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Jeremy Bartlett's LET IT GROW blog

The wonder of plants and fungi.

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Aromatic Pinkgill, Entoloma pleopodium

Jeremy Bartlett's LET IT GROW blog Posted on 28 October, 2022 by Jeremy Bartlett15 November, 2022
Aromatic Pinkgill, Entoloma pleopodium

Aromatic Pinkgill, Entoloma pleopodium.

On Saturday I went on a fungal foray at Gressenhall with Norfolk Fungus Study Group. We saw a great selection of woodland fungi.

Vanna stayed in Norwich and, on the way back from visiting her Mum, went for a wander in Earlham Cemetery in the late afternoon. She brought me back a lovely fungus, one I hadn’t seen before, the Aromatic Pinkgill, Entoloma pleopodium.

Aromatic Pinkgills have previously been found in Norfolk 16 times and the fungus is described by the First Nature website as an occasional find in Britain and Ireland. It also occurs throughout much of mainland Europe, from Scandinavia down to the Mediterranean and the Iberian Peninsula. It was seen in a different part of Earlham Cemetery in 2014.

It’s a very pretty fungus and, if the conditions are right, it has a strong smell of pear drops or ripe apples. There was no smell on Saturday, or on Sunday when Vanna took me to have a look, perhaps because the fungi were rather wet. But on Monday it was sunny and dry and when I showed the fungus to our friend Ian it had a distinctive smell, which reminded me of pear drops, though Ian thought it was more like marshmallow or even bubblegum (note 1).

But the mowers were out in force that day and by the Tuesday there was no sign of Aromatic Pinkgill or any of the other grassland fungi that we’d enjoyed seeing the day before. Another friend visited that day and found short grass, lots of wet grass cuttings and no fungi.

Aromatic Pinkgill, Entoloma pleopodium

More Aromatic Pinkgills, Entoloma pleopodium.

The fungal fruit bodies we see are like the tip of an iceberg. with most of the fungus existing underground as a mycelium. Mowing removes the above ground parts of the fungus but it lives on underground – albeit unable to spread its spores (or to be noticed and recorded).

Strangely, heavy handed cemetery management may actually help this fungus. The Aromatic Pinkgill favours rich soil, often in places where Stinging Nettles grow and the area where we saw ours was a seam of rich soil, presumably churned up by machinery a year or so before when a tree was planted.

Pinkgill fungi (Entoloma) are members of the family Entolomataceae.  They have pinkish gills and pink spores and variously coloured caps. Most can be found in grassland and several species are indicators of good quality grassland. Entoloma comes from two ancient Greek words: entos (inner) lóma (a fringe or a hem). This is a reference to the inrolled cap margins of many of these fungi.

Nearby, we saw Wood Pinkgills (Entoloma rhodopolium), not quite as pretty and with no noticeable smell.

Wood Pinkgill, Entoloma rhodopolium

Wood Pinkgills, Entoloma rhodopolium

And of the Pinkgills that smell, not all are as lovely as the Aromatic Pinkgill. The Mousepee Pinkgill, Entoloma incanum, is said to have an odour reminiscent of caged mice, a fact I can confirm, having found some in North Norfolk a couple of weeks ago.

Notes

Note 1 (Added November 2022) – A week or so after the original Aromatic Pinkgills were cut there were some more, though smaller than the first ones.

I was able to visit the fungi a couple more times, and show them to some friends. We concluded that the way to smell them is to squeeze a piece of the cap and then sniff. This gives a strong and reliable scent of pear drops.

Posted in Fungi, Ornamental | Tagged Aromatic Pinkgill, Entoloma, Entoloma pleopodium, Entolomataceae, Pinkgill fungi

Thorn-apple, Datura stramonium

Jeremy Bartlett's LET IT GROW blog Posted on 9 September, 2022 by Jeremy Bartlett15 June, 2023
Thorn-apple, Datura stramonium

Thorn-apple, Datura stramonium.

Some Like It Hot

Hot summers like this one can be good for plants from warmer climes such as Thorn-apple, Datura stramonium.

Thorn-apple is a spectacular annual plant with large, dull green leaves with irregular jagged teeth. It can grow up to 1.5 metres (five feet) tall and the leaves have a satin texture and an unpleasant smell when crushed (note 1).

Thorn-apple plants have beautiful white trumpet-shaped flowers. These open at night and by late the following morning have usually closed up again. The flowers are followed by the spiny seed capsules that give the plant its English name. The seed capsules dry and split open to reveal masses of black seeds. Dried stems and seed capsules can persist through the winter (note 2).

Thorn-apple, Datura stramonium

Thorn-apple, Datura stramonium, with a flower bud and the spiny seed capsule that gives the plant its English name.

Shades of Night

Datura stramonium belongs to one of my favourite plant families, the Solanaceae (Nightshade family).

The Solanaceae contains plants that provide us with good food: these include potatoes, tomatoes, aubergines (eggplant, if you’re in the United States), peppers and chillies. But the family’s other claim to fame are some of the interesting chemicals (alkaloids) which the plants produce as secondary metabolites (note 3). Well-known examples include nicotine (an addictive drug found in tobacco plants, Nicotiana), solanine (a toxin found in green potatoes) and capsaicin (responsible for the heat of chillies).

A child of the late sixties and seventies, I grew up with Keble Martin’s Concise British Flora in Colour and there was something fascinating about Plate 61, which featured the Solanaceae. I looked longingly at the book, hoping to find these strange plants one day. Henbane (which I wrote about in February 2012) was illustrated, as were Bittersweet (Solanum dulcamara) and Deadly Nightshade (Atropa belladonna) but Thorn-apple wasn’t. Nonetheless I longed to see a plant with “fruit covered with spines, very poisonous” and such a memorable name.

I eventually saw my first Thorn-apple on an allotment neighbour’s compost heap and since then I’ve seen plants in other parts of Norfolk, including on a roadside near Dereham (2018), in a garden with free range hens not far from Wells-next-the-Sea (2020) and on a farm muck heap not far from Blickling (2021).

Datura stramonium is one of the more toxic members of the Solanaceae and contains atropine, hyoscyamine and scopolamine (note 4). These alkaloids are anticholinergics, blocking the action of acetylcholine, one of the body’s neurotransmitters.

Thorn-apple on a muck heap

Thorn-apple on a muck heap, September 2021

Hens and Thorn-apple

Hens amongst Thorn-apple. The seeds are sometimes used as bird food.

A Casual Alien

Most records of Thorn-apple come from waste ground, rubbish tips, cultivated and disturbed ground. It usually occurs as a casual alien (note 5) but it can persist and even reappear after long periods from dormant seeds. The seeds can be brought in via bird seed, and wool and soybean waste. My allotment neighbour kept racing pigeons and his plant came from their food.

Datura stramonium in the British Isles is far from its native home, thought to be the southern United States and Central America, although the Online Atlas of the British and Irish Flora says that its “Native range [is] unknown, possibly America or the Black Sea region”. Thorn-apple was cultivated in Britain by 1597 and grown commercially for alkaloids used to treat asthma. It was first recorded in the wild in 1777.

The Garden Organic website has lots of useful information about Thorn-apple’s lifecycle under British growing conditions. Seeds germinate from May to August, with a peak in May. Cultivation of the soil exposes seed to light and, together with the removal of volatile dormancy-inducing metabolites, this triggers germination. After flowering, the seeds are mature around 30 days after pollination and the seed capsule is ready to split open just 20 days later.

In good growing conditions (such as on my neighbour’s compost heap) a single plant can produce fifty or more capsules, each containing 600 – 700 seeds, giving a total of 30,000 seeds per plant. Seeds can remain viable in the soil for thirty years.

In my experience, however, most plants produce far fewer seed capsules and they are limited by competition from other plants and a lack of bare soil, as well as our climate. Thorn-apple plants are killed by frosts and prefer hotter summers.

The seedlings have a very distinctive appearance and are easy to pull up or hoe out. The RHS suggests wearing gloves when handling Thorn-apple, or washing your hands after touching it. Plants can be composted, but don’t include the seeds if you don’t want offspring.

Not To Be Eaten

Enjoy looking at Thorn-apple: it’s lovely. But don’t try to eat it.

Norfolk’s Eastern Daily Press gave a sensible, fact-based answer to a question from a reader from Toftwood, Dereham who had Thorn-apple growing in her garden (“Thorn-apple, Datura stramonium: This weed is not persistent.“) But a Daily Mail Reporter couldn’t resist writing about how the “Deadly and hallucinogenic Amazonian plant shoots up in British garden… after bird ‘drops seed’” (note 6).

Very small Thorn-apple seedlings.

Very small Thorn-apple seedlings.

Thorn Apple seedlings

Larger Thorn-apple seedlings: now easy to recognise.

“Hallucinogenic” is right, though, if you do eat any part of the plant. And “deadly” too, if you eat too large a quantity. (A given plant’s toxicity will depend on its age, where it is growing, and the local weather conditions.)

Although Datura stramonium has a long history of use as a herbal medicine (including treating asthma, worms, toothache and dandruff), it is very poisonous and the Plants For A Future website advises that it should only be used medicinally with extreme caution and only under the supervision of a qualified practitioner.

Consuming Thorn-apple can lead to an “intensely unpleasurable” experience and even death. Symptoms include visual distortions, dizziness and unavoidable hypnotic sleep (note 7). Within an hour of consumption, the mouth becomes dry, the pupils of the eyes dilate and the skin becomes flushed, followed by nausea, drowsiness and a rise in temperature. Higher doses can result in agitation, rapid heartbeat and hallucinations, followed by delirium, convulsions, coma and sometimes death. Visual disturbances can last up to two weeks (note 8).

Jimsonweed

Datura stramonium owes its common North American name – Jimsonweed – to a famous poisoning incident. “Jimson” is a corruption of Jamestown, the first permanent British settlement in the Americas and the site of Bacon’s Rebellion in 1696.

British soldiers sent to stop the rebellion were served a salad containing large quantities of Datura leaves. The leaves must have been bitter but they ate them and the result was “a very pleasant Comedy; for they turn’d natural Fools upon it for several Days: One would blow up a Feather in the Air; another wou’d dart Straws at it with much Fury; and another stark naked was sitting up in a Corner, like a Monkey, grinning and making Mows at them; a Fourth would fondly kiss, and paw his Companions, and snear in their Faces, with a Countenance more antick, than any in a Dutch Droll.”

The effects lasted eleven days, after which the soldiers “return’d to themselves again, not remembring any thing that had pass’d.” (note 9).

In 2004 a Danish man sold “Witches’ Brew” on the streets of Valencia in Spain, saying people who tried it would “see everything differently”. He was right (factually, if not morally), for those gullible enough to try it experienced hallucinations, accelerated heartbeat and other health problems and five people ended up in hospital. In the same year, two teenagers near San Diego in the United States took Jimsonweed as a prank while on a camping trip and died as a result of accidents while under its influence (note 7).

More recently, in 2019, over 200 cases of Datura stramonium poisoning, including five deaths, occurred in north-east Uganda. A batch of corn-soy food given to villagers as humanitarian relief contained soya beans grown in Turkey and contaminated with Datura stramonium seeds (note 10).

First hand accounts of consuming Datura stramonium give no doubts about the unpleasant effects, as users’ experiences on the WebMD website testify:

  • “A living nightmare that lasts for days. Creepy, terrifying and disturbing visions that are in no way pleasant or enlightening. Not having a grasp of reality at it worst. After, 35 years, it still makes me shudder… DON’T DO IT!”
  • “I don’t remember much except horror for the next 12 hours or so. It made me very sick, and oh boy, I felt like my brain was just not working for days after, like the absolute worst hangover you could ever get.”
  • “This almost killed me, This drug sucks.”

Datura comes from the Hindi and ultimately Sanskrit names for another species, the Indian Thorn-apple, Datura metel (note 11).

The specific name, stramonium, may come from the Greek words for “nightshade” and “mad“. Other English names include “Devil’s Snare” and “Devil’s Trumpet”.

Grow Your Own

If I haven’t put you off, growing various species of Datura (including Thorn-apple) is very easy and rewarding if you have a sunny spot. I grow Datura stramonium (which I let self-seed) and this year its relative Datura innoxia is growing in pots on my patio. It has soft spines on its seed capsules, unlike those of Thorn-apple, hence innoxia, meaning “not noxious” (though it is just as toxic).

Datura seeds are available online, such as from Chiltern Seeds.

If you fancy something a bit bigger, the various species of Brugmansia (Angel’s Trumpets) are tender shrubs with trumpet-shaped flowers like a larger version of Datura. They are beautiful and just as toxic and grow well in large containers. There are seven species (and several hybrids) of Brugmansia but all are only known from cultivation. They were originally classified by Linnaeus as Datura arborea.

Notes

Note 1 – The leaves of Thorn-apple’s close relative, Datura innoxia, have a smell “similar to rancid peanut butter” when crushed. Datura stramonium leaves have the same strange and not particularly pleasant smell.

Note 2 – The white-flowered form of Datura stramonium has green stems but varieties occur with purple stems and flowers that are pale blue (var. chalybaea) or white with a hint of purple. There is also a form with spineless seed capsules, var. inermis. I have only seen the “normal” white-flowered form with spiny seed capsules.

Note 3 – A secondary metabolite is “a compound produced by an organism that isn’t directly involved its normal  growth, development or reproduction. Instead, they generally mediate ecological interactions, which may produce a selective advantage for the organism by increasing its survivability or fecundity“. Secondary metabolites can, for example, make plants less palatable to herbivores or less susceptible to attack by fungi.

Note 4 – These are the main three alkaloids. The paper “Pharmacological properties of Datura stramonium L. as a potential medicinal tree: An overview” (by Soni P, Siddiqui AA, Dwivedi J, Soni V (2012), Asian Pac J Trop Biomed. Vol 2, pp1002 – 1008) lists over sixty tropane alkaloids.

Note 5 – Casual alien plants are species that “may flourish and even reproduce occasionally outside cultivation in an area, but that eventually die out because they do not form self-replacing populations, and rely on repeated introductions for their persistence“.

Note 6 – The headline is ridiculous but the article is largely factual. It warns that Thorn-apple can “create an inability to differentiate fantasy from reality”. This can also be caused by repeated exposure to certain British newspapers.

Note 7 – Described in “Poisonous Plants – A Cultural and Social History” by Robert Bevan-Jones (Windgather Press, Oxford, 2009), pp139 – 142.

Note 8 – From “Poisonous Plants and Fungi – An Illustrated Guide” by Marion Cooper and Anthony Johnson (HMSO, 1994), pp77 – 78.

Note 9 – From  “The History and Present State of Virginia, In Four Parts” by Robert Beverley. The text has been extracted to the Documenting the American South website. The book has recently been reissued by the University of North Carolina Press, with an introduction by Susan Scott Parrish.

Note 10 – Mutebi, R.R., Ario, A.R., Nabatanzi, M. et al. “Large outbreak of Jimsonweed (Datura stramonium) poisoning due to consumption of contaminated humanitarian relief food: Uganda, March–April 2019.” BMC Public Health Vol 22, p623 (2022).

Note 11 – Most of the nine to fourteen species of Datura are native to Central America, especially Mexico. But Datura ferox occurs in China, D. metel in India and Southeast Asia and D. leichardthii in Australia. All three species are now thought to be early introductions from Central America.

D.metel seems to have arrived in Asia from the Americas in pre-Columbian times, perhaps in two stages: from South America to Oceania and then from Oceania to Southeast Asia and South Asia.

This is not as improbable as it may seem: Sweet Potato, Ipomaea batatas, was also transported from the Americas to Polynesia, reaching the Cook Islands by 1210–1400 CE.

Postscript, December 2022

In mid December 2022 Food Standards Australia New Zealand (FSANZ) recalled ‘Riviera Farms’ branded baby spinach products after over 160 people across New South Wales, Australian Capital Territory, Victoria and Queensland suffered symptoms including delirium, hallucinations, rapid heartbeat and blurred vision, with many seeking medical treatment.

An investigation showed that the recalled spinach products were sourced from one producer, with the spinach all located in one field.

Having read this blog post, you’ll already have worked out what caused the mass poisoning: “Weed responsible for hallucinogenic spinach recall identified as thornapple“.

Posted in Ornamental, Poisonous | Tagged Datura, Datura stramonium, Jimsonweed, Solanaceae, Thorn-apple

Rubroboletus rhodoxanthus – new to Norfolk

Jeremy Bartlett's LET IT GROW blog Posted on 25 August, 2022 by Jeremy Bartlett25 August, 2022
Rubroboletus rhodoxanthus

Rubroboletus rhodoxanthus. Found in Norfolk in mid August 2022, growing under a row of Beech trees.

Mid August 2022.

As the drought in Norfolk continued, four of us (Vanna & I and our friends Ian and James) headed out to a site some miles west of Norwich where there was still some wet ground, to look for insects and to see what plants we could find.

We were about to take a break for lunch when Vanna spotted a fungus growing beside the path under a row of Beech trees, a rather chunky bolete. We could easily have missed it altogether, as we could only see the cap from above, grey-brown in the low light beneath the trees, blending in rather well with the bare soil.

We took a closer look and realised we had found something rather special. The cap was mostly greyish-ochre but had a flush of red on its edges. The pores were red and the stem was yellow underneath a network of red veins. It was a very handsome specimen. (It was chunky too – you can see my hand holding the stipe in the photo below.)

Rubroboletus rhodoxanthus

Rubroboletus rhodoxanthus, closer up. Red pores and stem yellow underneath a network of red veins. A very handsome specimen.

Was it Rubroboletus satanas (Devil’s Bolete)? That would have been a good find, as it is quite rare in the British Isles and usually found under Beech, Oak or Hornbeam trees in the chalky parts of southern England. We needed to check. Ian took the fruitbody home and managed to identify our specimen.

Ian used “British Boletes with keys to species” by Geoffrey Kibby (note 1) to key out our beauty as Rubroboletus rhodoxanthus.

Rubroboletus rhodoxanthus

Rubroboletus rhodoxanthus

It was important to take a section through the fungus to confirm its identity: the flesh was bright yellow and stained blue only in the upper half.

Rubroboletus rhodoxanthus

Rubroboletus rhodoxanthus: sections through the stem. The flesh was bright yellow and stained blue only in the upper half. (Photo credit: Ian Senior.)

We had realised by now that we’d found something rather rare.

“British Boletes with keys to species” mentions that Rubroboletus rhodoxanthus has been found in Northern Ireland and Geoffrey Kibby’s “Mushrooms and Toadstools of Britain and Europe, Volume 1” says “rare, as yet only known from Northern Ireland, commoner on the continent” (note 2).

I posted the photographs on the British Mycological Society (BMS) Facebook page and several people confirmed the identification, including Geoffrey Kibby himself (note 3).

Our specimen appears to be the first for Norfolk and the British mainland, and with two records from Northern Ireland, only the third for the British Isles. The very first British record was from the Crom Estate in County Fermanagh in 2009 by Mark Wright, who wrote it up in Field Mycology  (note 4).

Rubroboletus rhodoxanthus was first described in 1836 and recognised as a distinct species in 1925. Until 2014 it was known as Boletus rhodoxanthus, when DNA work resulted in the splitting of Boletus into several other genera. The specific name rhodoxanthus is from rhodo- (rose) and xanthus (yellow). The fungus has been given the English name of Ruddy Bolete by the Natusfera (Spanish iNaturalist) website.

Rubroboletus rhodoxanthus forms mycorrhizal relationships with mature oak (Quercus) and beech (Fagus) trees and occasionally Sweet Chestnut (Castanea). Its distribution is concentrated in the Mediterranean region but it is found further north as well. Its worldwide range is from Morocco in the south to Norway and Sweden in the north, Spain, Portugal and the British Isles in the west and Bulgaria and parts of Russia in the east.

The fungus appears in Roger Phillips’ “Mushrooms and Other Fungi of Great Britain and Europe” (Pan Books, 1981, on page 201) as Boletus rhodoxanthus. His photo was taken in Corsica.

In Scandinavia Rubroboletus rhodoxanthus is considered to be a relict species from earlier, warmer periods and is found in open, sunny localities in broad-leaved woodlands and in tree-covered pastures and meadows (note 5).

Rubroboletus rhodoxanthus is included on the red lists of thirteen European countries. The main threat to the fungus is the loss of its host trees, through drought, pathogens and defoliation, clear felling or development. In some areas intensive trampling or damage to the leaf litter, as side effects of harvesting edible mushrooms in large quantities, could also have a detrimental effect.

Not surprisingly, much of the information on the web about Rubroboletus rhodoxanthus is from other European countries, including Italy, where the Associazione Micologica E Botanica and An Ecosustainable World (Un Mondo Ecosostenibile) websites have lots of great photos.

There are several edible and sought after boletes, such as the Cep or Penny Bun (Boletus edulis). Devil’s Bolete (Rubroboletus satanus) is a well-known exception and eating it can cause diarrhoea, stomach pains and sickness. Poisoning is quite rare, however, because mature specimens smell strongly of rotten garlic.

Rubroboletus rhodoxanthus has a pleasant, slightly fruity smell but is not considered to be edible and may cause adverse gastrointestinal symptoms if consumed. It is much to rare to consider eating anyway, especially in Northern Europe and the First Nature website gives the sound advice that “it seems sensible to leave all red-pored boletes off the menu“.

Just taking a single specimen of Rubroboletus rhodoxanthus to identify is unlikely to have much of an impact as the bulk of the fungus occurs underground as an extensive mycelium, connected to tree roots. Careful, frugal collection of specimens adds to our understanding of fungi and their distribution (note 6).

I am not announcing the exact site of our discovery to the wider world; details will be included on the record when it is submitted. But hopefully you now have an idea of the sort of habitat where you might find your very own Rubroboletus rhodoxanthus at some point in the near future.

Notes

Note 1 – The latest (8th) edition of “British Boletes with keys to species” (2017) is available to buy online from a several natural history bookshops, including NHBS, Pemberley Books and Summerfield Books. The first edition has a glowing review at Boletales.com. Highly recommended.

Note 2 – Three out of an eventual four volumes of Geoffrey Kibby’s “Mushrooms and Toadstools of Britain and Europe” have now been published. The books (over £40 each) are exquisite hardbacks full of very clear and beautiful illustrations. The illustrations for Volume 2 onwards were created digitally, using an Apple Pencil 2 on an iPad Pro. Kibby says in his Preface to Volume 2: “I think this work may have the distinction of being the first field guide produced entirely on such a device; a joy to use and much easier to edit!”

Note 3 – Thanks to everyone who helped with the identification, including several people who were familiar with this species from other parts of Europe.

Note 4 – M. A. Wright, “Boletus rhodoxanthus: First authentic British record.” Field Mycology Vol. 12, pp100 – 102 (2011). Also available as a PDF.

Note 5 – M. Andersson, T. Knutsson and M. Krikorev, “Djävulssopp, falsk djävulssopp och deras djävulskt lika dubbelgångare [The species of the genera Rubroboletus and Imperator in Scandinavia]“. Svensk Mykologisk Tidskrift Vol. 37, pp 12-25 (2016).

Note 6 – In contrast, I sometimes see whole baskets full of a mix of fungi on one of the Facebook foraging pages, posted there with the caption “are any of these edible?”.  It is good to learn about fungi but this is not the way to do it. The only sensible response is to quote the late, great Terry Pratchett: “All Fungi are edible. Some fungi are only edible once.”

Posted in Fungi | Tagged Rubroboletus rhodoxanthus, Ruddy Bolete

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