Yesterday I had the very good intention to sort out the Bukiniczia cabulica seeds.
It proved out to be not that simple. Just like in the case of various Armeria species (same Plumbaginaceae family), many of the calyces are empty making it very time consuming to go through a large quantity of ‘fruits’.

I said – next please, there are other species waiting in line at this time. Bukiniczia will have to wait; after all it is a warm germinator. But for those interested to know: there will be seeds :)

Bukiniczia cabulica, cute biennial for the rockery; easy to grow from seeds

Moving on to Lilium philadelphicum…

What the Arisaema! :-)

A couple of years ago I stumbled upon an Arisaema triphyllum population with huge leaves; among them, even a specimen with 3 leaves and two fruits.

Arisaema triphyllum – large form; the seeds are in the shop.

I didn’t carry a measuring tape but the length of the leaflets was much more than 1 ft. (30 cm). I also don’t know the colour of the spathe, anyway I failed to collect the fruits that time.

WTA!

I’ve seen other Arisaema triphyllum with leaves this large but the majority of seeds I collect are from more ‘normal’ (smaller) plants. So, I returned this fall and collected some of the fruits already lying on the woodland floor.

Arisaema triphyllum plants are cross pollinated, so it’s only a matter of luck to obtain an interesting form when growing from seeds.

There is great potential here!

 

A note regarding the germination: all A. triphyllum seeds collections from our region proved to be warm germinators; even older seeds. It will be interesting to see about these ones.

It seems we are naturally ‘inclined’ to want plants that bear names with an exotic resonance.
For example, D. tatsienense may ‘sound’ better than D. grandiflorum; not that the name should be the criterion when choosing what plants to grow.

Few years ago I bought seeds of D. tatsienense, I grew it, boasted about it, collected its seed, until doubts started to creep in about its identity.
I stopped offering seeds but kept some; I grew more seedlings with the precise purpose to have a closer look at it.

The differences between the two species are somewhat minute considering Flora of China (which always gives me the blues when I have to rely on it). Nevertheless, after looking closely and taking meticulous measurements I am pretty sure this is D. grandiflorum; and probably 90% or more, of what goes around in the trades (seeds and plants) as D. tatsienense is actually D. grandiflorum.

The Papilio butterfly, which was busy feeding when I was doing measurements on the cut flowers, gave me the sort of look – “does it really matter?”….Well, it matters for us.

Delphinium grandiflorum and Papilio polyxenes

All that’s needed for ID, if you have plants of either of them, are a strong hand lens & small measuring tape. Flora of China see here – link to Delphinium.
Disclaimer: following the link to the Delphinium keys might give you the blues.
Better grow some plants when the seeds are ready, regardless of the name!

 

The time has come to admire again the Large white-flowered Trillium in all its forms and also few other woodland companions.

Although Trillium grandiflorum takes center stage at this time, it doesn’t grow by itself and I will show just a few species that were growing beside it in one particular area: Caulophyllum, Podophyllum peltatum (May apple), Maianthemum racemosum (False Solomon’s Seal), Uvularia grandiflora, Asarum canadense, Viola rostrata, Viola sororia. Others not shown here which associate in the wild/woodland gardens: Actaea species, Polygonatum pubescens, Thalictrum dioicum, Hepatica americana/acutiloba, Sanguinaria, Arisaema triphyllum, Viola pubescens and of course Trillium erectum.
Seeds of all are usually offered in the Seeds Shop by fall.

 

Opinions seem to differ about the germination of Japanese woodland poppy; of course the time of seed maturation and provenience/origin, age of the seeds, can all lead to different results.
A little while ago, someone asked a question about this and then a discussion started on the Scottish Rock Garden Forum. This being a highly desired and expensive plant, I decided to repeat sowing seeds using GA3/1000 ppm, just like I did a few years ago in order to have a final idea about what’s happening.

Glaucidium palmatum and G. palmatum ‘Album’ (syn. var. leucanthum)
15 seeds of each/2017 season, collected in SW Ontario.
Treatment with GA3 1000 ppm/sowing next day March 23th.
Pictures taken April 18, 19th
*I only had a few seeds from 2016, and not the very best, so I could not look at the potential effect of their age. Last time I had also sown older seeds and they did fine overall but I cannot provide the % of germination.

The following pictures are of Glaucidium palmatum. Glaucidium palmatum ‘Album’ is starting a bit late, only 3 seedlings can be seen at this time. I did enough damage for now, patience…
I had to take pictures fast but they are good enough for our purpose of counting the germinated seeds:

I removed some of the potting mix and we can count 10 seedlings

plus 3 good that fell off here (I broke one root, sorry), plus some leftover seed teguments – probably 2 seeds were empty

All in all – 13 seedlings from 15 sown (2 unaccounted for).

I went further with the experiment (the pot was too small anyway) and took out all the seedlings, recounted and replanted them, 3/pot. It is the first time I transplant such young Glaucidium seedlings and it will be interesting to see how it goes.

Some of the seedlings may produce a first true leaf (I will update this post later) but most will remain at the cotyledon leaves stage.
Don’t worry when at some point the cotyledons start withering, keep the pots in a part-shaded location and water once in a while. Next spring they will emerge with the true leaf!
For better understanding, here are few older images, with seeds sown/GA3 treated, a few years ago.

Glaucidium palmatum seedlings going dormant for the remaining of the season

Glaucidium palmatum – the same seedlings, emerged early next spring, and I grew them under lights for a while

Following other people’s experience, a good alternative to using GA3 is:
– sow in late fall/winter and provide cold outdoors; some seedlings will emerge in the spring, some in the second  year after sowing.

*Others report warm germination with freshly collected seeds sown in early summer. In my opinion this is not time feasible in the Northern Hemisphere because the seeds mature late; by the time you buy the seeds or receive them from seed exchanges, it will be late fall/winter or even early spring. Those who can procure seeds early in the season can give it a try.

 

A perfect day to think about the blooms to come!
Click on the picture to enter the gallery.

As soon as I saw the first sign of Hepatica buds movement in the garden and the tiny new seedlings of the year, I felt a sense of urgency to organize all the material I’ve been gathering on Hepatica.
The queens of the woodlands will bring the forest floor to life once again in no time!

Having had other posts published and a lot of pictures I thought it would be easy; more than a week later, I was proven wrong.
I am almost done – this is the big purple button leading to their page :)

Explore the world of North American Hepatica!


These are the published sections of the page (you can enter by clicking the pictures as well):

Two more sections to follow shortly:
          Hepatica: Pollination, seeds & germination

          Pictures gallery

 

 

Instead of getting warmer the weather seems to go backwards. Good news is that in the cold frames things are definitely moving in the right direction.

I noticed the first little red shoots of Paeonia japonica on April 1st. The seeds were sown last late summer: hypogeal germinators, forming roots during the warm period and the first shoots after the winter cold period (cold/moist stratification).

Paeonia japonica one year old seedlings with the first shoots peeking from the pot gravel, April 2018

This is the reason I recently recommended that seeds of Paeonia species (except Paeonia tenuifolia) to be bought and sown as warm germinators. The sowing can be done throughout summer (up to August in a cold climate).
If sown in late fall or winter nothing bad happens, just that it makes no sense to occupy the space with the pots since the seeds need a warm cycle first, plus in case of a wet winter the seeds may rot.

The summer-fall sowing is very straightforward, just use taller than usual pots, if possible: sow, water very well and protect the pots from the critters. Keep well watered and when the winter arrives, place the pots in a frost free location: cold frames, or ‘plant’ them in the ground.

Keep in mind that even if you don’t see anything there are (should be) roots inside the pots!
In this idea, keep an eye on the pots, not to receive excessive rainfall, especially when it gets very cold; this easily leads to roots rot.

Another sowing method is to provide the warm cycle required by keeping the seeds in moist vermiculite in a Ziploc bag (indoors at room temperature) until they form the roots and then place pot them up and place the pots in the fridge for 2-3 months for the cold period. This method requires more supervision; I did it once and now I think it is best to go with the natural cycles of warm and cold.

But if you purchase the seeds too late in the season or don’t have a cold frame, it is a doable method.

I am also thinking about a third method for those on cold climates who want/need to sow in October-November and don’t like to play with Ziploc bags: sow in pots as usual and keep them in the house until Dec./Jan. for the warm cycle (this would give the 2-3 months required), check gently to see if the roots have grown, then gradually place the pots outdoors under the snow (or in the fridge). Gradually means, first keep them for a while in a cold location (garage…); also keep in mind that we don’t usually have reliable snow cover.

I showed it with another occasion, and it is nothing new about it, but here’s what these peonies seeds are doing during the warm cycle,  no matter if sown in pots or kept in the Ziploc bags. We need to be aware at all times of the roots growing in pots that otherwise don’t show anything visible on top. If you let them dry out excessively or to freeze, of course no shoots will show up in the spring!

Paeonia rockii hybrid, emerging roots after a warm period provided in moist vermiculite; the roots will grow further, so best to use taller pots for sowing

As said in this older post The sleeping beauties, it is worth growing species peonies from seeds: they are beautiful, hard to find and when it happens to be available they are on the expensive side. Not all the seedlings may come true to species because of cross-pollination, but even the hybrids obtained from the species are special.

How can one offer unusual seeds/species on a constant base?
Well, by first growing and establishing mother plants from which to collect the seeds, of course.

So, three years ago I engaged in growing from seeds various Chinese Podophyllums (which actually I promised to call Dysosma).
The protocol I use works wonders (see the related posts below) and in short time I ended up with more plants than I could ever plant in my garden. They surely grow like little monsters! After deep meditation, I decided to act like a responsible adult and part ways with a few of them.

Podophyllum versipelle x pleianthum, bare rooted plants, safe to be shipped at this stage

Then, I felt free to proceed sowing the next generation :)) It is a first for Podophyllum mairei!

Podophyllum mairei germinated seeds

Here’s to the next little monsters!

Podophyllum mairei – new sowings

Many warm germinators species have been recently sown as well; we’ll talk about them later…last touches are being made for re-opening the Seeds shop and accepting Pre-orders for the new season!

 

Spring has arrived; officially. We know that it will arrive, eventually…Except for snowdrops and few early crocus not much is moving.

Few of the newly planted Iris reticulata hybrids have started to flower though (protected at times with a light fleece). They are early and certainly a bit affected by the weather.
All the result of hard working Canadian Iris breeder Alan McMurtrie; learn more about them on his website: http://www.reticulatas.com/

Iris reticulata ‘Chameleon’ (a slight mistake with the bulbs apparently)

There is hope that more of his wonderful hybrids will became available in Canada. They are all hardy, cheerful signs of spring and even slightly fragrant; the ‘North Star’ is very fragrant!

Iris reticulata ‘North Star’

And, close your eyes and imagine sea waves rolling gently towards the shoreline.

Iris reticulata ‘Sea Breeze’

There will be more :)

* The related post I wrote a few years ago (see below), explains the title – Rainbows in the spring.

I knew this it will happen sooner or later and I knew it will be a damn comp – running short on seeds for an order.
Luckily there are many other species that I can make up with for the missing Aster alpinus seeds.

Aster alpinus – good (upper right corner) and bad ‘seeds’

The embarrassing moment put behind, let’s have a look at a few more Comps flowers.

Well, not quite seedless – here’s one image. I didn’t have time to finish what I wanted to do for the Compositae family and, taking into consideration the weather here, maybe it is for the best. We can really use some colours at this time!

Centaurea salonitana seeds

So, just a gallery with mostly Centaurea and few others thistle-like species :)
The names are displayed on mouse hover, or click and browse through the gallery

 

 

 

Continuing the Dobrogea I with other species which call this particular and beautiful region home.
I hope you already got a taste of it; this should make it easier when growing some of these species from seeds and also help selecting the garden location.

First a mention for two endemic species:

Campanula romanica:

Campanula romanica growing on a lichen covered rock outcrop, North Dobrogea, Romania

Centaurea jankae: a species with few populations known only to exist in Romania and Bulgaria. Good luck (and broken stems by wind/animals) made it to find a few late flowers to photograph.

Centaurea jankae

Remembering the sunny days of past summer, the flowers, the rocks and wildlife:

Stachys atherocalyx, very similar with Stachys recta that I offered seeds from Carpathian Mts.

Stachys atherocalyx

Hedysarum grandiflorum, as well just one late flowering stem was waiting to be immortalized :)

Hedysarum grandiflorum

Hedysarum grandiflorum habitat

Convolvulus cantabrica, perfect in a rockery and probably hardy in our area (Ontario) with reliable snow covered. I have a two-year old Convolvulus tragacanthodes growing in the rockery, we’ll see how it comes out from this winter.

Convolvulus cantabrica in wild habitat

Cephalaria uralensis

Cephalaria uralensis

The Dobrogean tortuga for a variation

Dobrogean tortuga, Testudo graeca

Thymus zygioides, found growing in the company of Paronychia cephalotes

Thymus zygioides

One more view from Macin Mts.

And a little lizard (Lacerta) basking in the sun

There were many other species of course; maybe more to follow when the next wave of arctic air hits us!

 

Well, the trip interruption was a bit longer that I would have wished, but here we are on the road again (see first part of the trip here). In order to beat the polar vortex that descended upon us we need sun & flowers!

As I said, the drive from Southeastern Carpathians to Dobrogea region is not very long, depending on the destination it can take 4-5 hours. The Dobrogea region (with Dobrogea Plateau) in Romania is surrounded to the north and west by the Danube River and to the east by the Danube Delta and the Black Sea. Most visitors are aiming for the Black Sea sand beaches, bird watching and/or fishing in the Danube Delta, and very few aim to enjoy the particular flora of the region.

Given its position, the climate is slightly warmer and more arid than in the rest of Romania, winters are cold but with less snow and the flora is very specific with a combination of endemic plants and various species at their geographical limits. It is a special ‘meeting’ place for species of Mediterranean, Eurasian and even Caucasian origin!

Even if in late July it is very hot and dry and many species are at the end of flowering, there is still a lot to explore. I will start with a few Caryophyllaceae to keep the continuity and then show various other species.

Dianthus nardiformis is an endemic of this region and luckily being a late flowering species it was still very showy; photographed on the dry, exposed, rocky hills of Enisala fortress and everywhere else. Striking especially when dispayed against the lichens laden rocks.
Cultivated for a long time, this Dianthus makes for a good garden plant, although not as tidy (foliage speaking) as other species, but extremely floriferous, hardy and long lived. There is an impressive specimen at Montreal Botanical Garden to testify it.

Dianthus nardiformis

On the same dry, rocky hills surrounding Enisala fortress, it was a nice surprise to find Paronychia cephalotes. I have a young plant grown from seeds of Crimean accession in the rockery, and I look forward to see it flowering. However, seeing a species ‘perform’ in the wild is always much better!
It is a mat forming species with white, papery bracts posing as ‘flowers’. It is hard to think it belongs to Caryophyllaceae at a superficial look.

Paronychia cephalotes and Thymus zygioides, Dobrogea July 2017

From the neglected genus Minuartia, I will note Minuartia adenotricha, a species that you will also found on the other side of the Black Sea, on the Crimean mountains.

Minuartia adenotricha, Dobrogea 2017

Gypsophila pallasii is a similar species with G. glomerata offered in the seeds shop (as well of Crimean origin); doing very well on the dry, rocky substrate in the company of Echinops, Artemisia, Xeranthemum, Astragalus, Allium ssp. and many others.

Gypsophila pallasii at Capul Dolosman, Dobrogea 2017

A must have stop for plant lovers in Dobrogea are the Macin Mountains located in Tulcea County. These are among the oldest mountains in Europe, formed during the Hercynian orogeny with the predominant rock – granite, but also sandstone limestone. Their specific look is given by the eroded granite formations.
Although a very, very long time ago these mountains were taller than the Carpathians; today the highest point is Ţuţuiatu/Greci Peak with an elevation of 467 m above sea level.

Macin Mts., Dobrogea, Romania

In the quite dry-looking landscape of late July, Silene compacta stood apart with its rich magenta inflorescences. It is not difficult to assume that full sun locations and super good drainage would be mandatory for its successful cultivation. 

Silene compacta in Macin Mts.

Many other interesting species grow in the particular habitats of the Dobrogean plateau.
Winter getaway – Dobrogea II

 

 

The Seeds Shop activity is back to normal; special thanks to those who placed orders and waited patiently!

About the Viola

Last day in the Carpathian Mts. this summer was dedicated to revisiting a special place, no seeds collecting in mind, just pure enjoyment of the scenery.
Going up a narrow rock ravine to join a narrow terrace grass trail (known as “brâna”) I snapped a few pictures, which included a Viola and then kept going. On the return, I stopped to collect Aquilegia nigricans seeds and also took on the fly some from the mentioned Viola thinking it would be nice to grow it in the garden together with Polygala vulgaris, like in nature.

Viola cf. declinata, and Polygala vulgaris – Bucegi Massif, August 2017

I didn’t know on the spot which species it was, so I should have taken proper pictures for ID. But we know about ‘should and would’….
Taking into consideration the site, flowering period and flora of the region, it is very probably to be Viola declinata.
Another option is Viola tricolor subsp. saxatilis (syn. subsp. subalpina).

Close up pictures of the seeds may have a final say on this; or not…To follow…

*Allium thunbergii ‘Ozawa’ and Gentiana cruciata seeds were added to the inventory.

I’ve started to put together a list with species easy to grow from seeds as a way to provide info and encouragement to those who are at the beginning of their seeds adventures. The list will see additions as we go.

Let’s begin with Edraianthus graminifolius; yeah, I am not starting with A, just because I don’t feel like it :)

Edraianthus graminifolius – grassy bells belongs to the Campanula family and like its name suggests, has linear, grassy-looking leaves and large,

Edraianthus graminifolius

blue flowers, in terminal clusters in May-June. The foliage remains tight and low at about 15 cm but the flowering stems are spreading/trailing so it needs its space ;)
An absolutely delightful and easy going plant, as long as grown in full sun/well drained locations. You don’t really need a rock garden for it; just keep in mind its growth habit and place it in a suitable spot.

Growing for the first time from seeds, or just want something fast and easy? Try something from the list below. ‘Easy to grow from seeds’ means:
– easy to germinate & in large percentage
– seedlings that aren’t fussy to grow
– also, easy going plants in the garden, as long as provided with the required conditions.

I will avoid the so called two-stage germinators (although all you have to do is wait) or others that I never germinate/grow myself, species with naturally low germination rates, cases where the seedlings need special care or the ones I’m not quite sure about.

Easy species to grow from seeds
Genera/Species that will germinate at room temperature (warm germinators) are written in red:

Acinos alpinus
Allium thunbergii and few other Allium

Aquilegia canadensis and most other Aquilegia
Amphicarpaea

Anemone multifida
Arenaria
Arabis species

Anthemis carpatica and other Anthemis species
Arisaema triphyllum
Arisaema flavum and other Arisaema
Asarum canadense (fresh/moist seeds)
Asarum europaeum (fresh/ moist seeds)
Astragalus (with HWT)

Asphodeline lutea
Asphodeline taurica
Aurinia saxatilis
Alyssum
Baptisia australis (using the HWT)

Berkheya purpurea
Bukiniczia cabulica

Campanula, many species
Caragana (HWT)

Carlina acaulis
Calycanthus floridus
Centaurea triumfettii
Centaurea orientalis, and other Centaurea species
Cerastium alpinum ssp. lanatum
Cercis canadensis

Cirsium

Claytonia (fresh/moist)
Capnoides sempervirens
Corydalis lutea (fresh/moist seeds)
Corydalis solida (fresh/moist seeds)
Clematis integrifolia, Clematis alpina

Draba species
Delphinium grandiflorum
Dianthus nardiformis
Dianthus superbus ssp. sajanensis, most other Dianthus species

Echinops crispus and other Echinops
Edraianthus graminifolius and other Edraianthus (not all species though)
Erinus alpinus

Gentiana cruciata
Gentiana dahurica
G. tibetica, other spp. from Cruciata section
Geum triflorum. other Geum spp.
Gypsophila species

Helleborus hybrids (fresh/moist seeds)
Hedysarum (using the HWT)
Hieracium lanatum

Ipomopsis rubra
Iris dichotoma
Iris domestica

Kernera saxatilis
Lathyrus vernus
Lilium formosanum var.pricei
Linaria spp.
Lychnis ssp.

Maianthemum canadense (fresh/moist seeds)
Maianthemum stellatum (fresh/moist seeds)
Erythranthe guttata
Minuartia, some species
Mitella diphylla
Monarda
Papaver species
Paronychia cephalotes
Phyteuma orbiculare
Phyteuma scheuzeri
Platycodon

Podophyllum peltatum (fresh/moist kept)

Primula japonica and other Primula spp. (some exceptions)
Plectritis congesta
Pulsatilla vulgaris, other species, hybrids,
Rhododendron species
Roscoea species

Sedum ssp. and Sempervivums
most Silene species
Scabiosa caucasica, other Scabiosa spp.
Scutellaria pontica

Stylophorum diphyllum (fresh/moist seeds)
Stylophorum lasiocarpum (fresh/moist seeds)

Thermopsis (using HWT)
Thalictrum cf. foetidum
Thalictrum rochebruneanum and few other Thalictrum
Thymus species
Viola – some species