Preparing wildflower seeds using the stratification method

By Susan Harkins

Growing new native wildflowers from seed is inexpensive and satisfying if you really enjoy the hands-on approach. In Kentucky, most native wildflowers require some form of preparation, such as stratification or scarification. In this article, you’ll learn how to stratify your seeds, because it is the most common method required by Kentucky natives. 

Stratification, defined simply, is the act of creating layers. For our purposes, stratification is the process of breaking down a seed’s outer protection so it can germinate. Nature does a great job of this. When seeds drop to the ground, they overwinter in the cold, moist soil. The constant change in temperature and moisture works to grind or dissolve the outer covering. By spring, many of these seeds are ready for the warm spring weather and germination. Many Kentucky natives will reseed year after year without any human intervention. 

If you want more control, you can collect seeds and force the germination in flats, pots, and even milk jugs. But for most of the native seeds you collect, you can’t wait until spring to sow them — they won’t germinate until the next year, if at all.

How to prepare seeds manually using stratification

Sowing seeds outside is easy, but sometimes disappointing because Kentucky winters are often too mild to properly stratify your seeds. Some people force the issue by preparing their seeds in the refrigerator (don’t freeze them). Or, you can prepare the seed trays in November or December and leave them outside. Over the years (literally), I’ve learned the hard way that no single method produced better germination consistently. For that reason, I’m going to share the easiest methods: wet paper towels, sand, or vermiculite.

Using paper towels

This is a picture of seeds layered between moist paper towels.
Photo credit: Common License

Paper towels are cheap, but seeds often stick to the towel, which makes it difficult to remove the seeds for planting. Use two moist paper towels, layering the seeds in between, leaving lots of room between the seeds. Don’t fold the towels, doing so will clump your seeds, making it more difficult to separate them for planting. Instead of using two paper towels, you can use one and fold it over once. After preparing your seeds between the layered paper towels, slip the towels into a zip lock bag and seal it. Mark the bag with the date and species. Put the bag in the refrigerator and forget about it until it’s time to transfer to a planting medium.

If the stratification period is long, check occasionally to make sure the paper towels remain moist. Be sure to seal the zip lock bag or the contents will dry out quickly and the seeds will be useless. 

When you’re ready to plant, you can lay the paper towel out on your planting medium and cover lightly. There’s not need to separate seeds from the paper towel unless the seeds are clumped together.

Using sand

Sand is my least favorite method. It tends to dry out quickly and requires constant checking. It’s also difficult to remove the seeds for planting. You can spread the sand mixture by handfuls over your planting medium, but the sand just doesn’t offer the best control. If you try this method, use fine sand, add your seeds, place in a zip lock bag and place in the refrigerator. 

Using vermiculite

You can use vermiculite or even moist potting soil, but vermiculite retains moisture longer. This is my favorite method because it’s so easy to move the contents to your planting medium. I grab a handful and roll it back and forth in the palm of my hands so the seeds are positioned well. However, this method will consume more refrigerator space, but unless you’re dealing with dozens of species, you should be able to squeeze these bags in somewhere.  

If you have an extra refrigerator, you can skip a step. Prepare seed trays without holes with your planting medium, add your seeds, and stack them in the fridge. Keep an eye on them so the soil remains moist. Be careful not to overwater because the water will stand in the bottom of the tray. You might find that a spray bottle works better than watering. When the stratification period is over, you can remove the trays to a warmer area for germination. You’re completely bypassing that middle step of moving the seeds from the plastic bag to a plant medium, which can be tedious. 

Using nature

This is a photo of several seedling trays.
Photo credit: Common License

If you prefer to let nature do the work, you can prepare seed trays with your planting medium, spread your seeds, and set outside in a protected area, such as a patio or beside the house. Doing so provides protection from strong winter winds.

Be sure to mark your flats or draw a map so you know what’s germinating next spring. Use flats with holes so the water doesn’t stand in the flat, causing seeds to rot.  

Marking your trays can be difficult. I recommend an art paint pen because it’s more durable than even a Sharpie in the winter elements. A map is the most dependable because small mammals and birds will often eat your seeds and while doing so, displace your markers. 

Many growers have adopted the milk jug method. You cut the jug in half, leaving enough of a connection to create a flipping lid. Fill the bottom with your growing medium, close the lid, and secure it with waterproof tape. The jugs create little greenhouses. As warmer weather arrives, you can flip the lids back, add a bit of water as needed, and leave them open for the day. But be sure to secure the lids at night while the nights are still cold. Once the seedlings are ready to plant, you can move to seedling trays or small pots.

The one issue you have with any outdoor method is Kentucky’s unpredictable weather. The stratification period requires a temperature of 40 degrees or lower for the period. It can be difficult to get 90 days of those colder days in Kentucky.

In spring, you’ll be moving these jug seedlings earlier than usual because the seeds germinate earlier in the jugs. Once removed from the safety of the jugs, be prepared to protect your seedlings when the nights turn cold. For more information on this method read, How to turn a milk jug into a mini greenhouse by Emilie Grace Yochim.

Just try it

If this is all new to you, I recommend that you try more than one method, just for the experience. You might find that one method works better for you than another, although I have never found this to be the case. I use the easiest and least expensive method because some years I have a bumper crop and some years, I sigh and buy fill-ins from a nursery because the resulting crop is so pitiful. You might also find that some species germinate easier than others. It’s trial and error, but you will learn fast.

Most purchased seed packets will include the length of the stratification period. If not, you can usually find a resource on line with a quick search. My favorite resource is Growing and Propagating Wildflowers of the United States and Canada by William Cullina. You might have to look for a copy in book stores that sell used books, because it’s been out of print for a long time.

Propagating trees and shrubs from seeds can be done, but cuttings are quicker and easier. Look soon for an article on this method.  

Calling all Artists & Graphic Designers! Enter the Wildflower Weekend 2025 Logo Design Contest

If you are an artist or graphic designer, we would love for you to consider entering the Wildflower Weekend 2025 Logo Design Contest. This is an open design contest to come up with a logo for Wildflower Weekend 2025 (April 11-13 at Carter Caves SRP). The logo will be used on t-shirts, hoodies, and coffee cups, as well as on all publicity about the event. The submitted designs will be presented to the KNPS membership for voting and the winner will be awarded $200 and be recognized on the KNPS website.

In June of 2022, a KNPS member posted the image on the right on the KNPS Facebook group page of a t-shirt she had found in a thrift store. Asking among several longtime members, it turns out that in the 1990s, and into the early 2000’s, KNPS produced t-shirts for each Wildflower Weekend. The KNPS Board decided to bring back this great tradition for Wildflower Weekend 2023.

WW2023 logo

The Board asked KNPS vice-president Kendall MacDonald to design a logo for the 2023 Wildflower Weekend. The beautiful image she created featured the yellow trout lily (Erythronium americanum) with Cumberland Falls as the background. The image was used in all publicity for the event and was also featured on an adult t-shirt, a coffee mug, a kid’s t-shirt, and an adult hoodie that were available for sale in our KNPS Gear Shop.

For Wildflower Weekend 2024, the KNPS board decided to have a Wildflower Weekend 2024 Logo Design Contest. This was an open design contest to come up with a logo. We put out a call to artists and graphic designers who were members of the Kentucky Native Plant Society. We asked the designers to submit designs that incorporated either the great white trillium (Trillium grandiflorum) or the stinking Benjamin, a.k.a. red trillium (T. erectum) or both. These charismatic species are commonly found decorating the floors of the rich forests in the Natural Bridge/Red River Gorge area. We were thrilled when we received eleven gorgeous designs. The submitted designs were then presented to the KNPS membership for voting. After two rounds of voting, KNPS members selected the design created by Rick Mullenix.

Three-parted yellow violet (Viola tripartita)

Wildflower Weekend 2025 will be held at Carter Caves SRP in Carter County. The county is a hot spot of Viola diversity in Kentucky, with 13 species of Viola found in the county. One species of violet was selected to be the species around which the logo design will focus, the three-parted yellow violet (Viola tripartita). It is native to Eastern North America, being primarily found in the Southern Appalachian Mountains. The species is rare throughout its range, especially so in Kentucky where it has only been reported from Carter County.

V. tripartitia‘s preferred habitat is rich, mesic forests over calcareous rocks. It is a small perennial herb that has yellow flowers in the spring. It is distinguished from other yellow violets native to the area by having leaves that are wider than long and which have a cuneate base. The leaves are typically three-lobed though unlobed leaves are not uncommon and lobed and unlobed leaves can occur on the same plant.

The focus and star of the design must be Viola tripartita . If desired the artist can also include any (or all) of the other 12 species of violet found in Carter County. The artistic rendering must be botanically accurate and any stylized representations will be rejected.

Species of Viola found in Carter County, Kentucky

Continue reading Calling all Artists & Graphic Designers! Enter the Wildflower Weekend 2025 Logo Design Contest

From the Lady Slipper Archive: The Genus Viola (Violaceae) The Violets

The Lady Slipper newsletter of the Kentucky Native Plant Society has been published since the Society’s founding in 1986. We occasionally feature an article from a past issue. Wildflower Weekend 2025 will be at Carter Caves State Resort Park. Carter county is a hot spot of Violet (Viola) diversity in Kentucky, with 13 species of Viola found in the county. This article, from November 1992, is an in-depth look at the Violas of Kentucky. This article first appeared in Nov 1992, Vol. 7, No. 4. If you would like to see other past issues, visit the Lady Slipper Archives, where all issues from Vol. 1, No. 1, February 1986 to Vol. 39, 2024, can be found.

The Genus Viola (Violaceae) The Violets

by Landon McKinney, KSNPC

There are approximately 40 to 50 species of wild violets occurring throughout North America. Of these, twenty-two species and several varieties occur in Kentucky. Virtually every wildflower enthusiast knows a violet when he or she sees one. Beyond that, distinctions between the various species become quite confusing on occasion, even for the seasoned professional.

Amateur botanists and wildflower enthusiasts alike may assume that the classification of these pretty, little herbs is complete and that there is no question as to what constitutes a species and what does not. However, this belief could not be further from the truth. The violets are considered by many professional botanists to be one of the most difficult groups of plants to work with when producing a floristic treatment.

This problem is certainly not unique to the violets, as many other groups of plants are known to be problematic. We all have had difficulties in identifying a particular plant at one time or another. The wild fact is that the science of taxonomy (the classification of organisms into like groups) is not an absolute science.

Why are the violets so problematic? Well, there are several reasons. One reason is that many species exhibit a wide range of variability in their supposedly definitive characteristics. For example, you find a particular violet and proceed to identify it based on the manual or wildflower guide that you are using. After making a tentative identification, you notice that the description says that the leaves are pubescent (hairy) but as you look at your violet, you see no hairs. Could this be another species, maybe one that is not included in the manual that you are using? Possibly, but a likelier explanation is that you just happened upon a particular plant that is exhibiting an extreme end to a natural range of variation, and that sometimes, this particular individual has few or even no hairs on its leaves. Another reason is that most species, when in close proximity to each other, hybridize freely, and the hybrids produced may be quite fertile.

Now that I have muddied up the water so to speak, let me attempt to make the identification of violets as simple as humanly possible. First, the violets may be divided based on whether they are stemless or stemmed (see figures 3 and 4). The stemless violets have all petioled leaf blades appearing from the base of the plant. The stemmed violets have aerial stems from which petioled leaf blades appear (several species will also produce leaf blades rising from the plant’s base). Second, they may be further divided as to flower color and this gives us the following broad categories:

  • wild pansies
  • stemmed blue violets
  • stemless blue violets
  • stemmed yellow violets
  • stemless yellow violets
  • stemmed white violets
  • stemless white violets

The wild pansies consist of two species (Viola rafinesquii and Viola arvensis). They normally occur in yards or in cultivated fields. Their flowers are quite pansy-like except that they are much smaller. They are quite similar to the garden variety called Johnny-jump-up (Viola tricolor).

The stemmed blue violets consist of three species including the long-spurred violet (Viola rostrata), the american dog violet (Viola conspersa), and Walter’s violet (Viola walteri). While infrequent, the first two may be found in rich, mesic, wooded situations throughout the eastern portion of the state while Walter’s violet is considered rare and only known from Jessamine, Fayette, and Carter counties. This violet prefers a limestone substrate and, due to its low-growing or decumbent habit, it is easily overlooked.

The stemless blue violets are probably the best known while also being the most problematic of the violets. The common blue violet (Viola sororia) is highly adaptable to a variety of habitats and we have seen several forms that adapt very well to our lawns and gardens. One of the most striking of these is the confederate violet with its grayish-blue flowers. Other stemless blue violets include the tri-lobed blue violet (Viola palmata), the arrow-leaved violet (Viola sagittata var. saggitata), the ovate- leaved violet (Viola sagittata var. ovata), the marsh blue violet (Viola cucullata), the southern wood violet (Viola hirsutula), Eggleston’s violet (Viola septemloba var. egglestonii), the Missouri blue violet (Viola sororia var. missouriensis), and the ever popular birdsfoot violet (Viola pedata). There are numerous other names of species that may be found in various manuals; however, these are either not found in the state or are now considered as minor variations of one of the above species.

The stemmed yellow violets include one of our most common woodland species, the smooth yellow violet (Viola pubescens var. eriocarpa). One unique characteristic of the smooth yellow violet is the fact that, after flowering, the seed capsules are either woolly or glabrous (hairless). I have never seen this character mixed in any one population as each population appears to have plants of one kind or the other. Nor have I ever been able to figure out, based on other characteristics such as habitat, which capsule type any given population will have. Another stemmed yellow violet considered rare in Kentucky is Viola tripartita, a woodland species known only from several counties in the eastern portion of the state. One of our prettiest violets is the halberd- leaved yellow violet (Viola hastata). While not always the case, the often mottled appearance of the leaf blades adds to the striking appearance of this species. It, too, is confined to rich, wooded situations in the eastern portion of the state.

We have only one stemless yellow violet. The round-leaved yellow violet (Viola rotundifolia) is confined to the eastern portion of the state and is our earliest blooming species. Its thick, leathery, rotund leaves lay prostrate on the ground and may be found in rich, wooded situations.

The stemmed white violets consist of two species, the Canada violet (Viola canadensis) confined to rich, wooded situations in the eastern half of the state, and the white violet (Viola striata), one of our more common species which seems to prefer alluvial or floodplain forests throughout the state. Although white flowered, Viola striata is more closely related to the stemmed blue violets than it is to the Canada violet.

The stemless white violets consist of three easily distinguished species such as the lance-leaved violet (Viola lanceolata) and primrose-leaved violet (Viola primulifolia), both of which love bogs, marshes, and wet meadow situations. The sweet white violet (Viola blanda), loves cool, moist, wooded situations and is mainly confined to the eastern portion of the state.

While being somewhat brief, I hope I have provided a greater understanding and a deeper appreciation for these lovely little herbs. The violets have a long history of use by man, especially in Europe. They are widely grown as ornamentals and our wild violets are used in a variety of ways as food. The leaves may be eaten raw and make an excellent nutritional addition to any fresh garden salad. The flowers may be candied for another delightful treat. Overall, the violets are quite an interesting group of plants and well deserve our attention and appreciation. Come next spring, take a closer look at these little herbs, appreciate their color, intrigue yourself with their subtle differences, and just enjoy. By the way, if you would like to see more than half of the above species in one day, plan a trip to Natural Bridge State Park next spring and walk the Rock Garden and Hood’s Branch trails. While these trails provide one of the best overall spring floral displays in the state, they also provide the only place that I know to see this many species of violets in such a short period of time.

KNPS 2024 Fall Meeting at Bernheim Arboretum & Pine Creek Barrens

On Saturday, October 19, 2024, over 30 KNPS members and friends came together for a day of botanical education and exploration at the Bernheim Forest and Arboretum & Pine Creek Barrens Nature Preserve.

The day began in the the Sassafras Room, located in the Bernheim Arboretum Visitor Center, with updates from KNPS leadership on the Society’s activities in 2024 and plans for 2025. Following the updates the group enjoyed two talks. The first talk was Boo! Botany that goes Bump in the Night by KNPS Vice-president and Office of Kentucky Nature Preserves Botanist, Kendall McDonald. In a nod to the season, Kendall gave a fun and interesting presentation on poisonous, carnivorous, and parasitic plants found in Kentucky. Following Kendall, Tyson Gregory, KNPS member and Director of Programs for Trees Lexington, presented Ethical Seed Collection. His presentation was chock full of tips and information on collecting native plant seeds ethically and responsibly. You can download both of these presentations by clicking on the images below.

After lunch, the group carpooled to Pine Creek Barrens Nature Preserve for a field trip. Pine Creek Barrens is considered one of the finest examples of limestone/dolomite barrens complex in Kentucky. This open woodland with a prairie-like ground cover hosts a diversity of native glade flora. Besides the glade, other natural communities at Pine Creek Barrens include the dry upland woods which surround the glade. On the southwest boundary, scenic Pine Creek flows through a beautiful mesic ravine forest lined with small limestone cliffs.

At least eight rare and endangered plant species have been identified at the nature preserve, including the globally threatened glade cress (Leavenworthia exigua var. Laciniata), which has adapted to grow in small depressions on the exposed bedrock. This plant is found only in select areas in Bullitt and Jefferson counties.

Because of the size of the group, we split into two groups and went in opposite directions on the loop trail. One group was led by Alan Abbott, KNPS Field Trip Coordinator, and the other group was led by Tyson Gregory. The weather was great and the lovely fall color was just starting to make an appearance. We enjoyed a diversity of native plants in the various habitats. We observed three species in bloom that are rare in Kentucky, prairie gentian (Gentiana puberulenta), Great Plains ladies-tresses (Spiranthes magnicamporum), and barrens silky aster (Symphyotrichum pratense). Kendall also showed the group a rare lichen, Dermatocarpon dolomiticum. This lichen doesn’t have an “official” common name but Kendall calls it “tumbleweed lichen” for its habit of lifting itself loose from the flat dolomite rock surfaces it grows on and spreading via flowing water and wind.

From the Lady Slipper Archives: The Slender Lip Fern in Kentucky

The Lady Slipper newsletter of the Kentucky Native Plant Society has been published since the Society’s founding in 1986. We occasionally feature an article from a past issue. This year’s Fall Meeting will include a hike at Pine Creek Barrens Nature Preserve in Bullitt county. This article, from the fall of 2014, is about a rare species of fern, the slender lip fern, Myriopteris gracilis, found only in Kentucky in Bullitt county. The location of this fern is along Cedar Creek, in similar habitat to Pine Creek Barrens, and is about a mile away as the crow flies. This article first appeared in the fall of 2014, Vol. 29, No. 3. If you would like to see other past issues, visit the Lady Slipper Archives, where all issues from Vol. 1, No. 1, February 1986 to Vol. 39, 2024, can be found.

The Slender Lip Fern in Kentucky

by James Beck

A single low dolomite ledge near Cedar Creek in Bullitt County harbors one of the most unique plant populations in Kentucky. At a distance this might appear to be a population of the hairy lip fern, Myriopteris lanosa (Michx.) Grusz & Windham, a species known from >20 Kentucky counties. Most will probably know M. lanosa as Cheilanthes lanosa (Michx.) D.C. Eaton, a species recently transferred (along with most North and Central American species of Cheilanthes) to Myriopteris (Grusz and Windham 2013). However, closer inspection will reveal that these Bullitt Co. ferns have smaller, nearly beadlike ultimate segments that are densely hairy underneath, keying clearly to the slender lip fern, Myriopteris gracilis Fée (Cheilanthes feeii T. Moore), in either Jones (2005) or Cranfill (1980).

As the only known M. gracilis locality in the state, this small population would warrant considerable attention. Further investigation would reveal, however, that it is also one of three highly disjunct populations of this species in the eastern United States. The slender lip fern is widespread in the western and central U.S., common on calcareous rock outcrops from British Columbia south to northern Mexico, from southern California east to the Ozark Plateau and the upper Midwest’s “Driftless Zone” (Windham and Rabe 1993). The Bullitt Co. population, discovered by Clyde Reed in the early 1950s, represents a ca. 200 km disjunction from the nearest populations in southern Illinois (Reed 1952). The other two eastern disjunct populations are in southwestern Virgina (Wieboldt and Bentley 1982) and Durham Co., NC (Rothfels et al.

2012). These Kentucky, Virginia, and North Carolina populations add to what is already a remarkably large geographic range, a surprising level of geographic success considering that M. gracilis is exclusively asexual. The slender lip fern undergoes a modified meiosis that produces unreduced spores, which germinate and produce free-living unreduced gametophytes that then develop into adult sporophytes through mitosis. Because they bypass both recombination and the fusion of gametes, asexual species like M. gracilis are essentially genetically “frozen” line-ages, with minimal opportunity to create new genetic variation. Sex and recombination are traditionally thought of as necessary for maintaining the variation needed for adaptation, and asexual species are generally considered incapable of long-term evolutionary success. However, M. gracilis is one of a number of asexual species that occupy wider ranges than their sexual relatives. Although these big ranges could perhaps indicate success over shorter evolutionary time scales, they could simply be biogeographic illusions. As a polyploid (triploid), M. gracilis could have been derived from a sexual ancestor repeatedly over time. As a result, its broad dis-tribution could represent a single, successful lineage or a composite of several geographically smaller lineages formed at different times.

This research question is the focus of my graduate student David Wickell’s M.S. thesis at Wichita State University, and we have spent the 2013 and 2014 field seasons collecting M. gracilis across its wide range. That is what brought me to Cedar Creek this July – the chance to visit the disjunct Kentucky population and add it to our growing genetic dataset. On the long drive east from Wichita I prepared myself for disappointment, however. Although Reed noted that plants were “quite frequent” in his original publication, by 1980 Ray Cranfill noted only “three or four adult individuals.” These plants were presumably the ones observed and photographed by Richard Cassell and the Kentucky State Nature Preserves Commission’s Deborah White in 1994, although subsequent visits failed to relocate this population. On my visit I had the good fortune of working with KSNPC’s Tara Littlefield, and within 10 minutes she led me right to the plants! The population was healthy and sporulating but still quite small (nine adult individuals), and thorough searches of numerous nearby ledges failed to locate additional plants. Photos, geographic coordinates, and habitat notes were taken, along with a tiny amount of leaf material from one plant. DNA extracted from this material will be analyzed along with 94 samples from 20 states collected by myself, my student David, and several collaborators. From each plant we will obtain a kind of genomic “fingerprint,” and the relative genomic distinctiveness of each plant will allow us to determine how many lineages are found across M. gracilis‘ range. The logic is straightforward; individuals from the same lineage are asexual clones of one another and should be essentially genetically identical. On the other hand, individuals from different lineages should exhibit considerably higher levels of genomic distinctiveness. Data from our 95-individual dataset should clearly distinguish between the two alternatives discussed earlier: that of a single successful asexual lineage, or that of many restricted, less successful lineages. The status of the KY and VA (also visited in July) populations will be particular interest. Do these two populations represent the same asexual lineage, suggesting a sort of “stepping” stone colonization? Or do they belong to different lineages, suggesting that M. gracilis was once more widespread and diverse in eastern North America?

Whatever secrets M. gracilis holds, the opportunity to visit a truly unique piece of the Kentucky flora was one this native Kentuckian will remember. Special thanks go to the KSNPC for permission to conduct sampling, to Tara Littlefield (KSNPC) for showing me the site, and to Richard Cassell, Ray Cranfill, Ron Jones, and Deborah White for insightful correspondences

Cranfill, R. 1980. Ferns and Fern Allies of Kentucky. Kentucky State Nature Preserves Commis-sion Scientific and Technical Series, no. 1. 284 pgs.

Grusz, A.L., and M.D. Windham. 2013. Toward a monophyletic Cheilanthes: the resurrection and recircumscription of Myriopteris (Pteridaceae). PhytoKeys 32: 49-64.

Jones, R.L. 2005. Plant Life of Kentucky. The University Press of Kentucky. 834 pgs.

Reed, C.F. 1952. Notes on the ferns of Kentucky, III. Cheilanthes feei on Silurian limestone in Kentucky. American Fern Journal 42: 53-56.

Rothfels, C.J., E.M. Sigel, and M.D. Windham. 2012. Cheilanthes feei T. Moore (Pteridaceae) and Dryopteris erythrosora (D.C. Eaton) Kunze (Dryopteridaceae) new for the flora of North Carolina. American Fern Journal 102: 184-186.

Wieboldt, T.F., and S. Bentley. 1982. Cheilanthes feei new to Virginia. American Fern Journal 72: 76-78.

A tribute to my friend Max Medley. May he rest in peace.

By Dwayne Estes

Max standing alone observing a remnant limestone savanna and glade along I-59 near Fort Payne, Alabama, June 2018. Photo courtesy of Dwayne Estes

We have lost one of the most gifted botanists of the past 100 years of the southeastern U.S.

I knew of Max many years before I met him. I heard of him from other professional botanists while I was just a graduate student. Some painted a picture of Max as a reclusive, unkempt, disheveled botanist who had been down-and-out for a long time and who had given up his large private collection of 17,000 plant specimens. I had seen his unpublished PhD dissertation which was well over 1,000 pages and multiple volumes and had always admired his work long before I met Max and became his friend.

But the Max I first met in July 2009 was hands-down one of the most brilliant and gifted botanists I’ve ever had the privilege to know. In spite of the very real challenges he faced, I was truly a fan of Max and I loved him, although I’m sad to say, I wasn’t there for him. Max, to those who know him, was a complicated man. But I wanted to share a few select stories from some of my remembrances of him.

Continue reading A tribute to my friend Max Medley. May he rest in peace.

2024 KNPS Fall Meeting, Oct 19, Bernheim Arboretum

When: Saturday, Oct. 19, 10:00 am – 4:00 pm EDT
Where: The Sasafrass Room in the Bernheim Arboretum Visitor Center, Clermont, KY

Mark your calendars and plan to meet up with other KNPS members and friends as we head to the Bernheim Arboretum for the Society’s 2024 Fall Meeting, on Oct 19th. We will meet in the Bernheim Arboretum Visitor Center in the Sassafras Room. If you want to learn more about KNPS, meet other Kentucky native plant enthusiasts, and learn more about the native plants of Kentucky, then the KNPS Fall Meeting is for you!


Schedule of Events

All times are Eastern Daylight Time

Morning Session, 10:00 a.m. – 12:00 noon

We will meet in the Sassafras Room which is located in the Bernheim Arboretum Visitor Center. The session will begin with an update from KNPS leadership on the Society’s activities in 2024 and plans for 2025. After the update, we will have two talks on plants native to the area and the special plant communities they are part of.

10:00 a.m. – 10:45 a.m. – Welcome and KNPS Updates – KNPS Board

10:45 a.m. – 11:00 a.m. – Open Discussion from the Group
Ask the KNPS Board questions or express thoughts and ideas you have about KNPS

11:00 a.m. – 11:30 a.m. – Boo! Botany Goes Bump in the Night! – Kendall McDonald
Join KNPS Vice President and OKNP botanist Kendall McDonald as she shares about Kentucky’s creepiest botanical wonders. The plant world is full of fascinating adaptation, and sometimes it can make your skin crawl! There’s no need to fear, all guests will be safe from poisonous blooms, carnivorous botanicals and parasitic plants! Oh my!

11:30 a.m. – 12:00 noon – Ethical Seed Collection – Tyson Gregory
Join KNPS member Tyson Gregory as he teaches us about ethical seed collection in the world of foraging and conservation.

Lunch, 12:00 noon – 1:00 p.m.

12:00 noon – Lunch is on your own. You can get lunch at Issac’s Cafe in the Visitor Center or bring your own lunch. We will eat together in the Sassafras Room.

Afternoon Walk – 1:00 p.m. – 4:00 p.m.

1:00 p.m. – 4:00 p.m. – Pine Creek Barrens Nature Preserve – Alan Abbott
2 miles. Easy, but rocky (possibly muddy). Participants will need to drive/carpool to site.

Join Kentucky Native Plan Society member Alan Abbott on a tour of Pine Creek Barrens Nature Preserve in Shepherdsville. The preserve is considered one of the best publicly-accessible examples of Kentucky limestone/dolomite barrens. Expect to see a number of plants that are uncommon or rare in Kentucky, including Barrens Silky Aster (Symphyotrichum pratense), Great Plains Ladies tresses Orchid (Spiranthes magnicamporum), and Stiff Gentian (Gentianella quinquefolia var. occidentalis). The hike is about 2 miles and can be rocky and muddy. However, there’s very little change in elevation. Even though it’s late in the growing year, plan for ticks and bring plenty of water. Alan Abbott is the Field Trip Coordinator for Kentucky Native Plant Society. He lives in Louisville and, if anyone asks, his favorite plant is American Columbo

If you have any questions, send an email to KYPlants@knps.org


Register for the Fall Meeting

This event is open to KNPS members and friends alike. There is no cost for the event, but in order to plan effectively, we are requesting that folks pre-register for this event. If you are likely to attend, please fill out this form. Thanks, hope to see you there!