1986 Florida Field Trip Report

Ted C. MacRae & Rev. James M. Sullivan1

Fr. James Sullivan (left) and Ted MacRae (right) stand under a banyan tree in Key Largo, Florida, 9 May 1986 (photographer unknown).

In Spring 1986, the Rev. James Sullivan (Fr. Sullivan to those who knew him) and I made a two-week trip to Florida with the objective to explore as much of the state as we could—from the Panhandle to the Keys! My goal, of course, was to collect beetles2, especially woodboring beetles in the families Buprestidae and Cerambycidae (it was only my third trip outside of Missouri for such purpose), while Fr. Sullivan’s was to identify and document as many plant species as possible. This apparent dichotomy in interests was not as clean as it may seem—as an entomologist interested in host plant relationships, the chance to spend time in the field with as accomplished a botanist as Fr. Sullivan was too good to pass up, and Fr. Sullivan’s passion for studying insect associates of the plants he studied greatly aligned our interests. My memories of that trip have faced in the nearly 40 years since, jogged only by the specimens I collected now residing in my cabinet and two trays of 35 mm slides taken with an Olympus OM10 SLR film camera. Fortunately, Fr. Sullivan was more diligent than I in journaling his observations during that trip, a copy of which he gave to me. This report is an attempt to summarize our observations using these materials. In his journal, Fr. Sullivan made the following disclaimer: “Plant determinations in these notes must be regarded as tentative: We have not had the use of a complete flora for any portion of the State of Florida. We have been as precise as possible with the use of several less complete sources. ★This star symbol indicates plant determinations that were later confirmed by the use of the Flora of Tropical Florida or by other adequate keys.”

[Note: names for most of the plants included in this report were confirmed by Fr. Sullivan, the primary exceptions being those indicated with question marks (?). As a result, I have omitted use of the star symbol in this report. Also note that plant taxonomy has likely changed immensely during the past 39 years. Scientific names, common names, and plant families given are those we used at the time, and only in a few cases have they been harmonized with current nomenclature (my notes in [square brackets]). An asterisk (*) denotes plants and insects that were also photographed.]

We left St. Louis on the morning of April 28 with the goal of spending the night in Montgomery, Alabama. The next morning, true to form, Fr. Sullivan got up early to explore the area around the hotel before continuing the drive south. He noted two plants: Cirsium horridulum and Sapium sebiferum (Euphorbiaceae), the latter a fast-growing deciduous tree known as Chinese tallow and native to eastern Asia. All parts of the tree emit a milky white sap when damaged, which is toxic and can cause gastrointestinal upset if ingested. As we continued south, we noted the first Spanish moss (Tilandsia usneoides) draping the trees along Hwy 281. The growth was very well-developed, leading Fr. Sullivan to speculate that it also probably occurred north of Montgomery along I-65 but that we missed it due to our nighttime arrival.

Later in the day we arrived at our first destination, Torreya State Park in the Florida Panhandle, home of the extremely rare Florida nutmeg (Torreya taxifolia*) tree that grows only on the bluffs along the Apalachicola River. We explored the heavily forested hills and ravines of the area and found examples of this plant alongside the road near the entrance to the campground. However, we documented a diverse list of other plants including Acer barbatum [= A. saccharum ssp. floridanum] (Florida maple), Actaea pachypoda, Amorpha fruticosa, Aralia spinosa, Ascyrum sp., Callicarpa americana, Calycanthus floridus, Calycarpon lyoni, Cnidoscolus stimulosus*, Conopholis americana, Conradina canescens*(Lamiaceae), Croomia pauciflora* (Stemonaceae), Decumaria barbara, Dirca palustris, Erigeron strigosus, Erythrina herbacea*, Euonymus americanus*, Lonicera sempervirens*, Halesia sp., Hydrangea quercifolia*, Ilex opaca, Itea virginica*, Lygodium japonicum, Mitchella repens, Myrica serifera, Onoclea sensibilis*, Opuntia humifusa*, Rhaphidophyllum hystrix (needle palm), Ruellia carolinensis*, Sebastiana fruticosa* (Sebastianbush, Euphorbiaceae), Spiranthes praecox*, Viburnum sp., and Wahlenbergia marginata. Insect collecting consisted primarily of an assortment of longhorned beetles attracted to ultraviolet (UV) lights at night.

After two nights at Torreya State Park, we traveled further down the peninsula along the central spine to Highlands Hammock State Park, one of the oldest state parks in Florida protecting 9,000 acres of old-growth cypress swamp and oak hammock. We first explored the Wild Orange Grove Trail (noting wild orange trees as well as our first alligator!) but moved to other areas of the park over the next two days. We noted the occurrence of three species of palms here: Rhaphidophyllum hystrix (needle palm), which lacks the leaf midrib of and has fewer leaf divisions than Sabal palmetto (cabbage palm), the most common palm and distinguished by a strong leaf midrib, and Serenoa repens (saw palmetto) with its saw-toothed petiole edges. We repeatedly saw the tortoise beetle Hemisphaerota cyanea on the leaves of S. palmetto. A nice variety of longhorned beetles was also collected here, including the Florida endemic Typocerus flavocinctus and several lamiines at UV lights at night. A blister beetle (family Meloidae) similar to our Nemognatha nemorensis was common on the flowers of Aster reticulatus* and Pterocaulon pycnostachyum* (both Asteraceae), and on flowers of Cirsium horridulum we saw the leaf-footed bug Acanthocephala terminalis* (Coreidae). Other plants that Fr. Sullivan noted include Abrus precatorius*, Ardisia crenulata* (crenate berry bush, Myrsinaceae), Asimina pygmaea* (?), Bacopa sp.*, Bidens pilosa*, Callicarpa americana*, Cuthbertia graminea (?), Emilia sonchilfolius, Eriocaulon sp.*, Erythrina herbacea, Hypericum sp.*, Ilex cassine, Ilex glabra, Lachnocaulon anceps, Lygodesmia aphylla*, Lyonia lucida*, Mikania scandens, Oxalis violacea* (?), Persea borbonia, Polygala lutea*, Schrankia microphylla*, Tephrosia chrysophylla, Urena lobata, Utricularia sp.*, and Xyris sp.* Fr. Sullivan also noted in his journal a list of a dozen “rare” birds such (e.g., cardinal, catbird, crow, etc.!).

Our next destination was outside the northwestern limits of Everglades National Park at Collier-Seminole State Park, which lies partly within the great mangrove swamp of South Florida (one of the largest mangrove swamps in the world) and covering one of three original stands of royal palm (Roystonea elata [= Roystonea regia]) in Florida (the park was previously called Royal Palm Hammock). We primarily explored the Royal Palm Hammock Nature Trail and along the water’s edge around the boat basin, where Rhizophora mangle* (red mangrove) lined the edges of the salt marsh. Two species of Solanum were observed, primarily S. erianthum (potato tree) but also S. donianum*, and we noted the pleasant fragrance of a Eugenia sp. that escaped identification. Bursera simaruba (“tourist tree”), with its distinctive peeling bark, was also common here. We noted Baccharis halimifolia heavily infested with the leaf beetle Trirhabda bacharidus*, saw Heliconius charitonius butterflies on the wing, and observed a cluster of young seed bug nymphs* (Lygaeidae), likely one of the milkweed-associated species, on a vining species of milkweed. Deer flies (family Tabanidae) were a real problem for both of us, and we had to use head nets (Fr. Sullivan even resorted to wearing his London Fog jacket!). Other plants documented included Acrostichum sp., Alternanthera sp. poss. philoxeroides (Amaranthaceae), Batis maritima, Bidens pilosa var. radiata, Blechum brownei, Borrichia frutescens*(sea daisy), Commelina diffusa, Dicliptera assurgens*, Dicromena sp.* (white-bracted sedge, Cyperaceae), Eugenia sp.*, Ipomoea alba (moon flower), Ipomoea sagittata*, Passiflora pallens, Pithecellobium unguis-cati (cat claw), Pluchia odorata (camphor weed), Polygala grandiflora var. angustifolia, Psychotria undata*, Solidago sp.*, Triodanus sp., Urena lobata*, and Zanthoxylum fagara (lime prickly ash). Similar to previous localities, a diversity of longhorned beetles were attracted to UV lights at night.

After two days at Collier-Seminole, we drove east along the Tamiami Trail, noting the magnificent stands of bald cypress (Taxodium distichum) in the Big Cypress Swamp Preserve and seeing the first water hyacinths (Eichhornia crassipes) in bloom. We also saw Australian pines (several species in the genus Casuarina)—angiosperms rather than gymnosperms. Its needles are much longer than true pine (genus Pinus), and the trees appeared very dark green as seen from a distance. Eventually we landed at John Pennekamp Coral Reef State Park on Key Largo. Most people visit this park to dive and explore the spectacular living reefs of the Florida Keys; however, we had more terrestrial objectives. We began by exploring the coral limestone woodland along the Wild Tamarind Trail, where Metopium toxiferum *was common along the woodland border (and we took care not to touch!). A large ichneumonid wasp* (Ichneumonidae) was seen perched in the understory, and we noted the impressively oversized female of the spider Nephilia clavipes* being courted by an equally strikingly diminutive male. Lysiloma latisiliqua* was abundant in the woodland, as was Bursera simaruba* its bark red and peeling like a sunburned tourist! Coccoloba uvifera was also abundantly fruiting, and other plants seen include Alternanthera sp., Conocarpus erecta var. sericea, Schinus terebinthifolius*, and an unidentified composite (either Eupatorium villosum or Garberia sp.). Along the Mangrove Trail we saw (of course) not only red mangrove Rhizophora mangle*) but also black mangrove (Avicennia germinans*, Avicenniaceae) and white mangrove (Languncularia racemosa, Combretaceae). These three plants are placed in three unrelated families, yet all show a high degree of fidelity to mangrove ecosystems. At a Persea americana* orchard in the adjunct Shaw Property, we saw Hamelia patens* in bloom and Lysiloma latisiliqua growing around the orchard’s edge. Other plants seen in the area include Abutilon sp., Batis sp.*, Eupatorium villosum* (?), Gaillardia pulchella*, Heliotropium angiospermum, Heliotropium curassavicum, Hibiscus tiliaceus, Melanthera sp., and Rivina humilis*.

Our plan the following day was to continue down the length of the Keys, making stops at a few selected places along the way before spending the night in Key West. At our first stop on Lower Matecumbe Key, we noted Avicennia germinans, Eustoma exaltatum*, and Polygala baldwini (as well as a Great Blue Heron) and then continued southwestward to Long Key State Recreation Area [now Long Key State Park]. Most people visit Long Key for its beaches and fishing, but we came to the preserve to explore the endangered coastal dune ecosystem that it protects. Few insects were seen, but a number of interesting, mostly highly salt-tolerant, plant species were seen. These include Abutilon sp., Argemone mexicana*, Cassasia clusiifolia*, Chrysobalanus icaco, Ipomoea pes-caprae, Lantana involucrate, Manilkara bahamensis* (wild dilly, Sapotaceae), Scaevola plumieri* (inkberry, Goodeniaceae), Solanum diphyllum, and Suriana maritima* (bay cedar). We finished the day at Key Deer Preserve on Big Pine Key, a sanctuary for the smallest subspecies of white-tailed deer in North America. We did not see any deer, but we did see some interesting plants. Byrsonima cuneata* (Malphigiaceae) was common here, as was Croton linearis. Along the Nature Trail we saw the orchid Bletia purpurea* (pale pink) and also recorded Aletris sp., Chrysophyllum oliviforme (Sapotaceae), Dichromena sp., Ernodia littoralis*, Metopium toxiferum, Pithecellobium sp., Polygala verticillate (?), and “thatch palms” (plus a hissing alligator!).

The next two days were spent at Everglades National Park, where we began our visit by exploring the Long Pine Key Nature Trail, where Cladium jamaicensis* (sawgrass) and Taxodium distichum* dominated the landscape. We noted that it was easy to pass one’s fingers over the sawgrass blade edge in one direction, but not so easy in the other! It was here that I found what I considered a real prize—my first ever bumelia borer (Plinthocoelium suavelons)! I also collected the very colorful Trichodes apivorus on the flowers of Sabal palmetto. Fr. Sullivan had even more success with the plants—so much, in fact, that we were only able to explore the east end of the trail. Several plants belonging to largely tropical plant familys were seen, including Dodonaea viscosa (varnish leaf, Sapindaceae), Tatrazygia bicolor* (Melastomataceae), and Dipholis salicifolia (willow bustic, Sapotaceae). Polygala balduinii (or a similar species) and an unidentified Buchnera sp. were common. The recorded list of other plant species seen was diverse: Asclepias lanceolata*, Baccharis sp., Byrsonima cuneata, Calopogon sp.* [likely C. tuberosus var. simpsonii], Croton linearis, Dichromena sp., Heliotropium polyphyllum var, polyphyllum (H. leavenworthii ) (Boraginaceae), Jacquemontia jamaicensis, Lobelia glandulosa*, Melanthera angustifolia (Asteraceae), Myrica cerifera, Myrsine guianensis, Passiflora sp.*, Persea bordonia, Piriqueta caroliniana, Psychotria nervosa, Rhus sp., Sabatia sp. poss. brevifolia*, and Stillingia sylvatica ssp. tenuis (Euphorbiaceae). We returned again to Long Pine Key Nature Trail the following day to explore the west end near Pine Glades Lake, finding many of the same plants recorded the previous day but also Ageratum littorale (?), Bletia purpurea, Justicia ovata var. lanceolata*, Lippia stoechadifolia, and Morinda royoc. From there we moved on to the P.K. Nature Trail, where Cynanchum blodgettii was seen twining over much of the vegetation—including other plants of its own species!. Fr. Sullivan spent a good deal of time studying a plant found growing at the edge of Pine Glades Lake, which he presumed to be a species of Lippia that exhibited pleated leaves with matching teeth (leading him to call it “corduroy lippia” or “pleated lippia”). Eventually he settled (and later confirmed) the species as Lippia stoechadifolia, a Neotropical species limited in the U.S. to south Florida and the Keys. Other plants observed included Angadenia berterii, Urechites lutea, and (my favorite) Zamia floridana* [likely Z. integrifolia var. silvicola].

Back at Key Largo near Tarpon Bay (below our motel), Fr. Sullivan continued exploring the plants, especially the mangroves. He noted that Avicennia has “dewdrops” but that the other mangroves do not. This relates to the processes used by the plant to eliminate excess salt, which in Avicennia involves salt water “perspiration” that dries in the heat of the day (indeed, the residue of salt flecks is useful in distinguishing Avicennia from the other mangroves) but in Rhizophora is done by accumulating salt in the oldest leaves before they turn yellow and drop. He also noted that Avicennia and Rhizophora can be distinguished by color; Avicennia, which normally grow a little farther from the water, are closer to gray-green, while Rhizophora are closer to yellow-green. Tridax procumbens was a common roadside weed around the motel—its flowers and fluffy seedheads rise on long scapes, as if leafless, but are actually attached to the sprawling, hairy stems, which bear many deeply cleft leaves with opposite arrangement. He also noted Morinda royoc growing not only in the woods but also hedgerows. It is like Psychotria [both species are in the Rubiaceae], but without the large, nervy leaves. The fruits aggregate to look like large, yellowish mulberries. Hamelia patens grows right along the highway here, and several large Solanum shrubs with stellate trichomes on the leaves and white flowers were seen that may be a complex of species including S. donianum, S. verbascifolium, S. erianthum, or yet another species.

On May 10, the field visits were over, and it would take two days of driving to return to St. Louis. Even beginning the drive home, however, did not stop Fr. Sullivan from botanizing. During a stop at the drawbridge on Hwy 1 between Key Largo and the mainland, Fr. Sullivan collected Stachytarpheta jamaicensis, its flower tubes emerging from upward pointing, elongate triangular bracts, and its leaves being coarsely dentate. Also, from the highway in northern Florida, we saw what appeared to be the frequent occurrence of blooming Asimina. These were low plants with white flowers and leaves present. Spending several days in south Florida also gave Fr. Sullivan a chance to contemplate the different hammock habitats that we had visited, and he noted the following: “A hammock is basically a hardwood forest. A hammock in Florida has a significance parallel to that of a glade in Missouri: it is a relief from the ordinary situation. In the Everglades hammocks take the form of “hillocks”: The forest seems to build itself above the level of the sawgrass wetlands. In Highlands County, on the other hand, the hammocks occupy depressions in the topography. It is natural for the pinelands to burn with some degree of regularity, but the wet depressions are protected from most fires. Fire actually helps Pinus to have a competitive edge (since the needles make good tinder and the resin burns so hot, the pines contribute to their own survival situation), but in the wet depressions the broadleaf hardwoods are able to take over. The State Parks often feature the hammocks. As we go farther south, the hardwood species become more tropical. We have seen a lot of Bursera simaruba, a hammock feature, but have yet to see Ceratiola ericoides, which is more a representative of the norm for this state. Visiting Mahogany Hammock in the Everglades we learn that it is protected from sawgrass fires by a natural moat surrounding it. The moat results as limestone strata are eaten away by the hardwood-produced acids.”


1 Deceased April 15, 2025.

2 Permits for collecting beetles were obtained from the Florida Department of Agriculture and the National Park Service.

© Ted C. MacRae 2025

BitB Bits: April 2023

April 1—Better late than never. The serviceberries (Amelanchier arborea) in my neighborhood have finally started blooming, marking the beginning of a month-long period where three charismatic native trees bloom in rapid succession (redbuds will follow shortly, followed by dogwood—the king of native flowering trees in Missouri). I normally see serviceberries begin blooming in mid- to late March, but the weather of late has been mostly coldish and cloudy. First bloom on April Fools Day is about as late as I’ve ever seen for this species.

Amelanchier arborea (serviceberry) in dry-mesic upland deciduous forest (Wildwood, Missouri).

April 2—Pussytoes. Native wildflowers are springing fourth now that sunshine and balmy temps have returned. Today’s first bloom is pussytoes (Antennaria parlinii), also called mouse ears. Both common names refer to the fuzzy nature of the plant—the first in reference to its flowers and the second to its leaves. This plant was, until recently known as Antennaria plantaginifolia (meaning “plantain-like leaves”), but Missouri populations were recently deemed sufficiently distinct to warrant splitting from populations further west as a separate species. I always see these plants growing in dry(ish) upland forests, but always in a more exposed situation on rocky or sloping ground where they receive more sunshine and less moisture than typically found deeper inside the forest. These plants are growing along the roadside in a small rise in my neighborhood.

Antennaria parlinii (pussytoes) in dry-mesic upland deciduous forest (Wildwood, Missouri).

April 3—Mexican plum. On yesterday’s WGNSS Botany Group outing, we observed the spectacular blossoms of American plum (Prunus americana). There is, however, a very closely related species of wild plum in the state called Mexican plum (Prunus mexicana). The two species, both members of the rose family (Rosaceae), have identical blossoms and flower at exactly the same time, making them quite difficult to distinguish from each other. One character that can be used fairly reliably though is their growth habit. Mexican plum is usually more treelike, with isolated plants well separated from their nearest neighbors, while American plum tends to be shrubbier in form and forming clonal colonies with many individual plants densely occupying an area. There are several small trees along the road in my neighborhood, all of which exploded into full bloom starting yesterday, that I take to be Mexican plum owing to this individual treelike form of growth. The flowers of both species are highly attractive to pollinating insects, so I will be checking them closely over the next week while they are in bloom to see what insects I might be able to find upon them.

Prunus mexicana (Mexican plum) along edge of dry-mesic upland deciduous forest (Wildwood, Missouri).

April 5—Today’s first blooms: sassafras and sugar maple. It’s been a rapid fire sequence of blooms since warm temps returned a few days ago. Today’s first blooms include two native trees—one known for its spring flowers (sassafras), and another one not (sugar maple). Sassafras (Sassafras albidum) flowers aren’t as showy as those of other spring flowering trees—their yellow-green color just can’t compete with the delicate white of serviceberry, bold white of dogwood, or vivid pink of redbud, but they offer more botanical interest than their charismatic contemporaries in that trees are usually dioecious—i.e., trees usually have either male flowers only or female flowers only rather than both (a condition known as monoecious) or, more commonly, flowers with both male and female parts (also monoecious, but with “perfect” flowers). Flowers on both male and female trees have 5–6 “tepals” (i.e., petals plus petal-like sepals); however, male flowers have nine stamens (the male part of the flower) and a non-functional style (female part), while female flowers have only six non-functional stamens (i.e., “staminodes”) around the central style.

Sassafras albidum (sassafras) in dry-mesic upland deciduous forest. Sassafras trees are usually dioecious – this is a female as indicated by its flowers with six staminodes (aborted stamens) (male trees have flowers with nine stamens) (Wildwood, Missouri).
Sassafras albidum (sassafras) in dry-mesic upland deciduous forest. Sassafras trees are usually dioecious – this is a male as indicated by its flowers with nine stamens (female trees have flowers with six staminodes, which are aborted stamens) (Wildwood, Missouri).

Sugar maple (Acer saccharum) is not usually thought of as a “flowering” tree, but like all other broadleaf plants it possesses true flowers that produce seeds for reproduction. The flowers also appear in early spring on long stalks in drooping clusters. However, unlike sassafras, sugar maple can be either monoecious or dioecious, and in the latter case the flowers can be either imperfect or perfect. In other words, any given tree may have only male flowers or only female flowers (dioecious), or it may have both male flowers and female flowers (monoecious imperfect), or it may have flowers with both male and female parts (monoecious perfect).

Acer saccharum (sugar maple) in mesic upland deciduous forest (Wildwood, Missouri).

April 7—Woodland phlox. Now blooming in my woodland garden is woodland phlox (Phlox divaricata). This common spring wildflower is also sometimes called sweet William and blue phlox, but the flowers are more blue-purple than blue and can even be pink or white (plus, I don’t have the foggiest idea who “William” is!). The species epithet divaricata means “widely diverging” and refers to the more widely separated flowers compared to the usually tight clusters of flowers found in other species in the genus. There are a number of additional species in the genus in Missouri, but most of them have a restricted range in Missouri (usually restricted to parts of southern Missouri) or are found in non-woodland habitats. Phlox flowers are some of the most fragrant of our native wildflowers.

Phlox divaricata (wild blue phlox, woodland phlox, wild sweet william) in mesic upland deciduous forest (Wildwood, Missouri).

April 10—Brown stink bug. The most appropriately named insect in the world!

Euschiatus sp. (brown stink bug—family Pentatomidae) in dry upland deciduous forest (Lenexa, Kansas).

April 12—Violet wood-sorrel. Today’s native wildflower is violet wood-sorrel (Oxalis violacea). Many people know this plant due to the pleasantly tart flavor of the leaves and fruits when eaten. The taste is due to the presence of oxalic acid in the plant’s tissues, although it can be toxic if consumed in large quantity due to the formation of calcium oxalate crystals in the kidneys. In fact, the genus name derives from the Greek oxys meaning “sharp,” referring to the sharply sour taste of the leaves.

Oxalis violacea (violet wood-sorrel) in dry-mesic upland deciduous forest (Wildwood, Missouri).

April 12—Bridge of spiders. The Boone Bridge spiders have returned. Best I can tell they are orb weavers in the genus Larinoides (a.k.a. furrow spiders). Like most orb weavers, these spiders build a new web each night and consume it the next morning, then start all over again the next evening. Males can be distinguished by their enlarged pedipalps.

Larinoides sp. (furrow spiders—family Araneae) on web over Missouri River (Chesterfield, Missouri).

April 15—“Hey, Iris… what is the definition of dyslexia?” Not sure why she won’t answer—-maybe my iPhone is broken!

Iris sp. (cultivated iris) in woodland garden in mesic upland deciduous forest (Wildwood, Missouri).

April 16—Virginia bluebells. One of my favorite native wildflowers is Virginia bluebells (Mertensia virginica). There is but a single specimen of this fantastic species in the woodland gardens around my home, but it blooms reliably every spring showy as ever. Virginia bluebells are normally found in bottomland forests in rich soil along creek beds, so I suspect this lone individual might have been planted by a previous owner. I thank them if they did.

Mertensia virginica (Virginia bluebells) in mesic upland deciduous forest (Wildwood, Missouri).

April 18—Dogs in bloom. Our most iconic native flowering tree may well be flowering dogwood (Cornus florida). Its white showy blossoms not only grace the forests of southern Missouri, but also neighborhoods and gardens throughout the state. An interesting “factoid” about this species is that the large white “flower” is not a flower at all, but rather an inflorescence composed of many individual flowers (called “florets”) that, together, form the central yellow disc of the “flower.” The four white “petals” surrounding each inflorescence also are not true petals or even parts of flowers that can sometimes look like petals, but rather are modified leaves called “bracts” that serve the functional purpose of petals (i.e., attracting insects to the flowers for pollination). In the photo, you can see some of the individual florets are open, revealing four male stamens surrounding a central female pistil, while other florets are still closed. The florets do not actually begin opening until after the white bracts surrounding the inflorescence have opened. Thus, for a time when the bracts first open, the tree looks like it is in flower but technically is not yet. (Pull that up in dinner conversation sometime. You’re welcome.)

Cornus florida (flowering dogwood) in mesic upland deciduous forest (Wildwood, Missouri).

©️ Ted C. MacRae 2023