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History of mushroom consumption and its impact on traditional view on mycobiota -an example from Poland

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For millennia, fungi have been known by various communities as a valuable source of nutrition and medicines, however traditional view on mycobiota has changed throughout the history. A major role in this context played past scholars and scientists whose impact on attitude towards mushroom collection is also seen in our times. Their confrontation with traditional folk knowledge on mycobiota could be the cause of current division between mycophobic and mycophillic nations. The aim of this article is to present these changes from the perspective of Polish nation, which is currently considered as highly mycophillic. The visible change in scholars' attitude towards fungi and acceptance of folk view on mushrooms took place not earlier than at the turn of XVIII th and XIX th century. Long scientific reluctance to fungal kingdom has caused that knowledge about wild edible fungi is still limited and we still have broadly explore the world of fungi. With the right approach, mushrooms are able to provide us with many, possibly yet unknown benefits.
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Submitted 8 November 2019, Accepted 22 November 2019, Published online 1 December 2019
Corresponding Author: Kotowski MA – e-mail – marcin.andrzej.kotowski@gmail.com
This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits
unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.
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History of mushroom consumption and its impact on traditional
view on mycobiota – an example from Poland
Kotowski MA*
Department of Biology and Biotechnology, Collegium of Natural Sciences, University of Rzeszów, Poland.
Kotowski MA 2019 – History of mushroom consumption and its impact on traditional view on
mycobiota – an example from Poland. Microbial Biosystems 4(3), 1-13.
Abstract
For millennia, fungi have been known by various communities as a valuable source of
nutrition and medicines, however traditional view on mycobiota has changed throughout the
history. A major role in this context played past scholars and scientists whose impact on attitude
towards mushroom collection is also seen in our times. Their confrontation with traditional folk
knowledge on mycobiota could be the cause of current division between mycophobic and
mycophillic nations. The aim of this article is to present these changes from the perspective of
Polish nation, which is currently considered as highly mycophillic. The visible change in scholars’
attitude towards fungi and acceptance of folk view on mushrooms took place not earlier than at
the turn of XVIIIth and XIXth century. Long scientific reluctance to fungal kingdom has caused
that knowledge about wild edible fungi is still limited and we still have broadly explore the world
of fungi. With the right approach, mushrooms are able to provide us with many, possibly yet
unknown benefits.
Keywords Egypt, ethnomycology, mycophilia, mycophobia, macromycetes.
Introduction
The history of mushroom consumption is probably as long as the history of food gathering,
which was one of the main pillars of primeval society’s survival (Boyden 1973). For millennia,
fungi have been known by various communities as a valuable source of nutrition and medicines
(Buller 1914; Wasson, Wasson 1957; Power et al. 2015).
The 2015 study, conducted by the research group connected with Max Planck Institute for
Evolutionary Anthropology in Leipzig, proved the presence of mushrooms in a human diet as early
as the Upper Palaeolithic Period. The discovery emerged from the examination of dental calculus
from teeth found in the Lower Magdalenian burial of a woman, also known as the "Red Lady",
where ochre covered remains were find in 2010 at El Mirón cave in Cantabria (Nothern Spain)
(Power et al. 2015) (Fig. 1.).
Radiocarbon dating of the burial site indicated its age as approximatively 18700 years ago.
The food remains preserved in dental calculus have proven the presence of mushrooms from
Boletales order and other closely unidentified agaric mushrooms in the Red Lady’s diet. Later, but
also significant, was the confirmation of fungal fruiting bodies in practical use by primeval
communities, such as the case of Ötzi. Ötzi was a hunter living around 3300 BCE, whose frozen
body was found in the mountains near the Ötztal valley in Southern Tyrol (Fig. 2.). Among Ötzi’s
equipment three fungal objects were found. The first one was the „Black Matter” which later was
identified as a material prepared from Fomes fomentarius (L.) Fr.. The other two were determined
Microbial Biosystems 4(3): 1–13 (2019) ISSN 2357-0334
http://fungiofegypt.com/Journal/index.html Microbial Biosystems
Copyright © 2019 Kotowski Online Edition
REVIEW ARTICLE
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to be fragments of F. betulina ((Bull.) B.K.Cui, M.L. Han & Y.C. Dai) fruiting bodies. The item
made from F. fomentarius was used by Ötzi as tinder. This fungus is currently known for its use
starting fires. In contrary to F. fomentarius, F. betulina was not used as a tool. It is most probably
the first known example of fungal fruiting bodies’ used as a source of medicine (Peintner, Pöder
2000; Niksic et al. 2015). The research aiming at determination of the state of Ötzi’s health at the
moment of his death indicated the presence of whipworm (Trichuris trichiura L.) in his body,
which is the human parasite classified in the roundworms phylum. Today we have knowledge that
the combination of agaric acid and toxic oils present in F. betulina can be used as a powerful
remedy treating whipworm infection (Capasso 1998).
Fig 1 - Human remains found in the cave of El Mirón (Cantabria, Spain). Press Office of the
Government of Cantabria/Wikimedia Commons. 2010. License: Creative Commons
Attribution – ShareAlike 3.0 Unported.
Fig 2 - Naturalistic reconstruction of Ötzi using forensic methods, exhibited in the South Tyrol
Museum of Archeology. Thilo Parg / Wikimedia Commons. 2014. Bolzano, Italy. License:
Creative Commons Attribution - ShareAlike 3.0 Unported.
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Mushrooms as entheogens
Currently, many researchers suggest the importance of fungi in the creation of early religious
practises (Guzmán 2009). There are many examples suggesting ancient use of fungal fruiting
bodies containing psychoactive compounds in order to achieve metaphysical experiences.
According to the pioneer of ethnomycological research – Robert Gordon Wasson, fly agaric
(Amanita muscaria (L.) Lam.) was the first fungal species used as an entheogen (Fig. 3.). It is
speculated that it was used by people living in north Eurasian woodlands about 9000 BCE
(Wasson, Wasson 1957; Hajicek-Dobberstein 1995). Aside from Siberia, this fungus species was
used during Palaeolithic era for religious purposes in North Europe and in Saharan Region, where
currently macrofungi are considered as a rarity (Samorini 2001; Grzywnowicz 2002;
Grzywnowicz 2007; Wexler 2014; Niksic et al. 2015). The cave paintings found in Tassili
mountain range (south-east Algeria), which depict dancing humans holding items resembling in
shape fungal fruiting bodies are dated 5000 BCE (Samorini 2001).
Fig 3 - Fly agaric (Amanita muscaria). Marcin Kotowski. 2017. Radziejowice, Poland.
The mushroom cult was also present in Mayan culture, who described psychedelic fungi
(mostly species belonging to Psilocybe genus and above mentioned fly agaric) as Teonanácatl,
which meant body and food of gods (Wasson, Wasson 1957; Wexler 2014; Niksic et al. 2015).
It is also believed that the fly agaric could be one of the ingredients of a Vedic ritual drink
Soma, which purpose was to induce hallucinations and to make people capable of achieving heroic
deeds (Hajicek-Dobberstein 1995). In many cultures, the fly agaric was known as a single eye
which supposedly was connected to its resemblance to human eye in early development stage
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(Wasson 1971). That is why it was also associated, among others, with one-eyed Odin, the highest
of the Nordic gods (Hajicek-Dobberstein 1995; Motyka, Marcinkowski 2014) (Fig. 4.). In
Grímnismál, one of the poems included in the oldest known written relic of Icelandic literature –
Poetic Edda, Odin is described as Sithhott or Sidhhottr, which can be translated as long hood or
with broad hat (Bellows 1936, Hajicek-Dobberstein 1995). Undoubtedly, this evokes further
mycological connotations.
Fig 4 - The one-eyed Odin. In: Stofnun Árna Magnússonar á Íslandi. Árni Magnússon. 1765.
Iceland. Licence: Public Domain.
Antique
In Ancient Egypt, mushrooms were regarded as plants of immortality, which were given to
people by the god Osiris. Because of their unique taste, mushrooms were proclaimed as a food
reserved only for Egyptian royalty. Common people were not only disallowed to eat them, but
even forbidden to touch them. (Niksic et al. 2015). Mushrooms were treated with a great affection
also by the Romans (Bill 1860; Albinowska 1916) (Fig. 5.). The ancient Romans described them
as the food of Gods (Niksic et al. 2015). Also in this case mushrooms gained the status of luxury
product, available only for the rulers. Affluent Romans relished truffles (Tuber spp. P. Micheli ex
F.H. Wigg.) most of all, porcini mushrooms (Boletus edulis Bull.), caesar's mushroom (Amanita
ceasarea (Scop.) Pers.), mushrooms (Agaricus spp. L.) and puffballs (Lycoperdon spp. sensu lato
Pers.) (Buller 1914). Among available records related to mushroom use during ancient Roman
times, we can also find the first mentions of knowledge about the poisonous properties of
mushrooms. Rulers’ affection towards mushrooms consumption was used by the poisoners, as
mushrooms became the perfect instrument to overthrow emperors. An example is the case of
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Caesar Claudius, the ruler of the Roman Empire from AD 41 to 54, who was a known mushroom
amateur. The records written by Pliny the Elder reveal that on the day of his death he requested a
dish from the boletes and caesar’s mushrooms (Grimm-Samuel 1991). Before its serving, his wife
Agrippina gave the command to Locusta, a notorious poison maker, to take part in the Claudius
assassination. It is said that she displayed the knowledge of poisonous mushrooms, which she used
in this case. (Herbert, Wójtowicz 2009; Motyka, Marcinkowski 2014; Wexler 2014).
Fig 5 - Mosaic of pig with mushrooms. Museum of Animals, The Museum of Vatican. 200 CE.
Vatican. Licence: Public Domain.
A fondness for mushrooms and a risk connected to their consumption were completely
incomprehensible for Pliny the Elder – a Roman natural philosopher. In his work “Historia
Naturalis” he described fungal ecology claiming that the generative principle of the mushroom is
in the slime and the fermenting juices of the damp earth, or of the roots of most of the glandiferous
trees (Riley 1856). Furthermore, he based his knowledge on overheard stories related to fungi.
Among others, he described dubious methods of distinction between edible and poisonous
mushrooms. For example, he claimed that the safest mushrooms are those with red flesh followed
by the white ones with head resembling a cap worn by the flamines (ancient Roman priests).
(Fig. 6.)
Fig 6 - Portrait of a flamen. Marble. Louvre Museum, Department of Greek, Etruscan and
Roman Antiquities. Ca 250-260 CE. Paris, France. Licence: Public domain.
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According to Pliny, the most poisonous mushrooms are those which have livid colour. Pliny
also mentioned a few known cases of deadly poisonings caused by mushrooms. He listed Annaeus
Serenus, captain of Nero's guard, tribunes and centurions. At the same time, he wonders what great
pleasure, then, can there be in partaking of a dish of so doubtful a character like this? Throughout
the entire description, we can notice a certain fear of mushrooms which today would be named as
mycophobia (Wasson, Wasson 1957; Peintner et al. 2013; Kotowski 2016, 2019). Having in mind
many records of mushroom poisonings, it became impossible for him to investigate whether
certain fungi species are suitable for consumption or not without putting his health and life at risk.
According to Pliny the best solution would be to completely give up on them. While writing down
his thoughts, Pliny was certainly unaware how big impact his words will have on future scientific
perception of fungi.
Medieval and modern Poland
Pliny’s discourse on mushrooms established centuries-old attitude towards mycobiota
among „enlightened” part of human society. His influence was present among scholars even in
countries currently considered as highly mycophillic such as Poland (Kotowski 2019). While
looking through mushroom descriptions present in sixteenth-century works of Polish botanists, we
can find many clear analogies to Pliny’s beliefs. Copy of his points are present in the herbals of
Simon Syrenius (1613), Marcin of Urzędów (1595) and Hieronim Spiczyński (1571). Among the
others, we can find there Pliny’s statement that mushrooms can cure ulcers or so called
excrescences of the fundament, bites inflicted by the dogs or that they are used for freckles and
spots on women’s faces. Another element connecting works of early Polish naturalists with the
attitude of Roman philosopher is the tendency to base knowledge about fungi on overheard stories
about their poisonous nature. In his work Marcin of Urzędów recounts the story of a man who
once ate a dish from mushrooms what nearly costed his life (Fig. 7. A - C)
Mushrooms are bad by nature/they do bad blood in human
I saw when one ate mushrooms/they started to choke him and puncture in lungs/till his death.
/but when someone eat them in excess/then they harm a man/stomach digest them hardly/ and they choke and suffocate
the man/ choleric sickness inducing/ that is yellow diarrhoea. I saw one when he baked them fresh/and fried and
ate/then he swore before God not to eat them anymore/when they left him alive.
Fig 7 - A, B, C - Excerpts from: Herbarz polski to iest o przyrodzeniu ziół у drzew rozmaitych, у
innych rzeczy do lekarzów należących księgi dwoie Marcina Urzędowa. Marcin z
Urzędowa. 1595. Kraków, Poland. Licence: Public Domain.
A
B
C
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Marcin of Urzędów also recalls the famous saying of a Polishmedieval doctor – Maciej
Miechowita, that while preparing mushrooms for consumption you should rinse them, blanch them
briefly, sauté them in butter and then, after seasoning, throw them out of the window.
Hieronim Spiczyński in his herbal wrote (Fig.8.):
I saw a man, who after eating mushrooms fell into gasping/and into whirring and into faintness with the stomach
ache/and from who cold sweat ran/
Fig 8 - Excerpts from: O ziołach tutecznych y zamorskich. Spiczyński, H. 1571. Kraków. Licence:
Public Domain.
Simon Syrenius claimed that mushrooms cause intestinal colic and just concluded that
mushrooms do not do any good. Polish early naturalists also referred to other ancient scholars such
as Pedanius Dioscorides living c. 40 – 90 AD or Claudius Galenus (129 AD – c.200/c.216), who
asserted that poisonous mushrooms grow near rusty iron, poisonous beasts’ dens, rotten clothes
and dung. Preservation of this knowledge was most likely possible due to a long history of
scholarly fear of mushroom poisoning. Teodor Zawacki in his seventeenth-century work„
Memoriale oeconomicum” (1616), advised that people should eat as less as possible mushrooms
to stay in a good health. As the reason for that, he only mentioned that mushrooms are ulcera
terrae, which can be translated as earth’s ulcers. Mushrooms were dealt with distrust even by one
of the most respected Polish naturalists Jan Krzysztof Kluk. While describing fungi, he wrote that
they are either dangerous or useless food for humans (Kluk 1805).
At that time folks, who treated science with caution and did not have access to knowledge
present in scholarly books, have very different attitude towards mushroom collection. Even in the
works of some earlier mentioned Polish naturalists there are reports on well-known affection for
mushrooms not only among common folks, but even well-founded people, who eagerly bought
large amount of mushrooms at local markets. Among species commonly used by local
communities Syrenius listed: grzyby (Boletus edulis s.l.), kozakowie (Leccinum spp.), biele
(Lactarius piperatus (L.) Pers.), rydze (Lactarius deliciosus s.l. (L.) Pers.), posadki or podsadki
(Clitopilus prunulus (Scop.) P. Kumm.), smarze (Morchella spp. Dill. ex Pers.), piestrznice
(Gyromitra esculenta (Pers.) Fr.), olszówki (Paxillus involutus s.l. (Batsch) Fr.) and holubki
(Russula spp. Pers.) (names identification according to: Bartnicka-Dąbkowska 1964; Kotowski
2019).
Currently either Lactarius piperatus, Gyromitra esculenta and Paxillus involutus are
considered as inedible or poisonous in Poland. For centuries, fungi have been important
component of villagers’ diet. They were treated as a common good. According to folks the only
factor able to assign someone’s property was work. Everything that was created by itself, was a
gift from God, so everyone could equally benefit from it (Biegeleisen 1929). Eliza Orzeszkowa in
her work describing relations between common people and nature „People and flowers at the
Niemen river” cite saying Kali chlebno, to nie hrybno, a kali hrybno, to nie chlebno, which means
that when there is a plenty of bread there are no mushrooms and when there are many mushrooms
there is no bread (Orzeszkowa 1888). It shows the significance of mushrooms during times of
scarcity. On the other hand, fungi were also often treated as a delicacy served during holidays. To
this day, mushrooms are considered as an important ingredient of dishes served during Christmas
supper in Poland. They were used in pośnik, which is a set of dishes served during fast-day supper
(Staniszewska 1902). For centuries fungi were also considered as an important source of income
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for rural households. They were sold fresh, dried, salted, fermented or in later years, pickled for
wealthier people or city residents. (Bill 1860; Albinowska 1916, Kotowski 2016). Folks usually
kept for themselves the less valuable species or mushrooms with holes while selling to the
merchants species, such as boletes, truffles, saffron milk caps or mushrooms (Agaricus spp. L.).
Sautéed boletes, saffron milk-caps, yellow knights (Tricholoma equestre (L.) P. Kumm.),
charbonniers (Tricholoma portentosum (Fr.) Quél.), gypsy mushrooms (Cortinarius caperatus
(Pers.) Fr.) or slippery jacks (Suillus luteus s.l. (L.) Roussel) were considered as a delicacy on a
par with meat (Chętnik 1936) (Fig. 9.).
Fig 9 - Mazovian resident collecting mushrooms. Marcin Kotowski. 2016. Radziejowice, Poland.
The difference between fungal species consumed by wealthy and folk people in Poland is
described in the nineteenth-century work of Łukasz Gołębiowski “Households and manors”
(1830). He wrote that wealthy people only knew rydze (Lactarius deliciosus s. l.), smardze
(Morchella spp.), pieczarki (Agaricus spp.) and trufle (Tuber spp.). Common people, on the other
hand, collected syrojeszki (Russula integra s.l. (L.) Fr.), chrząszcze or chrząstki (Lactarius
vellereus (Fr.) Fr.), świniarki (Russula nigricans Fr.), pieprzniki (Cantharellus cibarius s.l.),
gołąbki (Russula aeruginea s.l. Lindbl. ex Fr.), gąski (Tricholoma portentosum), jelonki (Lactarius
torminosus (Schaeff.) Gray), kutmanki (Lactarius piperatus), opieńki (Armillaria spp. (Fr.)
Staude), zielonki (Tricholoma equestre), mleczaje (Lactarius spp. Pers.), babki (Leccinum
scabrum (Bull.) Gray), pożarki (unidentified Boletales) and maśluki (Suillus luteus s.l.) (id.: Bill
1860; Majewski 1894; Bartnicka-Dąbkowska 1964; Kotowski 2019).
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The appreciation of their food values at the courts was described by Adam Mickiewicz in
mushroom picking scene presented in the national epic poem of Poland “Pan Tadeusz”, which is
considered to be the last great epic poem in European literature (Fig. 10.)
Fig 10 - Excerpts from: Pan Tadeusz; Or The Last Foray in Lithuania: A Story of Life Among
Polish Gentlefolk in the Years 1811 and 1812. Mickiewicz, A., George Rapall, N. 1920.
JM Dent & Sons, Limited. Toronto, Canada. Licence: Public Domain.
In the above example we can notice that the scholarly despise for mushrooms was general
knowledge among prosperous Poles. However, due to their own observations and strong traditions,
which could not be undermined by current scholar’s view on fungi, they preserved their own
favourable opinion on the world of fungi. Described in this excerpt species are: Cantharellus
cibarius (fox-mushrooms, orig. lisice), Boletus edulis (pine-lover, orig. borowik), Lactarius
deliciosus (orange-agaric, orig. rydz), Amanita spp. (fly-bane, orig. muchomor), Russula spp.
(leaf-mushrooms, orig. surojadki), Leccinum spp. (kozlak, orig. koźlak), Craterellus
cornucopioides (L.) Pers. (funnels, orig. lejki), Lactarius piperatus s.l. (whites, orig. bielaki),
Lycoperdon spp. (puff-ball, orig. purchawka) (Mickiewicz 1898; id.: Bartnicka-Dąbkowska 1964;
Kotowski 2019).
The visible change in scholars’ attitude towards fungi and acceptance of folk view on
mushrooms took place not earlier than at the turn of XVIIIth and XIXth century. Johan Georg Bill
in his work “The most important edible and poisonous mushroom species” (1860) writes about
rebirth of natural science and scientists’ sacrifice in recognizing mushrooms as a valuable food:
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Finally, however, constant experiments undertaken by the experts who, in order to ensure
our fertile prosperity, for some conclusions sacrificed their own health or even life, caused that
nowadays we can eat many mushrooms without any fear.
He mentioned also overzealous people, who in the past treated all mushrooms as poisonous
or suspicious, basing their beliefs on overheard stories, not on scientific knowledge. Moreover, he
pointed out that because of this fact, many species were wrongly described as poisonous. This
baseless bias caused that and in some cases discouraged people and resulted in the loss of an
important source of food. Polish naturalist Stanisław Bonifacy Jundziłł also noted errors related to
past view on fungi. In his work “Applied botany…” (1799), he wrote that among former botanists,
for a long time fungi have been perceived as deformed and random spawns of decay. On 15th May
1849 on the pages of Warsaw Courier took place a specific kind of confrontation between editor
in chief, Kazimierz Kucz and old-fashioned poet, Stanisław Trembecki. Trembecki stated that the
majority of fungi species are poisonous and, in case of a few exceptions, there is big risk that they
were contaminated by a dust of dried poisonous mushrooms which travels with the wind. He also
supported his arguments with a manipulation known since the Plinian times, which is listing all
known cases of mushroom deadly poisonings. He summarized his description with the comment:
I absolve a pauper, who while looking for food, hazard his life by eating just any dishes, but
for the people who are not in need, it cannot be forgiven.
Above statement was retorted by Kazimierz Kucz, saying: Dear Sir Trembecki, thou by
rootling in some old scraps of paper, want to deprive us from the delight of swallowing
mushrooms, which so many eat without causing any harm to their health.
Summary
The examples from Poland presented here suggest that one of the main reasons behind the
current division on mycophillic and mycophobic societies might be connected to historic scholar
influence on common people and local traditions related to mushroom consumption. Polish
medieval naturalists were highly influenced not only by antique scholars such as Pliny the Elder,
Pedanius Dioscorides or Aelius Galenus, but also by the works of western scholars such as
Pierandrea Matthioli, Leonhart Fuchs or Conrad Gessner (Elbanowski 2014). While analysing
sources of knowledge presented in Polish medieval herbals, we can notice that in majority it was
brought to Poland from areas currently known as mycophobic (Peintner et al. 2013; Elbanowski
2014; Kotowski 2016). Therefore, it is possible that current opinions towards mushrooms is still
shaped by these ancient superstitions.
Currently, we have a much broader knowledge about mushroom nutritional values. They
contain higher levels of potassium and phosphorus than the majority of vegetables, relatively high
amount of ergosterol (provitamin D2) and protein which have intermediate characteristics between
animal and plant proteins. Some species also contain high levels of antioxidants (Kalač 2009).
Moreover, polysaccharides present in fungal fruiting bodies can act as antigens, which are able to
activate immune system and help to prevent cancerous tumours (Kidd 2000; Wasser 2002). It
appears, therefore, that fungi are not so nutritionally useless as it was previously declared.
Nevertheless, knowledge about edible fungi is still limited. As stated in the Polish macrofungi
guide created by Barbara Gumińska and Władysław Wojewoda, in Poland there are around 170
wild growing edible fungi. According to the recent estimations this number should range from
1100 to 1400 species and most of them have unspecified nutritional values (Grzywacz 2008).
Despite being built on mistrust, a rough and one-sided relationship between humans and
fungi has prevailed for centuries. In the human perception, fungi have a long history of committing
treason against their admirers, and this has been inciting mistrust for centuries. Today, however,
we are beginning to notice that these harmful effects stemmed from our unawareness and lack of
knowledge. Regardless of a long history of coexistence, we are still learning to explore the world
of fungi. With the right approach, mushrooms are able to provide us with many, possibly yet
unknown benefits.
11
Acknowledgements
The author would like to thank Prof. Robert A. Blanchette (Department of Plant Pathology,
University of Minnesota, St. Paul, Minnesota, United States of America) for the critical reading of
the manuscript and the two reviewers for their valuable comments. I would like to express my
deep appreciation to Prof. Ahmed M. Abdel-Azeem (Botany Department, Faculty of Science, Suez
Canal University) for suggesting the point of this review and his continuous support during
preparation of the manuscript. Last but not least I would like to thank my supervisor Prof. Łukasz
Łuczaj (Department of Biology and Biotechnology, Collegium of Natural Sciences, University of
Rzeszów, Poland) for revising the Polish version of this review.
The work was financed by the National Science Centre (NCN) within the activities of the
research project Preludium (2015/17/N/NZ9/00963).
References
Albinowska J. 1916. Grzyby w gospodarstwie domowem i handlu, Biblioteka „Macierzy Polskiej"
nr 94, Lwów.
Aspock, H., Auer, H., & Picher, O. 1996. Trichuris trichiura eggs in the neolithic glacier mummy
from the Alps. Parasitology Today, 7(12), 255-256.
Bartnicka-Dąbkowska, B. 1964. Polskie ludowe nazwy grzybów. Prace Językoznawcze 42: 1–
142.
Biegeleisen, H. 1929. U kolebki, przed ołtarzem, nad mogiła...: Birth, wedding, burial discussions.
Nakładem Instytutu stauropigjańskiego. Lwów.
Bill, J. G. 1860. Najważniejsze grzyby jadalne i jadowite: Wyjaśnienie do tablic ściennych
szkolnych, wykonanych według natury w barwnych odciskach przez Antoniego Hartingera;
wydanych pod tymże samym tytułem przez MA Beckera; z rozkazu ck Ministerstwa
Oświecenia skreślone przez jana Jérzego Billa oraz na język polski przełożone. [Dr.:]
Tłocznia OO Mechitharystów. Wiedeń.
Boyden, S. 1973. Evolution and health. The Ecologist, 3(8), 304-309.
Buller, A. H. R. 1914. The fungus lore of the Greeks and Romans, -Trans. Br. Mycol. Soc., 5, 21-
66.
Chętnik, A. 1936. Pożywienie Kurpiów: jadło i napoje zwykłe, obrzędowe i głodowe. Prace
Komisji Etnograficznej Polskiej Akademii Umiejętności; nr 16.
Elbanowski, A. 2014. Obraz Nowego Świata w staropolskiej literaturze botanicznej i
przyrodniczo-lekarskiej... Acta Botanica Silesiaca, 10.
Gołębiowski, Ł. 1830. Domy i dwory: przy tém opisanie aptéczki, kuchni, stołów, uczt, biesiad,
trunków i pijatyki: łaźni i kąpieli; łóżek, pościeli, ogrodów, powozów i koni; błaznów i
karłów, wszelkich zwyczajów dworskich i ró
̇znych obyczajowych szczegółów (Vol. 4).
Wydawnictwa Artystyczne i Filmowe. Warszawa.
Grimm-Samuel, V. 1991. On the mushroom that deified the Emperor Claudius. The Classical
Quarterly, 41(1), 178-182.
Grzywacz, A. 2008. Różnorodność biologiczna grzybów w lasach. In: A. Grzywacz (Ed.), Zasoby
przyrodnicze lasów Polski. Wydawnictwo PTL. 23–37.
Guzmán, G. 2009. The hallucinogenic mushrooms: diversity, traditions, use and abuse with special
reference to the genus Psilocybe. Fungi from different environments, 256-277.
Hajicek-Dobberstein, S. 1995. Soma siddhas and alchemical enlightenment: psychedelic
mushrooms in Buddhist tradition. Journal of Ethnopharmacology, 48(2), 99-118.
Herbet, M., & Wójtowicz, E. J. 2009. Znajomość roślin trujących na przestrzeni wieków, Farm
Przegl Nauk, 6, 47-50.
Jundziłł, B. S. 1799. Botanika stosowana czyli wiadomość o własnościach y uzyciu roslin w
handlu, ekonomice, rękodziełach, o ich Oyczyźnie, mnożeniu, utrzymywaniu według układu
Linneusza. Wilno.
12
Kalač, P. 2009. Chemical composition and nutritional value of European species of wild growing
mushrooms: A review. Food chemistry, 113(1), 9-16.
Kluk, K. 1805. Dykcyonarz roslinny: w którym podług układu Linneusza są opisane rosliny
nietylko kraiowe dzikie, pożyteczne, albo szkodliwe: Na roli, w ogrodach, oranżeryach,
utrzymywane: Ale oraz i cudzoziemskie, ktoreby w kraiu poźyteczne byc mogły: Albo z
ktorych mamy lekarstwa, korzenie, farby...: z poprzedzaiącym wykładem słów
Botanicznych, i kilkokrotnym na końcu Reiestrem. A-E (Vol. 1). Drukarnia Xięży Piarów.
Warszawa.
Kotowski, M. 2016. Differences between European regulations on wild mushroom commerce and
actual trends in wild mushroom picking. Slovenský národopis, 64(2), 169-178.
Kotowski, M. A., Pietras, M., & Łuczaj, Ł. 2019. Extreme levels of mycophilia documented in
Mazovia, a region of Poland. Journal of ethnobiology and ethnomedicine, 15(1), 12.
Kucz K. 1849. Kurier Warszawski, nr 127.
Linde S. B., Bielowski A. 1858. Słownik języka polskiego: G-L, Tom 2. Zakład Narodowy imenia
Ossolińskich. Wrocław.
Łukasiewicz J.: K.1845. Pliniusza Starszego Historyi Naturalnej Ksiąg XXXVIII, przekład wg
Łukasiewicza J.: Księgarnia i Drukarnia J. Łukasiewicza, Poznań
Majewski, E. 1894. Słownik nazwisk zoologicznych i botanicznych polskich: Słownik łacińsko-
polski (Vol. 2). Nakład autora, Warsaw.
Mickiewicz, A. 1834. Pan Tadeusz, czyli, Ostatni zajazd na Litwie: historja szlachecka z r. 1811 i
1812, we dwunastu księgach, wierszem. Wydawn. Zakładu Narodowego im. Ossolińskich.
Mickiewicz, A., George Rapall, N. 1920. Pan Tadeusz; Or The Last Foray in Lithuania: A Story
of Life Among Polish Gentlefolk in the Years 1811 and 1812. JM Dent & Sons, Limited.
Toronto, Canada.
Motyka, M., & Marcinkowski, J. T. 2014. Dlaczego zażywali środki psychoaktywne? Cz. I. Rola
i znaczenie środków psychoaktywnych w kulturze: od Pradziejów do początku XX wieku.
Niksic, M., Klaus, A., & Argyropoulos, D. 2015. Safety of Foods Based on Mushrooms.
Regulating Safety of Traditional and Ethnic Foods, 421.
Orzeszkowa, E. 1888. Ludzie i kwiaty nad Niemnem. Wisła, 2, 1-15.
Peintner, U., & Pöder, R. 2000. Ethnomycological remarks on the Iceman’s fungi. In The Iceman
and his Natural Environment (pp. 143-150). Springer Vienna.
Peintner, U., Schwarz, S., Mešić, A., Moreau, P. A., Moreno, G., & Saviuc, P. 2013. Mycophilic
or mycophobic? Legislation and guidelines on wild mushroom commerce reveal different
consumption behaviour in European countries. PloS one, 8(5), e63926.
Pliny, B. J., & Riley, H. T. 1856. The natural history of pliny, vol IV. Henry G. Bohn, London.
Power, R. C., Salazar-García, D. C., Straus, L. G., Morales, M. R. G., & Henry, A. G. 2015.
Microremains from El Mirón Cave human dental calculus suggest a mixed plant–animal
subsistence economy during the Magdalenian in Northern Iberia. Journal of Archaeological
Science, 60, 39-46.
Samorini, G. 2001. New data on the ethnomycology of psychoactive mushrooms. International
Journal of Medicinal Mushrooms, 3(2-3), 257-278.
Spiczyński, H. 1571. O ziołach tutecznych y zamorskich. Kraków.
Staniszewska, Z. 1902. Wieś Studzianki. Zarys etnograficzny, 162-195.
Syreński, S. ca 1540-1611. Zielnik Herbarzem z ięzyka Łacinskiego zowią To iest Opisanie własne
imion, kształtu, przyrodzenia, skutkow, y mocy Zioł wszelakich Drzew Krzewin y korzenia
ich, Kwiatu, Owocow, Sokow Miasg, Zywic y korzenia do potraw zaprawowania Takze
Trunkow, Syropow, Wodek Lekiwarzow, Konfektow [...] pilnie zebrane a porządnie
zapisane przez D. Simona Syrennivsa.
Wasson, R. G. 1971. The soma of the Rig Veda: what was it?. Journal of the American Oriental
Society, 169-187.
13
Wasson, V. P., & Wasson, R. G. 1957. Mushrooms Russia and history by Valentina Pavlovna
Wasson and R. Gordon Wasson. Pantheon Books.
Wexler, P. 2014. History of Toxicology and Environmental Health: Toxicology in Antiquity II.
Academic Press.
z Urzędowa, M. 1595. Herbarz polski to iest o przyrodzeniu ziół у drzew rozmaitych, у innych
rzeczy do lekarzów należących księgi dwoie Marcina Urzędowa. Kraków.
Zawacki, T. 1891. Memoriale oeconomicum. 1616 (No. 15). W druk. CK Uniwersytetu
Jagiellońskiego.
... In our opinion, this can be explained by social changes in habits, as mushroom picking was much more popular in the past, until the end of communist rule in Poland (1989), and then gradually declined. Another abrupt change in relation to the age of the respondents is a much lower self-assessment of knowledge about mushrooms in the younger group (18)(19)(20)(21)(22)(23)(24). ...
... In Figure 13c, we can observe the analysis on the dimension of respondents' age group, and two outliers can be observed at the opposite ends of the scale (we do not treat the age group of <18 as reliable answers due to the small number of responses). Firstly, mushrooms are used much less frequently for medicinal purposes in the young adult group (18)(19)(20)(21)(22)(23)(24) and much more frequently in the elderly group (>65). This can easily be explained by the different health statuses of young and older people and the different needs for medical treatments. ...
... The first two questions, Q.1 and Q.2, concern the study of mushrooms and even the development of traditions. For thousands of years, mushrooms have been known in various communities as a valuable source of food and medicine, but the traditional view of mycobiota has changed throughout history [21]. Early explorers and scientists, whose influence on the approach to mushroom picking can also be observed in our time, played an important role in this. ...
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... In Africa, as in several developing countries around the world, wild edible mushrooms have always been an important component of foodstuffs intended for human consumption [1][2][3][4]. Several studies have reported that edible mushrooms are valuable healthy and nutritious foods, low in calories and rich in vegetable proteins, vitamins, and minerals [5][6][7][8][9]. ...
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... Mushroom harvesting in Poland has been a common practice for centuries, with various species of mushrooms being collected from forests and fields throughout the country [29]. The most common species harvested in Poland include Boletus edulis, Cantharellus cibarius, and Lactarius deliciosus [5]. ...
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Wild mushroom foraging has a long tradition, especially in the region of Central Europe. Wild mushrooms are a valuable food resource, as they provide nutritional benefits to the European population. They offer a relatively high content of protein and are traditionally used in many European cuisines as a substitute for meat. This is particularly true in times of crisis, such as wars and pandemics. The study presented in this paper shows that wild mushrooms can substitute around 0.2 percent of daily protein intake and contribute around 3% to the agricultural output of the Czech economy, which was selected as a representative for Central Europe. The calculated real price of wild mushrooms indicates their increasing popularity as a source of food protein in Central Europe, while their price seems to be independent of the quantity supplied.
... According to radiocarbon analysis mushroom age found to be around 18 700 years old. The existence of mushrooms from the Boletales order and other nearly unidentified agaric mushrooms in the Red Lady's diet has been proved by food remains preserved in tooth calculus [22]. We now know that the combination of agaric acid and toxic oils found in Fomitopsis betulina can be used to treat whipworm illness effectively. ...
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Edible Mushrooms have been valued as a valuable food source due to its nutritional and medicinal characteristics. Edible mushrooms contain various bioactive components such as proteins, polyunsaturated fatty acids, polysaccharides, dietary fibers, amino acids, vitamins, and minerals. They have essential health effects, such as antioxidant, antimicrobial, immune-stimulatory, and anticancer, cholesterol-lowering properties. Because of their nutritional and medicinal benefits, mushrooms have become increasingly popular in recent years all over the world. Mushrooms were considered immortality plants in Ancient Egypt and were given to mankind by the god Osiris. Mushrooms were declared a delicacy reserved only for Egyptian nobility due to their distinct flavor. The current study focuses on the common species of edible mushrooms in Egypt and their different bioactive ingredients, nutritional values and the health benefits.
... Traditionally, eating mushrooms was a sign of social status, however, today, most people eat mushrooms for their health-promoting properties (Buller, 1915;Otieno et al., 2022). Numerous biologically active compounds have been discovered in mushrooms, including bioactive proteins, triterpenes/triterpenoids, and polysaccharides such as glucans, ganoderan etc. (Gasecka et al., 2017;Kala c, 2009;Kotowski, 2019;Lindequist et al., 2005). These compounds have potent anticancer, antiproliferative, anti-inflammatory, antiviral, hypotensive, and antithrombotic properties (Cheung, 2008;Roupas et al., 2012). ...
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Toxicology in Antiquity is the first in a series of short format works covering key accomplishments, scientists, and events in the broad field of toxicology, including environmental health and chemical safety. This first volume sets the tone for the series and starts at the very beginning, historically speaking, with a look at toxicology in ancient times. The book explains that before scientific research methods were developed, toxicology thrived as a very practical discipline. People living in ancient civilizations readily learned to distinguish safe substances from hazardous ones, how to avoid these hazardous substances, and how to use them to inflict harm on enemies. It also describes scholars who compiled compendia of toxic agents. Provides the historical background for understanding modern toxicology Illustrates the ways ancient civilizations learned to distinguish safe from hazardous substances, how to avoid the hazardous substances and how to use them against enemies Details scholars who compiled compendia of toxic agents.
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From Pliny the Elder, who was his contemporary, to the present, the unhappy ending of the fourth Julio-Claudian emperor's life is often and uncritically retold. Thus Agrippina's poisoned mushrooms have become proverbial through the writings of Pliny, Juvenal and others. Historical evidence surrounding the circumstances of his death is, however, vague, contradictory, and open to alternative explanations. In the present note I shall argue for the simplest of these: that the emperor Claudius died after having ingested – either through criminal intent, or by sheer accident – the most W poisonous of mushrooms, Amanita phalloides or Death Cap.