adequate logistical planning.

Saturday evening we will have a special program featuring presentations from several recipients of grants from ANPS made to individuals and groups for the purpose of enabling the study, promotion and establishment of native plants in Arkansas.

Some field trips will be repeated on Sunday morning to accommodate those who could not work them into their schedule for Saturday.

Lodging in the Eureka Springs area is at a premium during the month of October. ANPS has reserved a block of 30 rooms in the Eureka Inn (Best Western), 101 East Van Buren Street (479-253-9551) at a rate of $107.95 plus tax. Please note that reservations must be made before August 20 to guarantee availability of this rate, and there is a two-night minimum stay.

Jennifer Ogle
President

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Know Your Natives – Spotted Jewelweed

Spotted jewelweed (Impatiens capensis) of the Touch-Me-Not or Balsam (Balsaminaceae) Family is a tall annual found in wet soils.  In the US, it occurs throughout the eastern half of the country and also in the Pacific Northwest.  The species occurs throughout Arkansas,  in areas of partial shade with consistently wet to boggy soils, such as overflow areas of streams and ditches, bottomlands or low areas kept wet by groundwater.  It is also known as spotted touch-me-not, orange jewelweed, orange tough-me-not and orange balsam.  The name “jewelweed” may relate to the beading of water on its leaves.  The name “touch-me-not” relates to mature seed capsules “exploding” upon touch, expelling seeds in all directions.  The specific epithet means “of the cape” based on Cape of Good Hope in Africa (this plant was mistakenly thought to be native there).

Jewel Weed - Impatiens capensisPhoto 1:  Spotted jewelweed during its early growth.

In favorable sites, dense colonies may form so that most leaves and flowers are found at the upper portion of the plant.  In such colonies, plants may reach 6 feet tall and have few branches.  In more open areas, plants are shorter and have more branches.  Pale green, round stems have swollen nodes (the largest nodes lower on stalk) from which leaves and lateral stems grow.  Stems are typically hollow except at nodes which are filled with a gelatinous material.  Lower stems have opposite leaves while upper stems have alternate leaves.  Plants are glabrous.  Upper stems are zigzag from leaf to leaf.  Stems break easily at nodes.  Roots are shallow and of limited extent.

Leaves, up to 5 inches long and 2½ inches across, are ovate to elliptic, flat and thin with shallow, rounded teeth along their margins.  Teeth are angled toward the tip and widely spaced.  Leaves have a dull dark green upper surface and a dull light green lower surface.  The tip of a leaf has a shape similar to that of the marginal teeth.  Petioles, up to 2½ inches long, are slender.  Leaf venation is pinnate, with main veins meeting the midrib directly opposite or offset from each other.  Leaves resist wetting so that beads of water from transpiration, dew or rain form on leaf surfaces.

Jewel Weed - Impatiens capensisPhoto 2:  Mature jewelweed plants have stout stems with obvious bulges at nodes.  Upper and lower leaf surfaces shown.  Note pinnate venation.

Spotted jewelweed blooms over several months in summer as the plant continues to produce new growth at stem tips.  The inflorescence consists of a small cluster of flowers dangling from weak peduncles that grow from almost all leaf axils.  Peduncles may have up to four or more loosely held flowers, each on its own pedicel.  Flowers, held in a horizontal position, dangle lower than the leaf axils from which they grow.

Flowers, golden orange with spots and splotches of reddish brown on interior surfaces, are about 1¼ inches long by ½ inch wide, and structurally very complicated.  They have two small, rounded sepals which are light yellow to orange on their interior surface.  A larger, third sepal is elaborated into an inflated orange conical structure, ¾ inch long, terminating in a curved and twisted nectar spur.  Flowers have five petals; the prominent upper lip, two prominent lower petals along with small flange-like petals attached to the prominent lower petals.  The upper lip petal has a green “keel” along its outer center.  A tight cluster of five stamens with white filaments and pollen grasps the style immediately below the stigma.  The stamen cluster falls off shortly after the flower opens, exposing the stigma to fertilization by other flowers.   Each flower is subtended by a very small bract.

Jewel Weed - Impatiens capensisPhoto 3:  The “keel” of upper petal is green when in bloom due to that portion being exposed to light while in bud (white arrow).  Sepals, also with “keels,” and the nectar spur can also be seen.

Jewel Weed - Impatiens capensisPhoto 4:  In the left flower, the cluster of stamens has fallen from the pistil and was caught by the two lower petals.  Two small flange-like petals can be seen attached to the two lower petals.  Smaller sepals (light color) can be seen behind the upper petal.

Jewel Weed - Impatiens capensisPhoto 5:  White arrow indicates a natural gap in the structure of the larger, nectar-bearing sepal. “A” shows a separated corolla from back and “B” shows a separated corolla from front.  Red arrows indicate smaller sepals.  Yellow arrows indicate pedicels.  Purple arrows indicate the stamen cluster.  Numbers 1-5 indicate the five petals.

Flowers give way to slender, ribbed, one-inch seed capsules with five chambers.  At maturity, and still green, the capsules split (dehisce) explosively with a slight touch by a person, animal or raindrops.

Jewel Weed - Impatiens capensisPhoto 6:  Seed pods of spotted jewelweed mature throughout the summer.  Photo taken in early fall.

Spotted jewelweed may do well in a bog garden but can be a prolific self-seeder in a favorable site.  It is attractive to hummingbirds.  Bumblebees take nectar by chewing holes in the spur.  The gelatinous material from stem nodes reportedly provides relief for poison ivy itch and other rashes.

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Note:   Yellow jewelweed (Impatiens pallida), also called yellow touch-me-not, pale jewelweed and pale touch-me-not, with its yellow flowers with much more subdued reddish-orange spotting internally, is found in northern counties of Arkansas.

Article and photographs by ANPS member Sid Vogelpohl

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Native Plant Portrait – Climbing-dogbane

Climbing Dogbane - Trachelospermum difforme

Blooming now!

The climbing-dogbane vine (Trachelospermum difforme) can easily be mistaken for Carolina jasmine (Gelsemium sempervirens) when out of bloom. The opposite leaves on climbing-dogbane are similar, but slightly broader and not as thick, and have milky sap when compared to Carolina jasmine.

Text and photographs by ANPS member Michael Weatherford

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Neat Plant Alert – Sharp wing monkey-flower

Sharp wing monkey-flower (Mimulus alatus) is currently blooming in nearly every county in Arkansas. It likes moist soils rich in organic matter.

These photos were taken in moderately-shaded woodland next to a small stream in Bradley County.

Sharpwing Monkey Flower - Mimulus alatusSharpwing Monkey Flower - Mimulus alatusSharpwing Monkey Flower - Mimulus alatusSharpwing Monkey Flower - Mimulus alatusSharpwing Monkey Flower - Mimulus alatus

Webmaster Note: This species will be featured in an upcoming Know Your Natives article – stay tuned!

Article and photographs by ANPS member Michael Weatherford

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Know Your Natives – False Aloe

False aloe (Manfreda virginica) is an herbaceous perennial in the Agave (Agavaceae) Family.  In the US, false aloe is found in the Southeastern and Midwestern States as well as in Texas.  In Arkansas, the species is found pretty much throughout the state except for some areas of the Mississippi Alluvial Plain.  This species was previously classified in the Lily (Liliaceae) and Amaryllis (Amaryllidaceae) Families and some authorities treat it in the Asparagus (Asparagaceae) Family.  Previous scientific names for this species include Agave virginica and Polianthes virginica.  Other common names for this plant include American aloe, deciduous agave and eastern agave.  The genus name is based on an Italian author named “Manfredus”.  “False aloe” relates to the basal leaves which are similar to those of some plants in the Aloe Family.

False aloe occurs in prairies and upland rocky glades as well as sandy open woods where drainage is good and partial to full sun is available.  The root consists of a bulbous caudex with brittle white roots.   The entire plant is typically light to medium green in color, but leaves of some plants are speckled to blotched with purple.  Plants are hairless (glabrous) and lower stalks are typically covered with a whitish waxy film (glaucous).

False Aloe - Manfreda virginicaPhoto 1:  Root system of a 4-year-old false aloe plant with two leaf rosettes.  The single, small leaf at the base of the left rosette indicates a new rosette is forming.

Thick, fleshy, ascending leaves emerge with a somewhat triangular shape, but over the growing season leaves become strap-like.  Leaves have fine teeth along margins (denticulate) and a tapering, non-spiny pointed tip (acuminate).  The margins can also be somewhat wavy.  Mature leaves are 2 to 3 inches wide and 1 to 3 feet long.  Leaves, in cross-section, vary from being nearly flat to gently to strongly u-shaped.  Leaves quickly disintegrate in the fall.

False Aloe - Manfreda virginicaPhoto 2:  A speckled form of false aloe that is more than 12 years old with crowded rosettes, as seen in mid-April.  This plant produced six 8-foot stalks in 2015.

Flowering stalks appear in early summer from the center of a rosette of leaves and quickly grow to 7 or more feet tall.  Stalks are stout, bendable and bare except for widely spaced lanceolate bracts that decrease in size from bottom of stalk into the inflorescence.  Bracts wrap snugly around half the stalk.  Bracts in the inflorescence, which subtend each flower, are small and weakly developed.  The stalks, initially erect, become arched with the weight of flowers and seed capsules and sway freely.  As stalks become arched, the flowers’ orientation shift so that they open skyward, regardless of the stalk’s orientation.  The dried stalks and seed capsules persist after leaves have disintegrated.

False Aloe - Manfreda virginicaPhoto 3:  A solid green form of false aloe with stalks beginning to grow in late spring.

Solitary flowers, sessile or on short pedicels, occur as a loosely arranged spike on the upper third of the stalk.  Although each flower only remains fertile for a day or two, with 50 or more flowers in a spike, a stalk may be in bloom for a month.  Flowers consist of a whitish-green ridged ascending tube which has six narrowly triangular lobes, six prominent exerted stamens, a style as long as the stamens and a prominent inferior ovary.  The lobes of the tube are about one-third the length of the tube.  The long, slender white anthers are attached see-saw fashion to yellowish filaments which are minutely red-speckled.  The style is similar in color to the stamens, but less speckled.

False Aloe - Manfreda virginicaPhoto 4:  False aloe inflorescence.  Note inferior ovaries, kinks in filaments and tiny bracts subtending each flower.

As the flower first “opens,” bent filaments surrounding one end of the anthers, push through the end of the tube.  The filaments, the dominant visual feature of the flower, bear loosely attached anthers.  Anthers of a flower quickly mature and fade before the style of the pistil makes its appearance.  The style, too, quickly fades while filaments remain fresh a while longer. This interesting adaptation, protandry, ensures that the flower will not self-pollinate: the pollen is shed from the anthers before the stigma at the tip of the style is mature, that is, receptive to pollen.

False Aloe - Manfreda virginicaPhoto 5:   Sequential flower development of false aloe.  Arrow at flower #4 indicates bent filaments (green) emerging with anthers (white).  Arrow at flower #7 indicates style and stigma of the pistil emerging after anthers have withered or fallen, while filaments remain showy.  Stem with bracts shown at center of photo.

Fertilized flowers are replaced by smooth, rounded three-celled capsules that are about ½ inch in diameter at maturity and somewhat lumpy.  Each cell has two rows of black, flattened orbicular seeds.  Seed may be dispersed by simply dropping from the long arching stalks or being blown by wind.

For a garden with good drainage and some sun, false aloe may be an excellent low-maintenance showy plant.  The tall swaying stalks attract attention and flower parts can be easily seen and are quite interesting.  This plant is also drought tolerant.  To prevent overpopulations of seedlings, seed capsules should be removed while still immature.

Article and photographs by ANPS member Sid Vogelpohl

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Know Your Natives – Lizard’s Tail

Lizard’s tail (Saururus cernuus) of the Lizard’s Tail (Saururaceae) Family is the only member of its genus in North America (its sister species occur in Asia) and the only member of the family native to the eastern US.  It is found from Texas to Kansas to Illinois to Wisconsin and thence south and east to the borders, except for several far-northeastern states.  In Arkansas, it is found throughout the state, although perhaps absent from a few Interior Highland counties.  The genus name is derived from the Latin word “saurus,” meaning “lizard,” and the specific epithet “cernuus” means “nodding.”  This common name is based on the appearance of the species’ nodding, tail-like inflorescence.

Lizard’s tail is a perennial, herbaceous plant occurring in wetlands with light shade to partial sun.  Habitats are permanently or periodically flooded; such as shallow ponds, swamps, seeps, springs and shallow slow-moving streams.  Lizard’s tail has shallow, horizontal rhizomes which turn upward every 1 to 2 feet so as to reach the surface to produce new stems.  Fibrous roots grow from junctions of rhizome segments.  Dense colonies may form.

Lizard's Tail - Saururus cernuusPhoto 1:  Horizontal portion of lizard’s tail rhizomes (red arrows) terminate with white new growth.  The tip of new growth will turn upward to produce a new stem.  An existing stem (not shown) grows from the vertical portion of the rhizome (green arrows).

Plants, erect to semi-erect, reaching to 1½ to 3 ½ feet tall and sparingly branched, are largely glabrous.  Slender, rounded to somewhat ridged stems, light green in color, are slightly zig-zagged between leaves.  Alternate leaves have a petiole with a basal sheath which clasps the stem.  This basal sheath continues up the petiole as “wings” which join to form a small point at the base of the upper side of the leaf blade.  Emergent new growth forms at the base of a previous leaf and is initially contained by the “wings.”  Petioles are light green, slightly ridged and about one-third the length of leaf blades.

Lizard's Tail - Saururus cernuusPhoto 2:  New growth emerges from base of leaves resulting in “wings” on the petioles (see arrow).  Female ebony jewelwing damselfly also shown.

Leaves, which are of an elongated, cordate shape and entire, are 4 to 6 inches long and 3 to 4 inches wide.  Lower leaves may have broadly wavy margins.  The upper leaf surface is medium to dark green and slightly shiny while the lower leaf surface is a lighter dull green similar to the stem.  Palmate venation is recessed on the upper surface and raised on the lower surface.  Crushed leaves have a strong citrus smell.

Inflorescences develop from axils of upper leaves in late spring into summer as tiny drooping flower spikes on erect green peduncles.  As the spike grows, flowers mature from base to tip so that a nodding spike in flower has a round tapered shape.  The spike becomes more erect as flowers mature so that those receptive to pollination are held at the highest position.  When the last flowers at the tip mature, the spike is straight and rigid.

Lizard's Tail - Saururus cernuusPhoto 3:  Several flower spikes, of varying maturity, may be found along a stem.

Lizard's Tail - Saururus cernuusPhoto 4:  Flowers receptive to pollination are at the highest position as the spike straightens.  Banded longhorn flower beetle also shown.

Flowers, hundreds per spike on short up-bent pedicels, are very small and densely packed.  Without petals or sepals and with a short pistil, anthers are clearly seen even on the youngest flower spikes.  Flowers have four to eight white filaments as well as white peduncles and pedicels. The superior ovary and short pistil are also white.  Flowers are pleasantly fragrant and, when in thick colonies, may scent the air.  An ovary produces several seeds.  When mature, the small green fruit become wrinkled and gray.  Seeds are brown and smooth.

Lizard's Tail - Saururus cernuusPhoto 5:  Without petals or sepals and with a small pistil, the anthers are conspicuous.

Lizard's Tail - Saururus cernuusPhoto 6:  As flowering progresses up-spike, the spike straightens and becomes rigid.

A garden or wild areas with wetland conditions may be ideal for lizard’s tail.  It may form a colony, but the colony will not extend into drier areas or into permanent deeper water.  The plant’s attractive leaves and inflorescence can provide nice contrasts with other wetland plants; such as, ferns and sedges.

Article and photographs by ANPS member Sid Vogelpohl

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Know Your Natives – Rose Pink

Rose pink (Sabatia angularis) of the Gentian (Gentianaceae) Family, also known as common rose pink* and rose gentian, is an herbaceous annual or biennial.  It occurs naturally throughout much of the eastern US from eastern Texas and southeastern Kansas to Michigan, New York, Massachusetts, and thence south and east to the Gulf and Atlantic Coasts.  In Arkansas, the species occurs throughout much of the state except for portions of the Mississippi Alluvial Plain.  The plant grows in full to partial sun in moist to dry glades and prairies and margins of woods and thickets.  The genus name is based on the 18th century Italian botanist Liberato Sabbati.  The specific epithet refers to the plant’s four-sided stems.

Rose pink produces a basal rosette of leaves from which one or several stems grow up to 3 feet tall.  The entire plant is the same spring-green color, glabrous and shiny.  Stems are square in cross-section with flexible narrow wings at corners.  Branches, occurring along upper portion of main stem, are also squared and winged, as too are smaller sub-branches.

Rose Pink - Sabatia angularisPhoto 1:  Basal rosette of leaves of rose pink in mid-March appears somewhat ruffled.

Branches grow from axils of upper stem leaves, typically from both leaves at a leaf node (thus primarily opposite branching).  Branches, which have their own opposite leaves, produce a few to about eight paired pedicels that bear flowers.  Branch divisions, up to the pedicels, are subtended by paired, elongate to linear leaves or bracts.  Spacing of leaf pairs (and related branching) remains fairly constant along the main stem.

Leaves of rose pink are ovate to ovate-lanceolate, with lower leaves being larger and more rounded.  Leaves are clasping (in the case of lower larger leaves) to sessile (in the case of upper smaller leaves).  Bases of larger leaves are heart-shaped with leaf bases overlapping around the stem.  Leaves are entire (margins not toothed).  Larger stem leaves are about 1½ inches long and 1 inch wide.

Rose Pink - Sabatia angularisPhoto 2:  In early June, stems of rose pink may be two feet tall.  Stems, branches and pedicels are winged along their four angled corners.

Rose Pink - Sabatia angularisPhoto 3:  In late June, the showy flowers make rose pink stand out among other plants.

Flowering occurs in early summer.  The overall shape of the inflorescence is pyramidal and loosely open due to upright growth pattern of branches and pedicels and due to lower branches being longer.  Flowers, up to 1 inch across, have five oblong to obovate pink corolla lobes joined at their bases to form a short tube.  Each flower has five stamens with yellow anthers, a superior ovary with a divided stigma, and a green calyx.  The calyx has five linear-lanceolate lobes about half the length of the corolla lobes.

The corolla lobes are primarily pink, but have a greenish yellow, triangular segment at their bases with a reddish outline on two sides.  That greenish yellow marking of the corolla lobes and of the ovary, along with the reddish outline, produces a prominent star design.  Flowers of rose pink may occasionally be white and may also occasionally lack a prominent red border around the central “star.”

Rose Pink - Sabatia angularisPhoto 4:  The divided stigmas of rose pink can be seen in several flowers.  The calyx lobes are positioned away from flower bud before corolla unfurls.

After flowering, the pedicels (flower stalks) may become brown while seed capsules remain green.  The elongated cylindrical seed capsules, about 1/3 inch long and lacking internal partitions, contain many tiny seeds that can be wind dispersed or carried by flowing water.

Rose Pink - Sabatia angularisPhoto 5:  In mid-August, rose pink plants wither, but seed capsules continue to mature.

In a garden, rose pink would not be especially noticeable until flowers appear, but then would be an eye-catcher.  Plants seem to be content in various soil moisture levels in fairly sunny to full sun sites.  Plants are short-lived but can seed around (note, though, that offspring may come up in different areas of the garden than where the parents were growing if allowed to self-seed).  Rose pink does not seem to be favored by deer.

* Five other species of Sabatia occur in Arkansas, all with pink flowers, and have some common names that are similar to those noted herein for Sabatia angularis.

Article and photographs by ANPS member Sid Vogelpohl

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Neat Plant Alert – Heart-leaf skullcap

One of Arkansas’ rare plants in the Mint (Lamiaceae) family, heart-leaf skullcap (Scutellaria cardiophylla), is blooming right now at Lake Catherine State Park in the Ouachitas of central Arkansas.

Heart-leaf skullcap - Scutellaria cardiophylla
It is found in just 5 counties in Arkansas and is considered rare throughout its range of east Texas, southeastern Oklahoma, Arkansas and western Louisiana. The Lake Catherine population is at the northeastern edge of the species’ range.

Heart-leaf skullcap - Scutellaria cardiophylla
The plants can grow to approximately 18 inches in height with freely branching stems. It blooms in late spring and early summer. These photographs were taken the second weekend of June, 2015.

Heart-leaf skullcap - Scutellaria cardiophyllaArticle and photographs by ANPS member Eric Hunt

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Know Your Natives – Yellow Crownbeard

Yellow crownbeard (Verbesina helianthoides) of the Aster (Asteraceae) family is found in the US from Iowa and Kansas east to Ohio, and southward to Texas and Georgia.  It is found pretty much throughout Arkansas except for some counties in the Mississippi Alluvial Plain.  This species is also known as yellow wingstem or gravel weed.  The generic name Verbesina perhaps alludes to a Verbena-like appearance, although the exact etymology is unknown, while the specific epithet, helianthoides, relates to its yellow composite flowers which resemble sunflowers of the genus Helianthus.

Yellow crownbeard is found in moist soils of prairies, savannas, glades, forests, and roadsides in full sun to light shade.  This colonial, herbaceous perennial has multiple stout hairy stems generally 2-3 feet tall.  Stems are not branched except at the top in the inflorescence.  Ovate-lanceolate, mostly alternate leaves with widely spaced small teeth, are up to 6 inches long and 2½ inches wide.  The leaves have dense, short, white hairs, and feel soft to the touch.  Leaf tips taper gradually to long slender points (attenuate), while the leaf blade tapers more abruptly at the base.

Yellow crownbeard - Verbesina helianthoidesPhoto 1:  Yellow crownbeard in mid-April showing new growth directly from roots.

Yellow crownbeard - Verbesina helianthoidesPhoto 2:  Yellow crownbeard in mid-May with budded flower heads set on top of unbranched stems.

Leaves are sessile, and leaf blade tissue extends onto and down the stem as narrow “wings.”  One of the two wings connected to each leaf extends straight down-stem to the next leaf where it ends immediately above that leaf.  The second wing extends straight down-stem to the third leaf directly below.  With this pattern, five wings radiate from the stem at any given point.

Yellow crownbeard - Verbesina helianthoidesPhoto 3:  Leaf tissue that extends down-stem stops abruptly before reaching a lower leaf.

The inflorescences, occurring in late spring at the tips of stems, consist of two to five yellow composite flower heads on short, hairy peduncles arranged in corymb (flat-topped) fashion.  Each composite head, 2 to 2½ inches in diameter, has up to about twelve yellow pistillate ray flowers surrounding 40 to 80 yellow tubular disk flowers each with five lobes.  Involucres (the calyx-like structures at the base of the flower heads) are composed of 16 to 21 phyllaries (sepal-like bracts) in two to three layers.  Phyllaries are narrow and fused at their bases while their bluntly triangular upper portions extend outward, loosely cupping the head.  Dark brown, 0.2-inch, flattened achenes are oval-lanceolate in shape, with keels on their edges and two short awns at recessed ends.

Yellow crownbeard - Verbesina helianthoidesPhoto 4:  Flower heads grow in corymb fashion at the tips of stems.  Upper portion of phyllaries cup head.

Yellow crownbeard - Verbesina helianthoidesPhoto 5:  Flower heads in the inflorescence range from those in bud to those fading.

Two other Verbesina species with unbranched stems may often occur throughout Arkansas in the same or adjoining habitats as yellow crownbeard; namely, frostweed or white crownbeard (Verbesina virginica) and yellow-ironweed or wingstem* (Verbesina alternifolia). Frostweed is a significantly larger plant with wider leaves and white flower heads.  Yellow-ironweed, with coarser leaves, which are sometimes opposite on the lower stems, and with or without wings on the stems, generally has purple coloration on stems and yellow flower heads bearing scattered, drooping yellow ligules (ray flowers) and a single row of reflexed phyllaries.  Frostweed and yellow-ironweed bloom much later in the year than yellow crownbeard.  Of the three species, only frostweed reliably produces frost flowers, although yellow-ironweed is also reported to produce them occasionally.

For gardens or naturalized settings, yellow crownbeard should be welcomed.  It is a hardy, attractive perennial of modest height with upright stature and nice character.  The yellow composite flowers of yellow crownbeard bloom earlier than those of sunflower species.  Yellow crownbeard may form colonies, but it has not been noted to be weedy.

*With Verbesina helianthoides and Verbesina alternifolia both having yellow flower heads and winged stems, the common name “yellow wingstem” has been used for both species.  Photos and plant descriptions found on the internet are sometimes not correctly aligned.

Article and photographs by ANPS member Sid Vogelpohl

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Neat Plant Alert – Pinesap

One of North America’s most intriguing native plants is in bloom now in Central Arkansas.

Pinesap - Monotropa hypopitys
Pinesap (Monotropa hypopitys) is a parasitic plant found in high quality forests in scattered counties throughout Arkansas. You’re most likely to find it along the Arkansas River Valley and in Ouachita and Ozark mountain counties. It is in the blueberry family (Ericaceae).

Hikers encountering the plant frequently confuse it for a weird looking mushroom.

Pinesap - Monotropa hypopitys
These photos were taken the last weekend in May at the Arkansas Audubon Center at Gillam Park in Little Rock.

Pinesap - Monotropa hypopitys Pinesap - Monotropa hypopitys

Article and photographs by ANPS member Eric Hunt

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