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The Alvars World of Bruce Peninsula

Botanical travels, Plant portraits

Alvar is the name used for a distinctive habitat formed by a thin covering of soil or no soil at all, over a base of limestone or dolostone bedrock. These alvars support specialized species communities and are found only in the North America Great Lakes Basin, Estonia, Sweden, Ireland and UK. Ontario contains 75% of the alvars in North America.

Campanula rotundifolia and Packera paupercula

Campanula rotundifolia and Packera paupercula

I find the extreme conditions in which plants can grow in the alvars, especially the open pavement and shoreline alvars, quite fascinating. Pools of water collect in slight depressions in the surface of the rock ‘pavement’ after rain and spring snow melt, and then small amounts of silt and sand accumulate and provide a habitat for plants to take root in the shallow holes, grikes and joint fractures shaped by water erosion. The reason I found the alvars and the plants growing there so fascinating is that they remind me of a rock garden situation, a really though one, with little soil and rooting space for the plants, high temperatures in the summer and more than this with high variation on the moisture levels throughout the seasons.

Many of the alvar plant species are perennials, of which some are more or less confined to this particular environment. For example species like Cirsium hillii, Solidago ptarmicoides and Astragalus neglectus have a high alvar confinement (above 70%), while others like Zigadenus elegans have a low<50 % alvar confinement. Besides knowing and protecting them, the ability to grow in such conditions it is a proof of their adaptability and more of them should be tested into cultivation.

The following images have been taken in the Bruce Peninsula area, in Ontario – it is a gallery that gradually it will be updated with more species.

Aster laevis
Aster laevis
Aster laevis
Aquilegia canadensis
Aquilegia canadensis
Astragalus neglectus with fruits
Astragalus neglectus with fruits
Cirsium hillii
Cirsium hillii
Clinopodium arkansanum
Clinopodium arkansanum
Cystopteris fragilis
Cystopteris fragilis
Hypericum kalmianum
Hypericum kalmianum
Hypericum kalmianum
Hypericum kalmianum
Lobelia kalmii close up
Lobelia kalmii close up
Lobelia kalmii
Lobelia kalmii
Packera paupercula with Campanula rotundifolia
Packera paupercula with Campanula rotundifolia
Potentilla fruticosa
Potentilla fruticosa
Primula mistassinica
Primula mistassinica
Solidago simplex var. ontarioensis
Solidago simplex var. ontarioensis
Solidago simplex var. ontarioense on shoreline alvar
Solidago simplex var. ontarioense on shoreline alvar
Viola nephrophila
Viola nephrophila
Viola nephrophila in flower
Viola nephrophila in flower
Zigadenus elegans var. glaucusclose up
Zigadenus elegans var. glaucusclose up
Zigadenus elegans var. glaucus
Zigadenus elegans var. glaucus
March 5, 2014
https://i0.wp.com/botanicallyinclined.org/wp-content/uploads/2014/03/Erigeron-philadelphicus-var.-provancheri1.jpg?fit=550%2C413&ssl=1 413 550 BotanyCa https://botanicallyinclined.org/wp-content/uploads/2013/04/logo-red-new2.jpg BotanyCa2014-03-05 12:05:512023-03-20 17:42:01The Alvars World of Bruce Peninsula

The Forgotten Forest – Polylepis

Alpine plants, Botanical travels, Mountains

A recount of our trekking trip on the Inca trail to Machu Picchu – part II

We were just starting on the second day to eventually reach the highest point on the Inca Trail: Warmiwañusca Pass (in translation Dead Woman’s Pass) at 4265 m. But before getting there we passed through what’s called a ‘submontane, subtropical humid forest’ or strait said cloud forest. At some point, the trail was followed, sometimes on both sides, by small, contorted trees with a specific, flaked, cinnamon bark. You could feel it is something special and slow down a bit – it was like walking through an enchanted forest, from a fairy tale and hope it never ends!

Polylepis tunnel

Through a Polylepis tunnel on the Inca Trail

The genus Polylepis has 27 species of trees and shrubs with an Andean distribution (with 19 species in Peru) and belongs to the rose family (Fam. Rosaceae). All tree species in the genus Polylepis (Quenoa) are confined to the high tropical South American Andes Mountains, where they grow best at elevations between 3500 to 5000 meters! That’s why Polylepis is considered the highest naturally occurring arborescent angiosperm genus in the world!

Their contorted, twisted growth is due to the harsh environment they are growing in. Also the layered bark with lots of thin, reddish, exfoliating sheets and the congested disposition of the leaves on the branches are adaptations to the specific high altitude climate of the Andes.

Still under the Polylepis spell, you’ll feel that the climb becomes more arduous. But the scenery is ‘magnifique’ and there are lots of other plants you probably never saw. Some guides will be able to tell you a few of them, if not the proper identification can wait for later.

Such was the case of Brachyotum – a genus of shrubs endemic throughout the high elevations of tropical Andes. The one in the image, probably B. quinquenerve, has the most vivid deep violet flower colour. Who wouldn’t want it in the garden?

Brachyotum

Brachyotum spp. – on the Inca Trail (maybe quinquenerve)

Toward the highest point of the Inca trail: Warmiwañusca Pass, which is situated at 4265 m, we entered the vegetation zone called the ‘Puna’. It is mostly grassland with various species like Stipa, Festuca and Miscanthus (of which about 48 species! are reported above 3000 m). It is very windy and cold, and there is a foggy, mysterious aspect of the nearby mountain slopes.

Misty mountain
Misty mountain
Misty mountain
Bomarea aurantiaca
Bomarea aurantiaca
The trail towards Warmiwanusca Pass
The trail towards Warmiwanusca Pass
Vue of the Huayanay snow peaks from Warmiwanusca
Vue of the Huayanay snow peaks from Warmiwanusca
Some sort of Valeriana
Some sort of Valeriana
still unknown
still unknown
Descending trail from Warmiwanusca
Descending trail from Warmiwanusca

But when on the mountain, what comes up has to go down, so quite a steep descent follows next toward Pacasmayo valley. In some areas the trail becomes very wide, at times looking just like a weathered garden stone path; a very strange feeling knowing you are at 4000 m altitude in the Andes – walking through the Inca gardens in the mountains!

Incas Garden in the Andes

Incas Garden in the Andes

To be continued…

 

March 1, 2014
https://i0.wp.com/botanicallyinclined.org/wp-content/uploads/2014/03/Polylepis-forest-2-copy.jpg?fit=600%2C352&ssl=1 352 600 BotanyCa https://botanicallyinclined.org/wp-content/uploads/2013/04/logo-red-new2.jpg BotanyCa2014-03-01 10:29:192023-03-20 17:42:01The Forgotten Forest – Polylepis

A study in contrast – Aquilegia species

Plant portraits, Propagation

A group of plants that I really like and hope to increase my collection, are the columbines: Aquilegia spp., and in particular, of course, the alpine columbines. In contrast with the more regular garden Aquilegia varieties, the alpine ones are short in stature but bearing large flowers. In most cases they have a delightful bluish, compact foliage, which in itself makes a wonderful addition to any small rock garden.

Aquilegia scopulorum x coerulea in the rock garden at Wrightman Alpines

Aquilegia scopulorum x coerulea in the rock garden at Wrightman Alpines

All Aquilegia are important food source plants for bees, bumblebees, hummingbirds and hawk moths. Even just for this reason one should include them in the garden. Interesting fact, biologists found that the length of the nectar spurs in Aquilegia evolved to allow flowers to match the tongue lengths of their pollinators. Species with very long nectar spurs, like A. coerulea are pollinated by hummingbirds and hawk moths, while the short spured species, like A. canadensis are fancied by bees and other short tongue insects.

Aquilegia coerulea in Wasatch Mountains
Aquilegia coerulea in Wasatch Mountains
Aquilegia coerulea in Wasatch Mountains
Aquilegia coerulea - nectar spurs
Aquilegia coerulea - nectar spurs
Aquilegia coerulea
Aquilegia coerulea
Aquilegia chrysantha 'Denver Gold'
Aquilegia chrysantha 'Denver Gold'
A cultivated long spured Aquilegia at New York Bot. G. copy
A cultivated long spured Aquilegia at New York Bot. G. copy

Aquilegia coerulea (Colorado blue columbine) has flowers with very long nectar spurs that look like space ships or sea creatures, wherever your imagination tends to go, up to the sky or down in the ocean. Very variable in height, anywhere from 15 to 90 cm and in flower colours – from white to pale or dark blue; also there are reports of a variety with spurless flowers!

I am greedy when it comes to columbines. This spring I am looking forward to see flowering (and take more pictures) in my rockery a few alpine columbines I grew from seeds: A. jonesii – the smallest of columbines, A. saximontana and A. discolor (that is if my seedlings survive the record low temperatures we have this winter).

 Also ready to greet the pollinators this year: A. nigricans (Carpathians Mts. collection), A. alpina and A. atrata.

 

I would note that most Aquilegia species are polymorphic and difficult to define adequately. Some of the variability is because of introgressive hybridization (Flora of NA). Even distantly related species of columbines are often freely inter-fertile, hence the multitude of hybrids and cultivated forms available. Also, this poses a problem for seeds collection, especially in the case of cultivated varieties if one requires true to type species.

 

 

February 26, 2014
https://i0.wp.com/botanicallyinclined.org/wp-content/uploads/2014/02/Aquilegia-alpina-featured.jpg?fit=815%2C293&ssl=1 293 815 BotanyCa https://botanicallyinclined.org/wp-content/uploads/2013/04/logo-red-new2.jpg BotanyCa2014-02-26 15:15:152026-03-23 10:21:51A study in contrast – Aquilegia species

In a mood for Arisaema part II – Arisaema galeatum

Gardens, Plant portraits, Propagation

Another great Arisaema that flowers in early spring is Arisaema galeatum. It is another story than A. sazensoo because it has a really big tuber. It is said that can grow to half a kilogram! Last year when I was checking the tuber in early March I caught it just starting to grow and it looked very appealing to me – with a dark-chocolate coating and raspberry syrup on top would be delicious! But I put myself together… This is an Arisaema from the Himalayan range (NE India to Bhutan), which grows during the mansoon months and then the leaves start withering in late summer and goes dormant early. Good to keep this in mind as it shows its requirements for a very good drainage from late summer to fall, and during winter of course.

The flower emerge on the same time with the leaves, on a short peduncle and it has a helmet-like (galeate) spathe, similar with A. ringens. It can be green or brown with whitish veins and has a white, translucent spadix that ends in a thread like whip.  I like to call it Dolphin cobra lily, because that’s what it suggested to me first time when it bloomed – a dolphin emerging for air from within the leaf! 

Just like its sister, A. ringens, the huge trifoliolate leaf is very ornamental. Actually, I consider it among the most beautiful from all Arisaema species I’ve seen. It unfolds slowly and the back pattern with accentuated purple ribs makes it mesmerizing to watch.

Arisaema galeatum tuber in early spring
Arisaema galeatum tuber in early spring
Arisaema galeatum tuber in early spring
A. galeatum tuber in active growth
A. galeatum tuber in active growth
A. galeatum one year old tuberlet
A. galeatum one year old tuberlet
A. galeatum leaf detail
A. galeatum leaf detail
Arisaema galeatum leaf unfolding
Arisaema galeatum leaf unfolding
A. galeatum
A. galeatum
Arisaema galeatum - container grown
Arisaema galeatum - container grown
Arisaema galeatum spadix close up
Arisaema galeatum spadix close up

It did form two tuberlets two years ago (not a great rate of offsetting), from which one even produced a small flower in its first season! Unfortunately, the rainy weather we had late summer to fall it proved fatal for the smaller size tubers. If someone wants to give it a try I suggest container culture, so it can be moved to a dry place in late summer, or if in the garden a real well drained area, like close to a tree or shrub that would remove the excess water and also provide the part-shade required.

 

February 25, 2014
https://i0.wp.com/botanicallyinclined.org/wp-content/uploads/2014/02/Arisaema-galeatum-flower-copy.jpg?fit=550%2C441&ssl=1 441 550 BotanyCa https://botanicallyinclined.org/wp-content/uploads/2013/04/logo-red-new2.jpg BotanyCa2014-02-25 10:04:192023-03-20 17:42:02In a mood for Arisaema part II – Arisaema galeatum

In a mood for Arisaema – Arisaema sazensoo

Gardens, Plant portraits, Propagation

This is an updated post on Arisaema sazensoo – I have more ‘data’ to share now than last year. I am always in a mood for any Arisaema, but especially for the rare ones like A. sazensoo.

Arisaema sazensoo, is one of the first Arisaema to emerge in the spring, just like its cousin A. sikokianum. It is native from Kyushu, Japan and resemble a little A. sikokianum but the spadix doesn’t have such a pronounced white ‘pestle’. The spathe is usually deep purple, recurved over the spadix and the leaves are trifoliolate, like you can see in the images. It was thought to resemble a Buddhist monk in meditation – ‘zazen’, hence its name sazensoo, or at least that’s what I read. Anyway, you can tell it is a very charismatic Arisaema!

Arisaema sazensoo

Arisaema sazensoo

Another characteristic is that it stays in flower over a very long period of time, comparing with other Arisaemas. It had one attempt to form seeds, which proved sterile, but two years ago in late fall I had the very pleasant surprise to find that it had produced an offset (a tuberlet)!

On a few websites you’ll read that A. sazensoo is a non-offsetting species, but obviously someone got it wrong. In the images below I can present now the tuberlet that has grown quite well in one season (A. sazensoo doesn’t have a big size flowering tuber). More than this, the old tuber shows very clear another tuberlet (which is best left to detach by itself).

Arisaema sazensoo tuber in early spring
Arisaema sazensoo tuber in early spring
Arisaema sazensoo tuber in early spring
Arisaema sazensoo tuber in active growth
Arisaema sazensoo tuber in active growth
A. sazensoo - one year old tuberlet
A. sazensoo - one year old tuberlet
A. sazensoo - two years old tuberlet and flowering size tuber
A. sazensoo - two years old tuberlet and flowering size tuber
Arisaema sazensoo
Arisaema sazensoo
Arisaema sazensoo spadix
Arisaema sazensoo spadix
A. sazensoo - fruit but with sterile seeds
A. sazensoo - fruit but with sterile seeds
Arisaema sazensoo - transplanted ready for the winter
Arisaema sazensoo - transplanted ready for the winter

Like many other Arisaema species, it prefers a part-shade location and can be grown very well in a container, where a good drainage can be easily provided. Best transplanted in late fall with fresh potting mix and kept dry over the winter.

February 24, 2014
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A botanical trip to Chilean Andes – part II

Alpine plants, Botanical travels, Mountains
Caiophora coronata

Another awesome trip, that shouldn’t be missed if you are in the region, is towards Embalse de Yeso. This is an artificial dam with an amazing alpine style lake at about 2500 m elevation. The narrow, gravely road follows dangerously close to the lake edge so it’s best to keep your eyes on the plants growing on the other side (if you’re not the driver!).

Caiophora coronata, which belongs to another South American family: Loasaceae, is definitely one of the coolest plant that you’ll see here. This species has big bonnet-shape flowers arranged in a crown, hence its name; the leaves are pinnate, heavily dentate and the whole plant is covered by stinging hairs. Needless to say, it’s recommended to wear gloves if you want to get close to it. The next one, Tropaeolum polyphyllum can be quite a shock for everyone used with the annual nasturtium. It is a tuberous plant with trailing stems up to 50 cm long, sprawling over the rocks. Leaves are deeply cut, grey-blue with 5-9 (11) folioles. Flowers are produced in a great number and they are big, yellow-orange, with a spurred calyx. Another Tropaeolum growing there is the endemic Tropaeolum sessilifolium. Smaller in size and more compact, the flowers are a combination of yellow, around the calyx and pink on the corolla. Something looking like splashed dots of colours on the rocky, barren slopes it is usually Cruckshanksia hymenodon – a plant with a name that makes you check your spelling five times. The actual flowers are very small, yellow and are surrounded by lavender-pink bracts, supposedly with the role of attracting pollinators.

Vue from the car
Vue from the car
Vue from the car
Embalse Yeso
Embalse Yeso
Caiophora coronata close up
Caiophora coronata close up
Caiophora coronata
Caiophora coronata
Caiophora coronata
Caiophora coronata
Cruckshanksia hymenodon habitat
Cruckshanksia hymenodon habitat
Cruckshanksia hymenodon
Cruckshanksia hymenodon
Cruckshanksia hymenodon
Cruckshanksia hymenodon
Landscape
Landscape
Tropaeolum polyphyllum
Tropaeolum polyphyllum
Tropaeolum polyphyllum close up
Tropaeolum polyphyllum close up
Tropaeolum polyphyllum
Tropaeolum polyphyllum
Haplopappus
Haplopappus
Calceolaria hypericina
Calceolaria hypericina

We did manage to see a rosulate Viola toward the end of our stay. We were somewhere close to Laguna de Teno and stopped at the view of a showy Rodophiala rhodolirion. This is an endemic Amaryllidaceae, about 15 cm tall, which is quite a sight because of the big white to deep pink flowers with red marks, appearing before the foliage. Climbing the slope to take pictures of it, I almost crushed a Viola subandina, an annual Viola with a small purplish rosette. There were just a few of them, not too showy to be honest, and the flowers already gone – you could actually see a few seeds in the capsule, but I didn’t care. At that moment, it was the feeling of discovery that mattered most.

Have a look at the Viola subandina and also at a few other awesome plant species:

Viola subandina
Viola subandina
Viola subandina with seeds
Viola subandina with seeds
Rodophiala rhodoliron
Rodophiala rhodoliron
Rodophiala rhodoliron pink
Rodophiala rhodoliron pink
Rodophiala rhodoliron
Rodophiala rhodoliron
Tropaeolum sessilifolium
Tropaeolum sessilifolium
Oxalis compacta
Oxalis compacta
Oxalis squamata
Oxalis squamata
Quinchamalium chilense
Quinchamalium chilense

 

February 21, 2014
https://i0.wp.com/botanicallyinclined.org/wp-content/uploads/2014/02/Caiophora-coronata.jpg?fit=600%2C450&ssl=1 450 600 BotanyCa https://botanicallyinclined.org/wp-content/uploads/2013/04/logo-red-new2.jpg BotanyCa2014-02-21 16:01:412023-03-20 17:42:03A botanical trip to Chilean Andes – part II

A botanical trip to Chilean Andes – part I

Alpine plants, Botanical travels, Mountains

 

This is a recount of a trip we were lucky to make a few years ago in the Chilean Andes. At the time, I had developed a mild new obsession for the rosulate Violas after seeing a few pictures and reading about them on the Botany Photo of the Day and the Alpine Garden Society websites. Now, after a few years I got over it, nevertheless is was an exciting adventure into unknown, wild landscapes. We were lucky to be welcomed and drove around by our welcoming Chilean hosts, but otherwise Chile is a safe place to travel and modern amenities can be found almost everywhere, by comparison with other regions from South America.

Follow us please in the Chilean Cordillera where most of these plants are growing, trying to survive, on rocky, gravely, exposed slopes. High solar radiation, very little rain during the summer months and substantial snow cover in the winter form the main picture of their growing habitat. I like the sonority of the local name for this kind of sites – ‘rumbles’, and indeed in many places you expect the rocks to start sliding down any moment.

On the first trip towards Farellones, Valle Nevada and La Parva, well known sky resorts close to Santiago, on a narrow, steep road that winds through the Cordillera, we started to see the first Alstroemeria species, commonly called Lily of the Incas. Chile is one of the two centres of diversity for Alstroemeria with some 50 species among which about 80% are endemic! As many times the case, they have been widely used as a genetic source for creating new ornamental hybrids, often with Alstroemeria species from Brazil.

Alstroemeria exerens
Alstroemeria exerens
Alstroemeria exerens
Alstroemeria pallida
Alstroemeria pallida
Alstroemeria umbellata
Alstroemeria umbellata
Alstroemeria umbellata
Alstroemeria umbellata
Landscape
Landscape
Landscape Farrelones
Landscape Farrelones
Schizanthus grahamii var. coccineus
Schizanthus grahamii var. coccineus
Schizanthus hookeri
Schizanthus hookeri
Schizanthus hookeri close up
Schizanthus hookeri close up

First to appear was Alstroemeria pallida. It flowers between November and March, and grows to about 60 cm tall, with 2-5 pink flowers arranged in an umbelliform inflorescence. The two superior tepals have a pattern of dots and stripes with a bright-yellow median band, that act as an advertising ‘banner’ for pollinators (nectaries guides). Alstroemeria exerens is not as abundant as A. pallida; only about 35 cm tall, has large, deep pink flowers with the same patterns on the two tepals, but with a wider yellow band. On the margin of the road towards Valle Nevada, close to the marks left by big trucks carrying construction materials, we found the low growing, unmistakable Alstroemeria umbellata. The leaves rosettes are somewhat fleshy with a bluish tone and the pink flowers are grouped in large umbelliform inflorescences.

In quite a few places groups of Schizanthus hookeri were forming lovely compositions with the California poppy (Eschscholzia californica) an introduced species there.  Schizanthus hookeri is an annual species in Fam. Solanaceae. What? – this was our reaction too, as it doesn’t resemble at all with our typical Solanaceae.  It is 30-80 cm tall with pinnate or bipinnate –sectate leaves and numerous purple to lilac flowers with a yellow median lobe.

The perennial Schizanthus grahamii var. coccinea (syn. Schizanthus coccineus) grows to 30-50 cm tall and has brightly coloured flower with a particular morphology: the lateral lobes are more or less divided, depending on the species and usually with the superior lobe of a different colour. Commonly called Mariposita, they have been taken into cultivation and most of the named varieties belong to S. x wisetonensis, known as the Poor man’s orchid or the Butterfly flower. In La Parva, situated at about 2800 m elevation, we looked around on some gravelly, slippery slopes after the rosulate Viola, which was supposed to be around but couldn’t find any. However, this lead to the discovery of other delicious small plants between the rocks, like Chaetanthera and Oriastrum chilense.

A few more interesting species from this region and more to follow in the next posts:

   

Chaetanthera
Chaetanthera
Chaetanthera
Calceolaria sp.
Calceolaria sp.
Laretia
Laretia
Laretia acaulis
Laretia acaulis
Laretia
Laretia
Calceolaria thyrsiflora
Calceolaria thyrsiflora
Montiopsis andicola
Montiopsis andicola
Montiopsis umbellata
Montiopsis umbellata
Mutisia
Mutisia
Nastanthus
Nastanthus
Oenothera acaulis
Oenothera acaulis
Oxalis compacta
Oxalis compacta
Oxalis squamata
Oxalis squamata
Quinchamalium chilense
Quinchamalium chilense

                                                                                                                                                         

 

                                                                                                        

 

 

 

 

February 21, 2014
https://botanicallyinclined.org/wp-content/uploads/2013/04/logo-red-new2.jpg 0 0 BotanyCa https://botanicallyinclined.org/wp-content/uploads/2013/04/logo-red-new2.jpg BotanyCa2014-02-21 13:50:212023-03-20 17:42:04A botanical trip to Chilean Andes – part I

Rock treasures from Wasatch Mountains

Alpine plants, Mountains, Wildflowers of North America
Primula parryi detail

The nice thing about Snowbird is that if you are short on time, the Aerial Tram from the Snowbird Centre it will take you up to the Hidden Peak situated at 11,000 ft. in no time. This will give you plenty of time to take pictures and botanize around. From there, one option is to explore on the trail towards the East Twin Peak. The whole ridge looks like a crevice garden planted with species adapted to the harsh environment, all of them real rock treasures.

Crevice 'garden'

Among these, Hymenoxys grandiflora – Old Man of the Mountain (Asteraceae), is an alpine that cannot be missed. Flower stems range from a few inches tall to 10 inches and the big yellow flower heads, are said to face east almost always. Stems and leaves are dense hairy green. Phlox hoodii – Carpet or Hood’s phlox (Polemoniaceae), is a miniature phlox growing on dry, rocky slopes from mid to high-elevations. It forms compact clumps, 6 – 8 inches high, with white to lilac flowers. The leaves are sharply pointed and woolly pubescent. It blooms from May to July depending on elevation.  

Another very bright alpine plant, Eriogonum umbellatum – Sulphur flowered buckwheat (Crucifereae) – grows about 12 to 14 inches tall and has flowers that are cream to bright, sulphur yellow at the top of sturdy stems.  Leaves are glabrate, green above and pubescent beneath. Although very well known, we are always happy to meet Silene acaulis. The Moss campion (Caryophyllaceae)is usually the special reward for those who climb to the mountain tops, both in North America and Europe. It is a low, densely matted, cushion-like perennial generally less than 2 inches tall. The stems are woody and densely covered with short needle-like leaves. They flower from July to August producing a multitude of small pink blossoms.

Hiking down from the Hidden Peak, in the Little Cloud Bowl, there was still a lot of snow, but we rummaged between rocks and snow knowing that we must find there an elusive Primula: Primula parryi. Parry’s primrose (Primulaceae) is a rather rare alpine beauty that likes to have wet roots, so it is often found in snow-melt areas, alpine streamsides above 10,000 ft. elevation. The thick leaves are disposed in rosettes and supposedly have an unpleasant aroma (that we didn’t noticed). The flowers are a bright magenta colour with yellow centers, produced on a sturdy stem up to 12 inches tall.

Hymenoxys grandiflora
Hymenoxys grandiflora
Hymenoxys grandiflora
Phlox hoodii
Phlox hoodii
Eriogonum umbellatum
Eriogonum umbellatum
Rock 'garden'
Rock 'garden'
Primula parryi in habitat
Primula parryi in habitat
Primula parryi detail
Primula parryi detail
Primula parryi
Primula parryi
Silene acaulis
Silene acaulis
Androsace septentrionalis
Androsace septentrionalis
Anemone multifida
Anemone multifida
Antennaria microphylla
Antennaria microphylla
Erigeron sp.
Erigeron sp.

A few other interesting alpines presented in the gallery: Androsace septentrionalis, Anemone multifida and Antennaria microphylla. But these are really just a few plant portraits from an area extremely rich in wildflowers, well worth of an alpine ‘escapade’ at the end of July or in August, when there’ll be probably more chances to collect some seeds too.

More plant images are presented in the next posts – Highlights from the Wasatch Mountains.

 

 

 

 

February 21, 2014
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Highlights from Wasatch Mountains

Alpine plants, Mountains, Wildflowers of North America
Ranunculus adoneus

 Just a few more  plant images from our trip to Snowbird in the Wasatch Mountains, Utah.

Abies lasiocarpa
Abies lasiocarpa
Amelanchier utahensis
Amelanchier utahensis
Castilleja rhexiifolia
Castilleja rhexiifolia
Dodecatheon pulchellum
Dodecatheon pulchellum
Frasera speciosa
Frasera speciosa
Frasera speciosa close up
Frasera speciosa close up
Hackelia patens
Hackelia patens
Heuchera rubescens
Heuchera rubescens
Hordeum jubatum
Hordeum jubatum
Ipomopsis aggregata
Ipomopsis aggregata
Ipomopsis tenuituba
Ipomopsis tenuituba
Lonicera involucrata
Lonicera involucrata
Lupinus argenteus
Lupinus argenteus
Marmot
Marmot
Mertensia lanceolata
Mertensia lanceolata
Mertensia ciliata
Mertensia ciliata
Mimulus lewisii
Mimulus lewisii
Monardella odoratissima
Monardella odoratissima
Pinus flexilis
Pinus flexilis
Polemonium foliosissimum
Polemonium foliosissimum
Polemonium foliosissimum
Polemonium foliosissimum
Potentilla fruticosa
Potentilla fruticosa
Ranunculus adoneus
Ranunculus adoneus
Ranunculus adoneus
Ranunculus adoneus
Rosa woodsii
Rosa woodsii
Rudbeckia occidentalis
Rudbeckia occidentalis
Selaginella watsonii
Selaginella watsonii
Thlaspi montanum
Thlaspi montanum

 

February 21, 2014
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Gardens in the Mountains – Wasatch Mountains

Botanical travels, Mountains, Plant portraits, Wildflowers of North America
Clematis colombiana var. tenuiloba

When hiking on the nearby trails doesn’t suffice anymore, we usually set out toward a mountain area to immerse in the richness of alpine landscapes. Two years ago at the end of July, we travelled to Snowbird, situated in the heart of scenic Wasatch Mountains, Utah. Although better known as a ski resort, during the summer, Snowbird offers an easy and comfortable access to some of the floristic gems of the Utah Rockies.

Snowbird in the Wasatch Mts.

Snowbird in the Wasatch Mts.

Wasatch Mountains stretch for nearly 200 miles from the Wellsville Mountains on the north, to the Mount Nebo on the south. Elevations range between 4,200 and 11,957 feet (at Mount Timpanogos). Along with jewel-like lakes there are pockets of lush green mountain meadows and areas of alpine tundra. Climate and microclimate differences produce a broad seasonal flowering spread. The basic rock types are made up principally of limestone and dolomite rocks. Soils of widely varying chemical composition are found throughout the area, thus providing a suitable environment for plants that require either acid soil or lime. These diverse habitat conditions make Wasatch Mountains a hotspot for plant endemism. One place where you can spend the whole day, just basking in the sun and admiring wildflowers is the Albion Basin. It is located at the top of glacially carved Little Cottonwood Canyon, above the ski resorts of Alta and Snowbird at over 9,500 feet. During the summer months of July-August there is a spectacular wildflower display in the high-elevation meadows with natural gardens of paintbrush, columbine, lupine, Jacob’s ladder, penstemons, and many more. This is where the Wasatch Wildflower Festival is held every year.

Castilleja applegatei var. viscida
Castilleja applegatei var. viscida
Alpine meadow
Alpine meadow
Alpine meadow with Lupinus and Castilleja
Alpine meadow with Lupinus and Castilleja
Wildflowers in the Albion Basin
Wildflowers in the Albion Basin

 A very interesting plant that I saw for the first time was Pedicularis groenlandica – Elephant’s head (Orobanchaceae), which grows along streams and boggy mountain meadows, forming sometimes large colonies. It has fern-like leaves, mostly basal and dark green stems of about 1 foot high with flowers that look exactly like little magenta-pink elephant heads. Plants blooming for many weeks offer an image that is hard to forget. This beautiful plant is parasitic on the roots of the plants that grow in its vicinity, from which it extracts the nutrients it needs. Because of the parasitic life cycle, it would be probably very difficult to cultivate.

Another first was Aquilegia coerulea – Colorado Blue columbine. It is a columbine with very long spurs and large flowers that can vary in colour from light blue to white (4 varieties in Flora of North America). Usually it grows close to wet stream areas in part-shade, but also can be found on rocky outcrops in full sun. The population we found had almost entirely white flowers. Taking the trail to Cecret Lake and then towards Germania Pass you’ll find a fabulous rocky area hosting Penstemon humilis – Low penstemon (Plantaginaceae). It grows in many-stemmed clumps 4 to 12 ft. tall. The flowers are about 1.5 inches long, colored in every shade of blue from lavender to light sky blue and even magenta. Considering that there are more than 60 species of Penstemon in Utah, I have to mention at least a local endemism, the Wasatch Penstemon – Penstemon cyananthus, which is common in the area, growing on dry, gravelly hillsides. Each plant produces several 2 to 3 ft. tall stems of magnificent blue flowers. You can definitely get your fix if you have agentian blue craving! We even found two very localized forms with white and pink flowers. Another day, on a hike to the Flagstaff Peak, we lost the trail that starts from the Alta Lodge, but were rewarded to find at the top of the ridge clumps of Clematis columbiana var. tenuiloba – Rock Clematis (Ranunculaceae). This is a rhizomatous clematis with aerial stems that are not viny, usually up to 10 cm tall and tufted. Leaves are typically 3-lobed and the flowers are deep pink to violet. It grows on cliffs and rocky summits, usually in open sites. It is a prized rock garden clematis, hard to find to buy, so this year I’m trying my own seeds (hope they’ll come true!).

Pedicularis groenlandica
Pedicularis groenlandica
Pedicularis groenlandica
Pedicularis groenlandica detail
Pedicularis groenlandica detail
Aquilegia coerulea
Aquilegia coerulea
Aquilegia coerulea
Aquilegia coerulea
Penstemon cyananthus - Wasatch penstemon
Penstemon cyananthus - Wasatch penstemon
Penstemon humilis
Penstemon humilis
Clematis colombiana var. tenuiloba
Clematis colombiana var. tenuiloba
Clematis colombiana var. tenuiloba
Clematis colombiana var. tenuiloba

 

 

February 20, 2014
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Lady’s slippers – What’s your size?

Orchids of Bruce Peninsula, Plant portraits, Wildflowers of North America
Cypripedium arietinum

Orchids of Bruce Peninsula II

I was saying earlier that one could spot quite a few Cypripedium spp.- Lady’s slippers, at Singing Sands National Park in Bruce Peninsula. Tread lightly on the trails, watch carefully and maybe you’ll even meet the lady’s slippers fairy from the image below.

Cypripedium reginae – Showy lady’s slipper; it is usually found in fens and swamps and it’s easy to recognize after the bright pink slipper with a round opening. The pink blushing of the pouch can vary greatly in the populations, from deep pink to even, in rare cases, ‘albino’ individuals. As a complement to the flowers are the beautifully ribbed, wide leaves.

Cypripedium reginae
Cypripedium reginae
Cypripedium reginae
Cypripedium reginae at Singing Sands
Cypripedium reginae at Singing Sands
Cypripedium arietinum
Cypripedium arietinum
Cypripedium arietinum at Singing Sands
Cypripedium arietinum at Singing Sands
Cypripedium parviflorum var. parviflorum
Cypripedium parviflorum var. parviflorum
Cypripedium parviflorum
Cypripedium parviflorum

 Cypripedium arietinum – Ram’s head. Easily recognisable after the unusual shape of the slipper (lip), which also has reddish reticulations. It is flowering a bit earlier than C. reginae and parviflorum, so a visit in late May is advisable.

 Cypripedium parviflorum – Yellow lady’s slipper; it is an extremely variable species in regards to flower size and colours. Currently there are 3 varieties recognized in Flora of North America: var. pubescens, var. parviflorum and var. makasin. Personally, I can say that plants growing on drier sites have the slipper usually yellow and larger than those growing in wet habitats (most likely with reddish slipper).

I would strongly advise everyone with the desire and intention of growing orchids in their garden to try to see them first in their native habitat. High prices, of any orchids, are rightly justified by the difficulty to propagate them (mainly in vitro) and the length of time necessary to obtain a flowering size plant (5-7 years). There are many hybrids in cultivation today, which besides interesting flower colours, are said to be more adaptable and faster growing in garden conditions.

 

February 20, 2014
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A yummy treat – Polygala paucifolia

Plant portraits, Propagation, Wildflowers of North America
Polygala paucifolia - in the Bruce Peninsula, Ontario

One of my goals is to concentrate on the propagation of a few N. American native plants that would be as prized in our garden as any Chinese or S. American novelties. The hype of using native plants in our gardens and landscapes it always cut short by their difficulty to propagate (and by the lack of available seeds collections, of course). Whatever doesn’t fit into the profile of mass-production has been abandoned or perhaps not even tried in cultivation.

Besides serving an ornamental function, expanding into cultivation a few of the hard to find and/or propagate N. American species, would serve also a conservation purpose by maintaining and enriching the genetic material/ biodiversity through sexual propagation.Conservation through cultivation, (aka propagation) has already proved its importance in a few unfortunate cases of species extinct in the wild but saved, at least temporarily, in gardens sanctuaries.

 “No, no! The adventures first, explanations take such a dreadful time!” – Lewis Carroll: Alice’s Adventures in Wonderland

OK. Last year we were able to finally collect a few seeds of Polygala paucifolia –Gaywings or Fringed polygala This is a low growing plant found in dry to moist woods, in part shade. It flowers in May-June and the pink-purple flowers are quite unusual – they have 3 short and 2 long wing-like sepals and 3 joined petals with a frilly crest at the tip. Fruit is a capsule.  The seeds present an appendage – elaiosome, which is associated with ant dispersal – now you see where I’m going? A bit too late and the seeds are gone. The appendage contains lipids, proteins and starch, which serve as a reward for the ants. They drag the seeds to their nests to feed their youngs on elaiosomes and thus provide the service of dispersal. I bet they are very yummy!

 

Polygala paucifolia
Polygala paucifolia
Polygala paucifolia
Polygala paucifolia - in the Bruce Peninsula, Ontario
Polygala paucifolia - in the Bruce Peninsula, Ontario
Polygala paucifolia fruit
Polygala paucifolia fruit
Polygala paucifolia habitat
Polygala paucifolia habitat
Polygala paucifolia seeds
Polygala paucifolia seeds

 The germination ecology for species from Polygalaceae has not been investigated in detail. I found a study claiming that for P. paucifolia, 4 months of dry storage results in an increase in germination. Other Polygala species are known to require pre-treatments for germination. Anyway, I don’t have that many seeds, so for this year I’ll try two variants: dry storage and moist-cold stratification until sowing in the spring.

 We shall see…the seed adventure continues!

 Note:  Many spring flowers from the temperate climate rely on ants to disperse their seed  (myrmecochory – I wouldn’t try pronouncing this); from the very well known: Trillium, Hepatica, Corydalis, Dicentra…

 

 

February 20, 2014
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