Cyanotis obtusa : now accepted taxon

What was formerly known as Cyanotis arachnoidea 'Tampicama'

Today, May 22 that I happened to check POWO, the Cyanotis obtusa is now an accepted taxon and not a synonym of Cyanotis arachnoidea anymore. So it has been transferred back to its formerly accepted taxon and it's not identified as Cyanotis arachnoidea anymore.

Therefore what was formerly known as Cyanotis arachnoidea 'Tampicana' now becomes → Cyanotis obtusa.

Here is a screenshot taken in 2017, of what was falsely labelled as Setcreasea [Tradescantia] pallida Tampicana, from Glasshouse Works. What can only be retained from that name is " Tampicana " as a common name.

However, there's another Cyanotis obtusa with narrower stems and smaller leaves. That one I have seen it labelled as Cyanotis arachnoidea var. obtusa. But that taxon is not listed as an infraspecific on the POWO website anymore.

I think more botanical work and communication between POWO and botanists needs to be done.

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These were the cuttings that I was selling as Cyanotis arachnoidea (left) and Cyanotis arachnoidea 'Tampicana' (now Cyanotis obtusa).

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The Cyanotis arachnoidea in my position identified by the Indian botanist and expert on Commelinaceae Mayur Nandikar.

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Advancements in Plant Science (Dolf Zantinge water research)

Dr. Andrew Kaufman's guest is Dolf Zantinge, a water expert researcher and inventor of the Aǹalemma Water Wand. This device is balancing/cohering regular tap water into a supercharged state. It essentially structures and rearranges the molecules of air in the water and the drinking water becomes thus energetically supercharged. Coherent water means that the atomic structure in the water has the ability to create different crystalline forms. And can thus transform and transport the information that normally should be in water. Pure water from rivers high in mountains is structured and coherent. People don't think that water can actually transport information, but it has been proved multiple times. Most waters nowadays are losing that communication system. So you have non-structured water but you have to drink much more water because you are losing the communication. The coherence that the Aǹalemma Water Wand creates, it keeps that water stable even after weeks, months.

Subjects discussed

🌸 Seeds react positively to uplifting music by producing 30% more harvest.

🌸 Biological organisms (including seeds & plants) emit light. The more light an organism emits, that is an indication of vitality. Actually that is a form of language of vitality that seeds and plants communicate to each - other.

🌸 When seed/plants are watered with that coherent water, their communication is in balance and they produce more light.

🌸 Water is the communicator between them, is the highway*

🌸 The biophoton signal is propagated through water.

🌸 Coherent water becomes more essential - houseplants aside it's even more important for the greens and veggies - when we produce our own vegetables, because we are eating biophoton supercharged food.

🌸 Coherent water builds up resistance in plants (against poor environmental conditions, chemicals, pests).

🌸 Plants emit more light without fertilizer. Coherent water in that sense acts literally as an armour protecting plants.

*although I personally believe it's Ether - or else called Qi or the Vital Force or Prana shakti - that is responsible for most of this type of "magic" we see. I believe that ether connects all 4 elements: earth, water, air, fire.

tags: plant science, biophotons, plant communication, seed communication, plant fertilization, water science

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Tradescantia 'Roxxo' : disambiguation

created: Nov. 6, 2021

updated: Nov. 23, 2021

Tradescantia ‘Roxxo' was a new hybrid that appeared around March 2019 in the Dutch nursery De Plaats. From the nursery it was said that this plant was a seemingly odd crossing between Tradescantia pallida X Tradescantia zebrina X Tradescantia multiflora (Gibasis pellucida). Then some months later, at the tag on the pot it was written Tradescantia spat. ‘Roxxo’ (spat. referring to a T. spathacea cultivar). But - firstly - this plant has nothing to do with the growth habit of Tradescantia spathacea plants, and secondly, it is identical to Tradescantia shippii.

Tradescantia shippii is a botanical species that was described in 1983 by David Richard Hunt^[1]. Tradescantia schippii has the same purple stems but green leaves both on the upper and underneath side of the leaves. Whilst on this plant that was circulated as Tradescantia spathacea 'Roxxo' the underside of the leaves is purple. Other than that, these two plants are identical. This plant is most possibly a hybrid having a close affinity to Tradescantia shippii. Therefore a more descriptive name should be: Tradescantia aff. shippii. In botany the term aff. is used to describe plants having a close affinity to the plant that they resemble to.

There have also appeared photos of Tradescantia schippii in situ where the plant has a green color overall (also on the stems). Could that be a subspecies or variety? The plants in the Commelinaceae family are evolving pretty fast.

Photographic Material

Below you can see photographic material and also the photo from the Tradescantia schippii as identified by botanist Marco O.O Pellegrini, expert in the Commelinaceae family. The photo was shared by Erica Jane, collector and expert in Commelinaceae.

This was sold as Tradescantia spat. 'Roxxo'. However, for all of us that are aware of the basics,
this plant has nothing to do with the growth habit of Tradescantia spathacea plants.

Close up on the leaves

The only difference to the Tradescantia schippi are the purple leaves on the back side.

Tradescantia schippii, specimen from field research,
provided by Marco O.O Pellegrini, shared via Erica Jane.

This is the Tradescantia schippii as identified by botanist and expert in Commelinaceae Marco O.O Pellegrini. Tradescantia schippii is a botanical species that described in 1983 by D.R.Hunt^[1].

Tradescantia schippii in situ. Photo: O. Vargas

Tradescantia schippii in situ. Photo: O. Vargas

There is also Tradescantia schippii but with green stems, not purple.
Possibly a subsp. / var.?

Another photo of the Tradescantia schippii with the green stems.

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References

1. IPNI: Tradescantia schippii.

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Gibasis pellucida (Tahitian Bridal Veil) Disambiguation

created: Oct. 30, 2021

updated: Oct. 31, 2021

In this drawing we see the two forms of Gibasis pellucida: forma I (with large leaves), forma II (with smaller leaves). Both have glabrous leaves. On the upper right is the Gibasis geniculata, with fuzzy leaves.

In this article we are going to examine the taxons of Gibasis pellucida, Gibasis geniculata, Tradescantia multiflora, Tradescantia multifolia, Tripogandra multiflora and a vernacular name that connects all these which did bring a lot of confusion among the Commelinaceae plant community up until the time of writing.

Introductory information

In 1993 the plant with the common name Tahitian Bridal Veil was selling like crazy in the USA and Canada, and a little later in Europe. It was a fancy plant with small glabrous leaves, green on the upper part and purple on the underneath. With a dense foliage and abundance of white flowers, flowering almost non-stop, making it as such a very beautiful hanging plant to have. The initial scientific name that was assigned to this plant was Tradescantia multiflora (multiflorus: multi [many] + florus [flowers]). And by some growers the species epithet multifolia (folia: leaved) was used instead: Tradescantia multifolia, to describe its dense foliage. However, none of those botanical names were backed up with scientific literature. The Hortus Third concise dictionary of plants cultivated in the United States and Canada, had listed the scientific name Tradescantia multiflora as a synonym of Tripogandra multiflora (Swartz) Raf., Fl. Tellur. 2: 16 (1837) back in 1982 ^{[1, 2, 3, 4]}. But the problem of no citation that could connect the vernacular name Tahitian Bridal Veil to either of those botanical names was still an issue.

Then came L. Graf in 1978 and 1992 citing the taxon Tradescantia multiflora as a synonym of Gibasis geniculata (Jacq.) Rohweder. Then Robert E. Woodson reported in 1981 that what was sold as a Tahitian Bridal Veil was a selected form of G. geniculata and cited Tradescantia geniculata and Aneilema geniculatum (Jacq.) Woodson. The same author, Robert E. Woodson described in 1981 G. geniculata with hairless leaves, whereas Anthony J. Huxley in 1992 described G. geniculata as bearing villous (fuzzy) leaves. D. R. Hunt in 1986 associated Tahitian Bridal Veil with G. pellucida. but there was no citation of Tradescantia multiflora in neither of the Gibasis taxons (G. geniculata; G. pellucida).

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Taxonomic evidence

Then at North Carolina State University Tahitian Bridal Veil plants were cultivated and examined in order first to validate their genus (Gibasis, Tradescantia, or Tripogandra) and secondary to distinguish their species. The growth habit of Tahitian Bridal Veil is creeping, with stems as slender as 1 mm in diameter, with asymmetrical leaves, ovate-lanceolate to lanceolate, acute to short acuminate, glabrate (somewhat glabrous), dark green above to dark reddish-purple below, having lateral veins, 24 mm long. The inflorescence is born from upper axils and is mostly terminal and stipitate, with cincinni free, binating above the stipe. And the stipe is green approx. 12 - 24 mm long. Tripogandra plants have flowers that are zygomorphic, sessile with fused cincinni and unequal stamens. Thus the Tripogandra genus was excluded.

Typical Gibasis (left) and Tradescantia (right) inflorescences.

Then the most easier task was to tell the inflorescence of Tradescantia in relation to that of Gibasis. In particular, the inflorescence of Gibasis has cyme bracts that are reduced to the point of appearing absent. Tradescantia on the other hand possesses large, spathaceous bracts^[5].

The next step was to identify the correct species of Tahitian Bridal Veil within the genus Gibasis. D. R. Hunt provided in 1986 a revision of Gibasis that included a key to identifying the species^[2]. In the Gibasis genus there are only three species that produce white flowers: G. geniculata, G. oaxacana and G. pellucida. G. oaxacana is easy to tell by her three to eight cincinni in an umbel and petiolate leaves spirally arranged. G. geniculata is distinguished easily by her paired cincinni; sessile, densely villous leaves that are distichate (2-ranked on the stem). G. pellucida is easily distinguished by paired cincinni, sessile glabrate leaves that are also distichate.

G. oaxacana vs G. pellucida vs G. geniculata^[2]

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Gibasis pellucida (forma I) with the larger leaves.
photo from Erica Jane

Two forms of Gibasis pellucida

There have appeared among Commelinaceae plant collectors two forms of G. pellucida. Gibasis pellucida (forma I) with large leaves and thicker stems and Gibasis pellucida (forma II) with small leaves and slender stems up to 1 mm in diameter.

In particular, these two forms have enough morphological characters to recognize them as different taxa, not at species level, but as subspecies or varieties. But, extensive field collection and characterization is needed also to confirm this preassument^[6]. As already described in the revision papers above, both plants have glabrate (somewhat smooth) leaves. Only the G. geniculata has clearly visible villous (fuzzy) leaves.

Gibasis pellucida (forma II) with the small leaves.

P.S.: the article will be updated in the following days with photos from the two different forms of Gibasis geniculata. So stay tuned.

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References (main sources: 1, 2)

1. American Society for Horticultural Science: Nomenclature of Tahitian Bridal Veil.

2. A Revision of Gibasis Rafin. American Commelinaceae XII by D. R. Hunt

3. IPNI: Tripogandra multiflora

4. BHL: Flora Telluriana, p. 16

5. Systematics and Evolution of Inflorescence Structure in the Tradescantia Alliance (Commelinaceae).

6. Communication with Spanish botanist Pere Fraga Arguimbau.

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Tradescantia zebrina 'Velvet Hill' - yet another mislabeled Tradescantia

Wrong label: that is not a zebrina. And... 'Hill' again? Gimme a break with all that hill-color-make-up plant tags. New plant enthusiasts expect that the nurseries know what they are selling.

Introduction

Listed for sale from a Dutch trading platform^[1] as Tradescantia zebrina 'Velvet Hill' is this plant (shown in the image above). Yet another hill-color-make-up tag. This time not from the same Dutch nursery that circulated all those hill-color-make-up plant tags. The plant we are discussing here listed for sale as Tradescantia zebrina 'Velvet Hill' is simply a Tradescantia sillamontana. Tradescantia sillamontana is a botanical species that was first described by Matuda back in 1955^{[2, 3]}. The common names for Tradescantia sillamontana are: White Velvet, Cobweb Spiderwort, White Gossamer, Hairy Wandering Jew. Thus the proper way to write the full name of the plant with its common names is:

Tradescantia sillamontana (White Velvet, Cobweb Spiderwort, White Gossamer, Hairy Wandering Jew) or just use one from the common names, usually the White Velvet.

A more detailed and scientifically correct way to write the full name, including the botanist that described it, the year and also its synonyms is the following:

Botanical name: Tradescantia sillamontana Matuda (1955)

Common names: White Velvet, Cobweb Spiderwort, White Gossamer, Hairy Wandering Jew

Synonyms: Tradescantia pexata H.E.Moore^[3]

Correct botanical information

Regarding that Tradescantia zebrina 'Velvet Hill' plant tag now. From where should I begin... first of all, as I have already stated above, T. sillamontana is a botanical species, not a  man-made cultivar, and in botanical species there are no cultivar tags involved. The way the 'Velvet Hill' is written indicates a cultivar. Secondly, this is a T. sillamontana, not a zebrina. FYI 99.8% of the zebrina's have the typical dual, silvery/green stripes, as seen in the wild T. zebrina type and other more common zebrina cultivars. The only zebrina's that completely lack stripes are the rare T. zebrina var. flocculosa and the T. zebrina var. purpusii. Observe their differences in the following pictures.

The typical dual silvery/green stripes seen on most Tradescantia zebrina plants. These stripes are reflecting the surrounding light, therefore sometimes they seem greener and other times more silvery.

Tradescantia zebrina var. flocculosa. One of the two zebrina's that lack stripes.

Tradescantia zebrina var. purpusii: the second zebrina variety that lacks the typical zebrina stripes

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What do Plant Certificates actually certify?

Now that there is a basic understanding, let's come again to the image of that Dutch trading platform. If we zoom-in at the lower left part of the image, we can see three logos.

← FYI that number identifies the seller/nursery (this one in this image is a random one from the internet, just for reference)

All three of these logos are plant certificates. The first one is a plant certificate from Florensis^[4], a company located in the Netherlands. From their About page we read:

"Florensis is an innovative, second-generation family business from Hendrik-Ido-Ambacht (Netherlands), founded in 1941 under the name Hamer Bloemzaden. The company has a proven track record worldwide as breeder and as supplier of starting material for professional growers.With 2,000 dedicated and highly-skilled employees from the Netherlands, Europe and far beyond, Florensis produces over 1 billion young plants from seed, cuttings and tissue culture every year."

The second plant certificate comes from GGN Certified Farming^[5], a company located in Germany. From their About page we read:

"The GGN label stands for certified, responsible farming and transparency. It is designed to help guide you in your day-to-day grocery shopping. Transparency is at the heart of our label – Our label connects you to the roots of your food and plants. And by promoting certified responsible farming that benefits farmers, retailers, and consumers around the globe, we support worldwide sustainable development for the good of future generations and our planet."

And the third plant certificate comes from On the way to PlanetProof^[6], a company located in the Netherlands. From their FAQ page we read:

"On the way to PlanetProof is a quality mark for products and services. On the way to PlanetProof is available for potatoes, vegetables, fruit, dairy, eggs, flowers, flower bulbs, trees and plants and processed products."

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If we visit again the specific page of FloraXchange we see on the right hand side the specific nursery that sells this plant. It comes from Bunnik Plants^[7], a nursery located in the Netherlands.

From their Contact page we read:

"The Bunnik Plants team consists of enthusiastic team players who have a good dose of entrepreneurial spirit and a professional attitude."

Conclusion

FloraXchange is a trading company that connects the buyers with the nurseries, the plant breeders and the like. They don't sell plants themselves, yet they are involved in the horticultural business and they list plants and plant names on their website. Even if they did not begin as "plant-people" they ought to know what they list in their own website. After all, they proudly present three plant-certificates there, and the average plant buyer assumes they know what they are listing is the correct information.

Bunnik Plants though have the greater share of responsibility, since they are a nursery and as it seems  (from the FloraXchange website about the specific product) it's the nursery from which that plant tag was circulated. An average buyer that is going to buy from them assumes that they are buying a plant with the correct label. What if that buyer already had the Tradescantia sillamontana? What if 500 buyers already had the Tradescantia sillamontana?... Then all these consumers have paid for the same plant twice. And what if we see a new plant tag in the future - something like Tradescantia fluminensis 'Velvet Queen' - describing the same plant, a Tradescantia sillamontana? Are then these people going to pay a third time for the same plant?... Can you realize where it leads to?

Personally I don't think that was just a case of a single mislabeled plant tag. By checking their plant catalog at ISUU^[8] I see more plant tags that are mislabeled, such as the Philodendron White Wave → actually a Philodendron 'Birkin'. I have seen this also as Philodendron White Measure.

References

1. FloraXchange

2. IPNI: Tradescantia sillamontana

3. POWO: Tradescantia sillamontana

4. Florensis

5. GGN Certified Farming

6. On The Way to PlanetProof

7. Bunnik Plants website

8. Bunnik Plants catalog @ISSUU

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Variegated Tradescantia zebrina plants

updated: July 25, 2021

Tradescantia zebrina var. tikal
A T. zebrina with natural variegation that does not revert

Variegation in botany : definition

(1) Variegation in general. Variegation simply refers to a variety of color, usually of a leaf or flower, but stems/trunk, branches and even seeds can be variegated as well. In most cases, the cause of the variegation is difference in the amount of pigment (often chlorophyll) in the plant's structure, anywhere from a total lack, resulting in white to pale yellow coloration (depending on the quantity of the xanthophyllic pigments in the leaf--those without any xanthophyllic contribution will be completely white), to a subtle difference, resulting in various shades of green or another color if another chemical coloration is involved. Plants with petals, carpals or leaves that have multiple colors, even if none are white, are still called variegated. Sometimes the variegation is only a variation in the amount of anthocyanins (usually the basis for most red, purple or pink coloration) and there is no lack of chloroplast output. And sometimes it is a combination of both, as one can see in the incredible variation of colors in the bromeliads, Coleus, Tradescantia cultivars and Huechera varieties.

(2) Yellow and white variegation. Variegated leaves with yellow or white variegation occur rarely in nature. Species with these variegated individuals are sometimes found in the understory of tropical rainforests, and this habitat is the source of a number of variegated houseplants.

(3) Viral induced variegation. Infection by a virus can also be a cause of variegation, and this has been studied by scientists, such as in case of the Tobacco Mosaic Virus. in the Commelinaceae family, a virus-induced variegation is believed to be the cause for the yellow variegated Tradescantia cerinthoides aka: Tradescantia cerinthoides f. glabra 'Aureovariegata'.

The variegated zebrinas'

Currently there are six variegated zebrinas both with natural variegation that doesn't revert, and there are also cultivars with white or yellow variegation, where in two of them the variegation will be lost when they are kept in low light for a prolonged period of time.

Tradescantia zebrina - table listing the variegated varieties and cultivars
Tradescantia zebrina with natural variegation	Tradescantia zebrina with white/yellow variegation (cultivars)
Tradescantia zebrina var. mollipila	Tradescantia zebrina var. discolor 'Multicolor'
Tradescantia zebrina var. mollipila 'Purple Plush'	Tradescantia zebrina 'Quadricolor'
Tradescantia zebrina var. tikal	Tradescantia zebrina 'Danny Lee'

The zebrinas' with naturally occurred variegation do not lose their variegation. The cultivars with white/yellow variegation may revert back to green when kept in low light, with the exception of the Tradescantia zebrina 'Quadricolor', since most of the times, the seemingly variegated green branches will develop again the variegated pattern, when exposed in bright light. More information on each of these Tradescantia zebrina plants (and more) can be found on another post: Tradescantia zebrina : varieties, cultivars, hybrids.

Tradescantia zebrina var. discolor 'Multicolor'
this highly variegated cultivar will unfortunately lose its variegation
and it will revert to a discolor zebrina with faint silver stripes on the green leaves,
when exposed in much lower light for a prolonged period of time.

A Tradescantia zebrina var. discolor 'Multicolor' branch with almost complete lack of chlorophyll.
Without chlorophyll plants cannot grow on their own.
They can only grow for some time when attached to the mother plant.

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Tradescantia boliviana

Updated: Sept. 22 2021

Tradescantia boliviana: the spectacular inflorescence (credits of the photo to Stefan Neuwirth),
and a rooted cutting.

Family: Commelinaceae

Accepted name: Tradescantia boliviana^{[1, 2, 3]}

Basionym: Mandonia boliviana^{[1, 2, 3]}

Synonyms: Mandonia boliviana; Skofitzia boliviana; Tradescantia ambigua var. pilosula^{[1, 4]}

Heterotypic synonym: Tradescantia ambigua var. pilosula^[1]

Homotypic synonym: Skofitzia boliviana^[1]

Leaf-texture: pilosulus (somewhat fuzzy)

The Tradescantia boliviana is a relatively recently discovered botanical species in the Commelinaceae family, native to Argentina, Bolivia, Brazil, Paraguay and Peru. It was firstly described in 2004 (Jason R. Grant) as a new species, with distinctively different characteristics than the Tradescantia ambigua^{[2, 3]}.

Description

The small narrow and pilosulus (somewhat fuzzy) leaves have a thin orange border and are slightly jagged at the edge of the leaf. The edge of the leaves is also recurvifolius (having a wavy form; see last image for more) and the arrangement of the leaves is alternate, one leaf per node and at an angle approx 90°.

It’s a summer growing perennial, which needs strictly and completely a dry winter dormancy. It needs full sun to remain upright and then masses of medium sized fuchsia triangular flowers appear along the shoots, very attractive.

Photographic material

Summer growth and colors.

Summer growth and colors.

Summer growth and colors. This plant has thick tuberous roots

Tradescantia boliviana: winter growth. The small narrow leaves are slightly fuzzy
with an orange border on the edge of the leaf, when exposed in bright light.

Tradescantia boliviana: winter growth. Small narrow fuzzy leaves with thin purple stems.

Winter growth.

Some tips on identification: The edge of the leaves is jagged and also recurvifolius (having a wavy form [1]).
And the arrangement of the leaves is alternate, one leaf per node and at an angle approx 90° [2].

References

1. Flora do Brasil 2020: Tradescantia boliviana

2. Biodiversity Heritage Library: Tradescantia boliviana

3. IPNI: Tradescantia boliviana

4. POWO: Tradescantia boliviana

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