Lilium Bulbs

Digging Lilium Bulbs

This week I’ve been digging up lilium bulbs. Some will be replanted in my gardens and some will go to other people.

These are Scheherazade Oriental Trumpet lilies. They’ve been in the same place for a decade. These bulbs produce flowers that range from 5 feet to 7 feet high.

The group on the left are oversize and in need of division. When they are this big and this close together, they compete for nutrients and are stunted in growth. I will pry apart the three bulbs on the left and re-plant them, giving them more space.

–By Kim Peterson

Lilium Diseases

Botrytis in Lilium in St. Louis

In the past week I’ve seen disease in lilies in my St. Louis garden. It may be botrytis, a fungal disease that lives in ground soil and, when weather conditions are right, it attacks lilies and other susceptible plants. Due to our long, cool spring of 2015 I believe the fungus has made an appearance in my garden.

Botrytis disease on lilies is characterized by brown spots on leaves and buds. So far, all of the lilies affected in my garden have shown the disease in their wilted tops. The top 2” – 4” flops over from diseased stem. It is smaller lilies less than 1’ high that are showing signs of this disease. All of my bigger lilies at 3’ – 4’ look healthy. So far, anyway!

Another factor that may contribute to this possible botrytis disease is lack of sunshine. I am seeing these wilted lily tops in my garden with a fair amount of shade. Lilies in other locations, those in full sun, all look completely normal and healthy.

A fungicide treatment will stop the spread of botrytis. To prevent continued infection, all leaf and stalk debris should be picked up in the fall. Lily bulbs themselves are not infected by the botrytis fungus, so it is unnecessary to throw the plant away.

Are other St. Louis residents seeing brown spots on lilies? How about wilted tops? Please comment and let me know how this cool spring is affecting your lilies.

B & D Lilies, a large grower of lilies in the Western United States, gives thorough advice about combating botrytis here: http://www.bdlilies.com/whatisbotrytis.html

–By Kim Peterson

Education Meetings

MARLS Flower Design Class a Success

On March 14, 2015 nine enthusiastic student designers made wonderful flower arrangements in a hands-on design class lead by Jean Morris at Barr Branch Library. The Mid-America Regional Lily Society sponsored the class.

The goal of this class was to show how anyone can use a few basic principles to create a harmonious and balanced flower arrangement.

Completed harmonious and balanced design

Jean Morris, who is a well-known iris expert and plant educator, taught the class. Jean’s work with the iris and daffodil societies has made her a superb teacher of simple design used in flower society shows. She enthusiastically recruits new designers for shows through her talks about design. She showed that a simple approach using “papa bear, mama bear, and baby bear” placement of plant materials produces a harmonious and balanced creation. This design principle works with a variety of flowers and plant materials. It is a great basic approach to design competitions.

Jean Morris instructing students about Line material

Before starting design work, Jean showed everyone a few simple pieces of equipment that designers should have on hand. A low container with a wide opening is always easy to work with. To hold plant materials, use needle holders, foam, or aqua holders. Be sure to buy “wet” foam made for fresh flowers! It needs to be soaked for a few minutes before placing in container. “Stickum” is an essential tool for keeping holders in place; just make sure that your container is clean and dry. All of these materials can be purchased at Michael’s or Hobby Lobby.
 
When entering flower shows, pay attention to the show schedule. It lays out the rules for the show. Each design will be staged in a specific way, and that determines the measurements of your design. If the show provides a background of 32″ high, your design may not exceed that height. Some shows stage designs on individual tables or on pedestals.

Each class in a standard flower show is made up of four entries. A designer can enter only one design in each class. The classes all have different themes and design objectives. Read the schedule carefully and follow the directives in it.
 
Jean talked about the classes she has planned for daffodil and iris shows this spring. All sounded challenging and fun! And fun is the point of a design show–stretching your creative brain is enjoyable!

Judges of the design competition look for several things. Here are some tips: white containers are generally not used because they detract from flowers. Plant material should be fresh and unblemished. Containers should be clean and free of debris. Containers in unusual shapes and textures add interest to the overall design.
 
Most importantly, judges look for a pleasing design that demonstrates balance, appropriate proportion, scale, rhythm, dominance, contrast, and unity.
 
After this introduction, Jean demonstrated the first step in making a design. Designers use three pieces of plant materials to create the “line.” “Papa bear” (or sky) is the tallest element in the design. The student designers in this class used myrtle. Jean showed how mother-in-law tongue from her houseplants works beautifully as another kind of line material. Next the “mamma bear” line, shorter than the first, goes in to the side of the first piece. Finally, “baby bear” is placed on the other side, shorter than the other two pieces. All of these should be placed as though they are coming out of the same center.

Linda Blake, Robbie Blake, and Dorothy Lockhard
placing line materials in their designs.

Next, place three flower stalks in a way that repeats the line. The tall flower should be the smallest. The middle flower should be a little bigger. The shortest and largest flower should be placed at the bottom of designs to show a careful balance to the design.
 
Several of the student designers practiced placing line materials in a variety of ways, evaluating the differences, and seeing which placement was best.
 
The next step is to add additional flowers, if desired. Small flowers of a different variety, and in a contrasting color or texture, add visual interest. But additional flowers may not be necessary—spare, elegant designs that show off each piece of plant material can be compelling.

Nearly completed designs

The final step is to add small greenery around the bottom of the design to hide mechanics of the foam or pin holder.
 
It was remarkable that each student produced a lovely, distinctive design, with all using the same kind of orange lily and myrtle! This result shows the creativity inherent in each person. We all bring unique ideas and views to the task of making a flower design.

Pat Kelley and Mary Ann Campbell
with their completed designs.

The Mid-America Regional Lily Society would like to thank Jean Morris for the great presentation on flower design. We hope that students in the class will practice their skill and will enter an upcoming daffodil, iris, or lily design competition!
 
Jean Morris’ complete tutorial can be found on the website of the American Iris Society at this link: http://www.irises.org/Member_Services/ais-toolbox-design-tutorial.html 

–by Kim Peterson 

Tribute

Sad News for MARLS Charter Member

'Yelloween' Lilium

Our MARLS founding member Fred Winterowd, passed away peacefully on Tuesday, August 12th.  Fred was our mentor, teacher, friend, and an outstanding person.  We will miss him greatly.  Please remember his wife Jean, and their family, in your prayers as they struggle with this tragic event. 

A memorial service will be held, in Fred’s honor, at 2:00pm on August 30, 2014 at New Horizons Presbyterian Church located at the following address;

    9424 Everman Dr., Overland MO 63114

Please send thoughts and tributes of Fred to Jean Winterowd at the following address;

   10099 Midland Blvd., St Louis, MO 63114

NALS Convention

Our first morning at the 2014 NALS Convention

This year we attended the North American Lily Society Convention in Bloomington, MN.  Being my second NALS convention, I was really looking forward to the exciting events and garden tours.  We arrived late on Wednesday, July 9, 2014, but made sure to get-up early for the NALS convention check-in on Thursday morning.

NALS Convention Check-in Counter
NALS Convention Registration Counter

The very friendly and helpful Jeanne Bauer was at the registration counter in the Hilton MSP Airport, Bloomington, MN and gave us our name badges, convention material and pointed us towards the Lily staging room.

In the Lily staging room, we once again found our Mid America Regional Lily Society member, Kim Peterson, working hard to prepare her flowers for display in the Horticulture Division at the Lily Show.  As Kim’s flowers soaked-up water from the long ride to Minnesota we looked around the Lily Show staging room.

Lancifolium Lilium
L. lancifolium that Kim was preparing for Horticulture Exhibition

As we looked around the room, we found an amazing assortment of Lilium soaking-up water and in various stages of preparation for the Horticulture Division at the NALS Lily Show.

Horticulture Entries for 2014 NALS Show
Horticulture Entries for 2014 NALS Show
Horticulture Entries for 2014 NALS Show

This beautiful display of gorgeous Lilium in a bucket were used to create the First Place entry for Class 4: Kansas City Royals in the Design Division.


Class 4: Kansas City Royals entry
Class 4: Kansas City Royals entry


The Design Exhibitors were working hard to create extraordinary Designs for the NALS Show.

Design exhibitors preparing for NALS Show
Design exhibitors preparing for NALS Show

We spent an amazing few hours that morning among the Lilium in the NALS staging room.

–By Lynn Slackman

Dedication Award

2014 Volunteer Dedication Award

Lynn Slackman with awards vase

Every year the Missouri Botanical Garden honors it’s volunteers with a nice reception and awards event.  This year the Dedication Award was given to Lynn Slackman, past President of the Greater St Louis Daffodil Society, current Marketing/PR Chairperson for the American Daffodil Society, and active member of the Mid America Regional Lily Society.

The Dedication Award is bestowed to a volunteer who comes in on a regular basis each week and is conscientious about the tasks performed, accepting assignments that are not major undertakings but are essential to the program.

The following write-up was read by Lynn’s horticulture supervisors, Sophia Warsh and Sara Murphy, at the awards ceremony;
Lynn volunteers in the North Gardens and is also a Garden Docent.  She has been a Garden volunteer for 18 years.  In the Bulb Gardens, Lynn has worked specifically on the annual labeling of the Lilium collection.  Because of her in-depth knowledge of lilies, she is one of the only volunteers who can assist in this capacity.  She has also helped with transplanting lilies and has introduced new techniques for staking lilies and other bulbs.  Lynn is thoughtful and inquisitive and has been especially supportive of some of the new collections development projects that demand a lot of prep work before the results are apparent.  She is the official Chair for the 2016 World Daffodil Convention that will take place in St. Louis.  Lynn’s wide-ranging activities make her a great Garden ambassador.

Lynn was surprised and honored to receive this prestigious award, and looks forward to continuing her volunteer efforts at the Missouri Botanical Garden.

Parks Department

Lilium Planting at Jewel Box

On October 12th, 2013 members of the Mid America Regional Lily Society, the Parks Department, and Flora Conservancy of Forest Park joined together to further beautify a St Louis Treasure – The Jewel Box.

Members of all three groups worked together to plant 250 Lilium bulbs near the reflecting pools in front of the Jewel Box. They selected the following four varieties that will add color and beauty to the area;

 ‘Crimson Pixie’ an Asiatic Lilium,
 ‘Royal Sunset’ a Longiflorum/Asiatic Lilium,
 ‘Conca d‘or’ an Oriental/Trumpet Lilum,
 ‘Scheherazade’ another Oriental/Trumpet Lilium

Bob and Mary Lou Snider is with Tina Rein, Forest Park Garden Coordinator,
admiring signage for the new planting area.

All the Liliums are lined-out and ready to be planted in the new flower bed.

Members of Parks Department are preparing to plant the new Lilium bulbs
Members of Parks Department are preparing to plant the new Lilium bulbs.

After the Lilium bulbs were planted the volunteers also planted 50 daffodils
for additional beauty and interest in the newly planted area.

MARLS members Pam and Marti congratulating each other on a job well done.

Don Kelley presented Tina Rein, Forest Park Garden Coordinator,
and Annabeth Weil, of Flora Conservancy,
bouquets as our appreciation for their hard work in completing the initial planting.

It was a privilege to work with local groups on this beautification project. MARLS provided the Lilium bulbs and planting guidelines at the initial planting. Members of MARLS will also provide continued observations, as well as end-of-year cleanup.

NALS Convention

Multiplying Martagons Easily

Red Martagon Lilium

Our third presenter at the 2013 NALS Convention was Dr. Ieuan Evans, who grew up on a small farm in a Welsh speaking fishing community.  He graduated from the University of Wales and then completed his PhD in plant diseases at the University of Florida in 1969.   He has worked in agriculture in Ontario and Alberta and continues to work full time.  Dr. Evans has been growing lilies since 1996 on acerage at Spruce Grove, Alberta.

Martagon lilies are usually hybrids between Lilium Martagon and several related species.  With the related species be native to Central Europe, Siberia and Mongolia.  The most common crosses are between Lilium Martagon (white, maroon, and spotted forms) and the yellow L. hansonii or orange L. tsingtauense.  L. Martagon will cross with the North American L. kellogii and with Asiatic lilium via tissue culture.  The Asiatic crosses are called martasians.

In nature all the martagon species typically grow in very cold climates, such as those that go to 40 degrees below.  They seem to tolerate acidic to alkaline soils and grow well in full sun to very heavy shade.  They usually do well in an East facing location where shade begins at 2pm each day.  Martagons do well in lightly wooded areas and are good companions for ligularia, fiddle head ferns, hemp nettle, and wild raspberries.  In the open garden, Martagons seem to thrive on heavy applications of peat moss (1 to 2 inch layer) used as mulch to also help control annual weeding.

Dr. Evan’s martagon crosses range from 3 to almost 9 feet tall when grown under light shade.  Their colors come in every color and shade except blue.  Once they are established in the garden, they can virtually be left forever.  On Martagon bulb in a favorable location will double every couple of years.  In 6 – 7 years you should have a vigorous clump of thriving lilies.  Martagons do have the habit of not emerging every year, but they will stay healthy underground and emerge the next year.

Pink spotted Martagon

How do I multiply my Martagons?

Patience in growing Martagons

Buy 5 – 10 martagon bulbs in early September and plant them immediately, at a 5 inch depth, in well-drained soil.  Plant them at different locations in your garden…some in half shade.  Spring planting is only successful when you purchase pot grown plants.  Martagons planted during spring will probably not flower or emerge above ground.  If they like your planted location, you should have a nice clump of martagons during the next 5 -10 years.  In some gardens and locations Martagons are slow to multiply and grow.

Rapid Martagon Multiplication

If you are already growing martagons and purchased bulbs during September consider scaling.  Scaling is a procedure of removing the outer scales of a martagon bulb and effectively reduces the size of the original bulb by up to 50 percent.

a)  Plant the original scaled bulb 5 inches deep and at the two inch level in the planting hole, after filling the first 3 inches, place the martagon bulb scales.  These scales will form bulblets, overwinter and emerge as seedlings around the original bulb.  If you scale and plant during October or November, the scales will form bulblets, but will not emerge until the following year.  Usually 19 – 20 months after planting.

b)  You can also plant the scales 2-3 inches deep, in carefully marked rows because the emergence of the scales my skip a year.  Weed the row, but don’t dig it.  If you have heavy clay soil, you may consider filling the top 2 inches with potting soil or a coarse mixture of peat, perlite and vermiculite.

c)  The Evans Method.  Dr. Evans scales his selected bulbs in September.  Places the scales in peat moss that is in clear plastic containers with tight lids.  Each plastic container will hold a pint of peat moss.  He puts 3 layers of scales into the peat moss container, numbering from 10 to 30 scales depending on the size of the scales.  The peat moss should be barely moist.  Moisten the peat moss the day before you use it.  After putting the scales into the peat moss place a lid on top and label it.  The scales will not suffocate because the plastic allows the entry of oxygen.

The peat moss will protect the scales from fungi and bacteria.  The containers should be kept at room temperature until New Year’s Day.  At that time the scales should have formed bulblets.  These bulblets won’t grow until they have been vernalized (given a prolonged cold period at around 32 degrees for 3 – 4 months.  This is accomplished by placing the containers into the coldest part of a spare refrigerator space.  Do not worry if the containers freeze in the refrigerator.

d)  If you do not have plastic containers, you can use small ‘ziplock’ bags and follow the Evans Method discussed above.  Plant the mass of roots, scales and bulblets produced as described below.

In late April or early May plant out the containers.  Dump out the peat moss and scales into your hand and place the mass of scale, bulblets, and roots directly into a 4 inch deep hole in your garden.  Then cover with sandy loam soil, sand or potting soil mix.  If you pull the scales and bulblets apart, they will grow very poorly. 

In a few weeks you will see the emerging bulblets.  These are new martagons that you can dig and separate in a few years (always in September or earlier).  Dr. Evans planted over 100 new varieties using this method and his success rate was 95 percent with first flower in 1 – 3 years.

Growing Martagons from seeds

Pink Martagon stem

If you are already growing Martagons, collect the seeds during August for September before the pods shatter.

a) Sow the seeds immediately into the ground about 1 inch deep.  Water in, and if you have a mild autumn the tiny martagon seedlings will emerge in May.  With care and weeding, you should have flowering martagons in 3 -7 years.

b) You can also use the Evans Method for scales, but place 50 – 200 seeds per container.  Follow the Evans Method outlined previously and place the container contents into 4 inch holes and cover with an inch of potting mix.  The seedlings will emerge like blades of grass in a couple of weeks after a 3 month chilling period in late April or early May.

c) You can also collect your seed and scatter it in shady or scrubby areas of your garden.  In a few years you will notice martagons popping up everywhere.  Dr. Evans has martagons through his wood lot, under trees and shrubs, and some are flowering at the edge of a poorly kept lawn.

— Lynn Slackman

NALS Convention

Korean Martagon Lilies, Ancestry of the genus Lilium

Ki-Byung Lim, at 2013 NALS Convention
Ki-Byung Lim

Our second presenter at the 2013 NALS Convention was Ki-Byung Lim,  Associate Professor of Department of Horticultural Science Kyungpook National University, Republic of Korea.
The following five species of Martagons, found in Korea,  were discussed;

Lilium hansonii
Lilium hansonii

Lilium hansonii is the most primitive and native to East Siberia, Korea and Japan.  This lily is a vigorous early–flowering stem–rooting true lily.  It has elliptic to inversely lanced–shaped leaves, which are pale green, up to 7 inches long and carried in whorls of 12–20 leaves.  In early summer they produce racemes of up 10–14 small, nodding, fragrant, flowers with recurved  tepals of a brilliant orange–yellow.  The tepals are fleshy and show purplish–brown spots near the base.  This lily grows to 3 – 5 feet in height.

L. hansonii is named for Peter Hanson (1821–1887), a Danish–born American landscape artist who was an aficionado of tulips and also grew lilies.

Lilium tsingtauense
Lilium tsingtauense

Lilium tsingtauense (also known as “Twilight Lily”) is a species of lily native to East China and Korea. It is a medium sized herb that grows as a single stem from a scaly bulb.  The ovoid bulb is pale yellow and has jointed scales.  It has smooth, inversely Lance-shaped, lanceolate leaves, about 13 cm long and mostly in 2 whorls. This lily plant bears loose umbels of 6 (but may be up to 15) upright, unscented, shallow trumpet-shaped flowers, that blossom under partial sunlight. The blooms appear in midsummer and are orange or reddish-orange with maroon spots. The plant grows to a height of about 70–100 cm tall.

L. tsingtauense was named for the city of Tsingtao (Qingdao) in The People’s Republic of China.

Lilium miquelianum
Lilium miquelianum

Lilium miquelianum is native to Korea and found on JeJu Island.  This plant has an irregular petal distribution and is not regarded as a pure martagon species, but a complex naturally occurring cross involving L. tsingtauense, L. distichum and perhaps more. The near outfacing aspect and the lack of horizontal geometry makes it something other than L. tsingtauense and the gap at the bottom gives is a feature from L. distichum.   The bulb is pale white and not jointed, like L. tsingtauense.

Lilium distichum
Lilium distichum

Lilium distichum is a herbaceous plant of the lily family which is native to northeastern China and Korea where it flourishes among shrubs and in forests.  It grows from 2–4 ft. (50–120 cm) tall. The stem is cylindrical and slender with a single whorl of leaves mid–way up the stem. It also has much smaller oval leaves sparsely alternating on the upper stem.  The bulb is not jointed, which is similar to L. tsingtauense.

The flowers are yellow–orange or orange–vermillion with the petals spotted in purple, somewhat ‘flatfaced’ in appearance with irregular distribution of petals around the face of the flower forming a fan shape. The tips of the petals are reflexed with 2–10 flowers carried on an inflorescence during the July and August timeframe.

The name distichum refers to the two types of leaves the plant carries. 

Lilium medeoloides
Lilium medeoloides

Lilium medeoloides is an upright herb of the lily family native to Eastern Siberia, North China, The Korean Peninsula and Japan where it grows in forests and on grassy and rocky subalpine areas.

It has stem rooting and sports lanceolate stalk less leaves about 12 cm long which are arranged in one or two whorls on the lower part of the stem with odd leaves on the upper part of the stem. The stem is hollow. The plant produces short racemes where up to 10 scentless, apricot to orange-red, Turk’s-cap style flowers of 4.5 cm with dark spots and purple anthers. The whole plant grows to 40–80 cm.

Because the leaves are in whorls, L. medeoloides is called Kurumayuri which translated as “Lily with wheels”.   It´s closely related to L. martagon and L. distichum.

From the five species discussed above, 81 percent are found on the side of mountains in a cliff habitat.  The soil in Korea is acidic and composed of silt, loam and sandy loam.  To increase acidity you usually add sulfur, so this would indicate that a high concentration of volcanic activity occurred in this area of the world.

There are four requirements for growing these Lilium species in Korea; water, humidity, dappled sun, and acidic soil.  They have also found Mosiac disease on Lilium tsingtauense but not on Lilium distichum

Further in-depth analysis;

In Korea they use DNA analysis to distinguish the Lilium species.  They use Ribosome DNA (rRDNA), where the chromosomes are located.

L. tsingtauense and L. hansonii have 12 chromosomes.  The first chromosome is the longest and the 12th the shortest.  Many of the 12 are different chromosomes with the same species.  Some pairs of the chromosomes don’t even have rRDNA in each chromosome (Possibly the evolution of Lilium).  This explains the differences within the species, which are called “Mutants” in nature.

L. miquelianum has 13 pairs of chromosomes and it is still evolving today.  JeJu Island has the highest variation in leaves, petals, spots and stems for Lilium found in Korea.

This presentation blew us away!  The analysis revealed many aspects of Lilium in Korea and the underlying ancestry of the Lilium from that area of the world.  We would like to extend A BIG Thank You to Ki-Byung Lim for sharing the results of his research and for traveling from South Korea to give this excellent presentation.

–Pam Hardy & Lynn Slackman

NALS Convention

‘West Coast Lily Chase’

Joe Nemmer, West Coast Lily Chase
Joe Nemmer

Joe Nemmer, our first presenter at the 2013 NALS convention, is from Mercer, Pennsylvania, and has been gardening since he was old enough to hold a trowel. Joe’s first love is growing species. Joe spoke about the two trips he took to the West Coast in search of western North American species.

Lilium kelloggii

While chasing Lilium on the West Coast, Joe Nemmer and his research team first encountered Lilium kelloggii which is a species of lily known by the common name Kellogg’s lily. It is endemic to the Klamath Mountains of northern California and southern Oregon, where it grows in forests, including redwood understory.  It originates from a scaly, elongated bulb up to about 7.5 centimeters long.  Their stems are ringed with dense whorls of up to 40 leaves.  The inflorescence bears up to 27 large, showy, nodding lily flowers. The fragrant flower is bell-shaped with 6 strongly re-curved pink tepals, 6 stamens with large red anthers, and a pistil which may be over 4 centimeters in length. The flowers are usually pollinated by swallowtails.  L. Kelloggii needs moist soil to thrive, but requires heavy drainage.

Lilium washingtonianum
Lilium washingtonianum

Joe’s team then explored the Onion Lake area in Humboldt County, California.  The upland area has very little moisture, except in seeps, where they found an abundance of Lilium.  They first observed Lilium washingtonianum which is native to the Cascade Range and Sierra Nevada of western North America. These lilies are white with small purple spots.  They are also known as the Washington lily, Shasta lily, or Mt. Hood lily. It is named after Martha Washington and they do not naturally occur in the state of Washington. Its range is limited to the states of California and Oregon.

Lilium rubescens
Lilium rubescens

They also observed Lilium rubescens which is an uncommon species of lily known by the common names of redwood lily and chaparral lily. It is endemic to California, where it is known from the Coast Ranges from Del Norte to Santa Cruz Counties. As its name suggests, it is a member of the flora in redwood forest understory and chaparral habitat types.

Lilium bolanderi
Lilium bolanderi

They then observed Lilium bolanderi which is a species of lily from western North America, known by the common name Bolander’s lily. It is a perennial herb growing a waxy, erect stem that approaches a meter in height. It originates from a scaly, elongated bulb up to about 7 centimeters long. The wavy oval leaves are located in several whorls about the stem. The inflorescence bears up to 9 large, nodding lily flowers. The flower is bell-shaped with 6 red tepals and marked with yellow, purple, or darker reds. It often hybridizes with other lilies, producing a variety of forms, colors and patterns. The flowers are pollinated by Allen’s and Rufus hummingbirds.

All of these Lilium grew in soil composed of heavy metals due to volcanic origins in the area.

Lilium pardalinum ssp. shastense
Lilium pardalinum ssp. shastense

Joe and his team then moved onto Mosquito Lakes in California.  This is the head waters of the Sacramento River near Mount Shasta which is an active volcano located at the southern end of the Cascade Range in Siskiyou County, California and at 14,179 feet is the second highest peak in the Cascades and the fifth highest in California.  At this location they observed Lilium pardalinum ssp. shastense, also known as Shasta Lily, which is found in wet meadows and along streams in mixed evergreen forests. It occurs in the Sierra Nevada in Plumas, Butte, Trinity and Siskiyou counties north to Oregon.  They also observed inter-specific crosses between L. washingtonianum and L. bolanderi, which were larger than the species found at Onion Lake.

They also explored Castle Crags which soars above the upper Sacramento River Valley. From the lofty ramparts, a hiker can look down on forested slopes and up at magnificent snow-covered Mt. Shasta.  For the last million years, the Crags have been subjected to the forces of wind, rain, ice and even some small glaciers, which have shaped the granite into its distinctive shapes.

One of their last explorations was at Beaverdam Creek, in Oregon where they observed numerous described Lilium in the flood plain that were naturalized into inter-specific hybrids.  Joe referred to these lilies as a ’Swarm’, which is a mix of many species which lead to naturally inter-specific lilies in remote areas.

Mr. Nemmer gave a wonderful presentation.  We were on the edge of our seats waiting to see the next observed Lilium on their West Coast Lily Chase.

— Lynn Slackman & Pam Hardy