Anagyris foetida (English common name stinking bean trefoil), is a species of flowering plant in the family Fabaceae, forming a malodorous, Summer-deciduous[Phytognosis http://regenerag.org/blog/2018/4/12/anagyris-foetida-an-underutilized-mediterranean-nitrogen-fixing-shrub Retrieved 30/12/22.][Francisco J Valtueña, Ana Ortega-Olivencia, Tomás Rodríguez-Riaño and Josefa López "Reproductive biology in Anagyris foetida L. (Leguminosae), an autumn–winter flowering and ornithophilous Mediterranean shrub"
Botanical Journal of the Linnean Society, Volume 157, Issue 3, July 2008, pp. 519–532, ] shrub or small tree 2–4 m in height with green twigs bearing grey-green trifoliate leaves clad beneath in silvery trichome. The red-tinged, yellow, Laburnum-like flowers are borne on the previous season's growth and are pollinated mainly by birds[ Encyclopedie Biologique - XXV (25) P. Fournier ( Professor Canon Paul-Victor Fournier )
Le Livre des Plantes Medicinales et Veneneuses de France
pub. Editions Lechevalier - Paris 1947 ed. Paul Lechevalier, Tome I, pp. 81-82.] and bees - notably the buff-tailed bumblebee.The large spot of red pigmentation on the flowers is located on the exterior of the standard, the interior of which bears, in turn, many small, deep red spots.
[Polunin, O. and Smythies B.E. Flowers of South-West Europe: a field guide Oxford University Press 1973 , p. 221.]
Scientific Name
The genus name
Anagyris is a compound of the
Ancient Greek prefix ανα (
ana-) "up / back again / backwards" and γῦρος (
gŷros), "ring" / "round", giving the meaning "bent back into a ring" - in reference to the curved pods of the plant, while the
Latin specific name
foetida is the feminine form of the adjective
foetidus, meaning "stinking" or "smelly" - in reference to the foul stench of the bruised leaves, which is said to resemble that of
Decomposition beans.
[Quattrocchi, Umberto (2012). CRC World dictionary of medicinal and poisonous plants: common names, scientific names, eponyms, synonyms and etymology. Vol. I, A–C, pub. CRC Press Taylor and Francis Group. p. 270, heading Anagyris L. Fabaceae (Thermopsideae).]
Common names
The shrub has a wide variety of vernacular names in the languages spoken around the Mediterranean, most of them alluding to its foul smell and poisonous properties. Into the former category fall the
French language bois puant and the
Italian language legno puzzo – both meaning "stinkwood" - and the
Spanish language hediondo meaning simply "stinker".
Into the latter category (poison-related names) fall two overlapping sub-categories: the first comprising names referencing the similarity in appearance of Anagyris to the
carob tree, with its similarly large and pendent pods, and contrasting it unfavourably with that edible species, and the second, pejorative names containing the names of animals perceived as being in some way noxious. A purely carob-related name is the Italian
carrubazzo meaning "bad carob", the suffix
-azzo providing the pejorative sense, as in
ragazzo now "boy", but with the original sense of "lout", "street urchin" or "slave"
Retrieved at 10.14 on Thursday 26/1/23.
Carob-and-animal names include the
Arabic kharroub kelb /
karrûb el klâb "carob of the dog",
kharroub el-khinzir "carob of the pig" and
kharroub el-maiz "carob of the goat". Animal-and-bean names include the French
fève de loup "bean of the wolf" and the
Maltese language fula tal-klieb and Arabic
fûl el klâb, both meaning "bean of the dog".
Of dog-related plant names it may be noted that in Europe these generally convey a perceived inferiority of some sort when compared to plants fit for humans e.g. a
Rosa canina is scentless
and dog's mercury (as opposed to the true mercury plant) is poisonous.
[Mabey, Richard, Flora Britannica, Sinclair-Stevenson, London, 1996, pp. 256–57. ] Likewise in the
Arab world the dog is deemed a
Unclean animals which feeds on
carrion and other unclean things and is itself
Haram - whence the Arabic language insults
kelb and
ibn al kalb ("dog" and "son of a dog"
Retrieved at 13.08 on Thursday 26/1/23. Regarding the Arab conception of the "carob of the pig", it may further be noted that the pig is the only animal the meat of which is explicitly condemned as
haram in the
Quran ()
(see also Islamic dietary laws).
Distribution
Retrieved at 17.50 on 28/11/22.
Habitat
A. foetida is a tropical or subtropical relict species from the
Tertiary period period ( a status suggested (i.a.) by its unusually large and heavy seeds),
[Francisco J Valtueña, Ana Ortega-Olivencia and Rodríguez-Riaño Tomás "Germination and seed bank biology in some Iberian populations of Anagyris foetida L. (Leguminosae)" April 2008 Plant Systematics and Evolution
]
Retrieved at 10.23 on Friday 16/12/22. which suggests that its original homeland may have lain somewhere in the refugium encompassing the
Balkans,
Turkey and the Black Sea coastal region of the Caucasus.
[Milne, Richard I. and Abbott, Richard John "The origin and evolution of Tertiary relict flora" December 2002 Advances in Botanical Research 38:281–314 Fig. 1, p. 283.
https://www.researchgate.net/profile/Arvind-Singh-21/post/Pre-glacial-Asia-to-Europe-plant-migration-path-via-the-Balkans/attachment/5a623b5eb53d2f0bba4c6e8b/AS%3A584584299298821%401516387166496/download/91.MilneAbbott_AdvBotRes_2002.pdf Retrieved 27/12/22.] The picture is complicated by the fact that it is also an
archaeophyte (ancient introduction - original homeland uncertain). In France it is a rare and protected species now found only in coastal départements, although it once grew also in
Alpes-Maritimes where it is now extinct. It grows in
calcareous soils in seasonally
arid areas exposed to the hottest summer sun, favouring rocky
limestone (as currently at
Mont Faron), often among the ruins of
and
(see also monastic garden), suggesting that it may be a relic of
Horticulture for
Medicinal plants or even to furnish an
arrow poison for military use.
[ Annales de la Société des Sciences Naturelles et d'Archéologie de Toulon et de du Var Tome 69 Fascicule 1 – 1er semestre Année 2017, pub. La Société des Sciences Naturelles et d'Archéologie de Toulon et du Var (SSNATV), , p. 17, section: "Botanique"
]
Retrieved 14/12/22.
Adaptations to growth in Winter and early Spring
Summer leaf-fall
Anagyris foetida is an ultra drought-tolerant member of the Fabaceae family. The large shrub originates in the Mediterranean Basin. The plant illustrates one of the best drought-resisting strategies of mediterranean flora: the plant keeps its leaves through autumn, winter and spring, then it goes completely deciduous in summer, becoming Dormancy and highly resistant to drought.
This pattern of aestivation (summer dormancy)
is more characteristic of many Mediterranean bulbs than it is of the majority of Mediterranean shrubs, which have often adopted the different strategy of
to cope with high Summer temperatures and drought.
[Rix, Martyn (1983). Growing Bulbs. Portland, Oregon: Timber Press. .][ ]
Pollination by birds
Canon Fournier noted as early as 1947 that
A. foetida was primarily bird-pollinated.
This was substantiated by Ortega-Olivencia et al. who carried out a study of the pollinators visiting two populations of the plant in Southwest Spain over a three-year period and recorded their findings in a paper of 2005.
["First Confirmation of a Native Bird-Pollinated Plant in Europe" Ana Ortega-Olivencia, Tomás Rodríguez-Riaño, Francisco J. Valtueña, Josefa López, Juan A. Devesa and Jane Memmott, Oikos
]
Retrieved 9/12/22. Such bird-pollination (
ornithophily) is, so far, unique among the thousands of plant species comprising the Flora of Europe. The avian pollinators recorded in the study were three
passerine species: the Common chiffchaff, the Eurasian blackcap and the Sardinian warbler.
Relevant in this context are the red markings on the flowers of A. foetida, red being a colour particularly noticeable by (and therefore attractive to) birds, with their
Tetrachromacy vision.
The authors offer the following plausible explanation for the unusual form of pollination which has evolved in the case of
A. foetida:
The negligible existence of insect visitors and pollinators of A. foetida flowers could be explained by the early flowering of this species during the autumn–winter, coinciding with the coolest and wettest months of the year (cold, high winds, almost daily mists that persist until nightfall, and above all, abundant rainfall).
A complementary study of a similar kind undertaken by Haran et al. in Israel in 2018 revealed yet further bird species involved in the pollination of
A. foetida, along with a single species which steals nectar from the flowers while seldom acting as a pollen vector.
["Specialist nectarivorous birds ( Cinnyris osea) steal nectar whereas omnivorous birds are pollen transfer vectors of Anagyris foetida" Ron Haran, Ido Izhaki, Amots Dafni Journal of Pollination Ecology
]
Retrieved 9/12/22
In addition to the Common chiffchaff, the Eurasian Blackcap and the Sardinian Warbler the Israeli study documents another six pollinating species: the White-spectacled bulbul, the
Spanish Sparrow, the Common whitethroat, the Lesser whitethroat, Rüppell's warbler and the Eastern Orphean warbler. The species found generally to operate as a
Nectar robbing was the Palestine sunbird (in consequence of its longer bill), although even it could act as a pollinator, on occasion.
As in Spain, bird pollination is explicable by the plant's flowering at a time when weather and temperatures are uncongenial to insect activity: the plant is almost the only shrub in the eastern Mediterranean region that flowers in winter.
Seed dispersal
The fruits of this species mature at the beginning of Summer, and are dispersed by simple fall under gravity. The process of fruit abscission lasts about a month, although really most of the fruits fall in the first two weeks. The fruits are indehiscent and, if they are not eaten by livestock, remain on the ground. After the heat of summer and the arrival of autumnal rains, the papyraceous–coriaceous pericarp (papery, corky pod) begins to rot, passing from brown to blackish in colour, and leaving the seeds exposed. These are large in size, very hard, and of an attractive bluish or violet-bluish colour. At least at present and in the populations studied, A. foetida shows no specialized dispersal mechanism, as is the case in many species of the Iberian Peninsula
- thus Ortega-Olivencia, Valtueña and Rodríguez-Riaño in their data-rich paper of 2008 attempting to account for the relative rarity and decline of Anagyris foetida in Spain - the study focussing on populations of the plant in Andalusia and Valencia. The authors are cautious in applying conclusions drawn from data gathered solely in Spain, but nonetheless offer pointers for future research in other countries where the plant is native.
Soil seed banks
The authors sought to determine whether the plant could form a soil seed bank, while doubting that this could be possible, given the large size and high surface-to-volume ratio of the somewhat flattened, reniform seeds, which would be likely to hinder their slipping through gaps in the soil and their sinking in soil through the action of earthworms and other soil organisms. Their doubts, however, proved unfounded: since the species could indeed form seed banks through two mechanisms: first the seed could sink during the rainy season, when the soil became waterlogged and
, and secondly there emerged evidence that moles were involved in seed burial when they raised molehills while digging their burrows during the winter months, although this occurred only in areas where the soil had not been overly compacted by the trampling of
livestock.
Olive mimicry
While the authors were unable to discover a seed dispersal vector for the plant in Spain, they did discover an intriguing strategy encouraging
endozoochory (consumption of seeds followed by
defecation at a distance) that suggested that a species of bird might be involved. The large blue-black seeds of
Anagyris foetida bear a strong resemblance (particularly when seen from a distance) to the fruits of
Olea europaea var.
sylvestris, the wild
olive, which, being fleshy, brightly coloured and
lipid-rich, have typical characteristics of fruits encouraging dispersal by birds.
The similarity between these fruits and the seeds of Anagyris could lead to dispersal of the seeds of Anagyris by birds in habitats where Olive and Anagyris coexist and are abundant (they are frequently found in the same habitat), because of the birds confusing them with the fruits of Olea. Nevertheless, the test of this hypothesis did not give a positive result in the population studied...
While the authors failed to observe any birds which are habitual consumers of black olives in Spain consuming Anagyris seeds in error, they do not rule out the role of olive
mimicry in seed dispersal in other Mediterranean countries where both Anagyris and Olea are present. (See also Vavilovian mimicry).
Role of sheep
Few seeds can sink to the seed bank in the soil due to the intense pressure of predation by sheep. This is due principally to the shrubby habit of the plants and constant presence of sheep (always present during the period of ripening of the fruits, when predation has the most negative effect).
In Spain, sheep proved to have both negative and positive effects upon seed production and germination. On the negative side, the animals showed a predilection for
browsing on unripe pods (at which stage of development the seeds have not yet acquired a hard testa) and thus destroyed, by
Chewing, a great many seeds before these had had a chance to ripen.
On the positive side, in years of drought, when there was no grass upon which they could
Grazing, sheep would resort to eating fallen pods containing ripe seeds. This suggested to the authors that sheep might be involved in endozoochoric seed dispersal, but examination of their
Feces failed to reveal any ripe seeds that had passed through their guts (which would have involved their being exposed to acid scarification in the animals' stomachs). However, the authors discovered that, in consuming the ripe, fallen pods, the sheep had swallowed the pericarps, but spat out the ripe seeds, having (sometimes) chewed them enough to rupture their leathery testae (seed coats) but not enough to kill the embryos in them - thus improving their rate of germination by up to 48%.
Other possible mammalian and avian vectors
The authors note that horses and cattle play no role in seed dispersal, because they do not browse on the fruits of A. foetida. They speculate that, in habitats modified less by
agriculture than those of the Spanish locales in which they carried out their research, other mammals, such as deer, foxes and hares might be involved (indeed, they do not even rule out sheep completely as vectors elsewhere in the plant's range). Olive mimicry by the seeds might suggest the existence of an avian vector of some kind, but in that instance, scarification would be purely chemical (by stomach acid), not involving mastication, as the seeds would be swallowed whole, without any preliminary chewing. Such chemical scarification by a bird would be less effective than mechanical scarification by the teeth of a mammal in rupturing the seed coat to facilitate imbibition.
Unknown seed dispersal vector
In Spain, the dispersers of A. foetida fruit remain unknown, although this does not mean that the species does not possess them in other populations in its area of distribution. If it still exists italics, this disperser is likely to be a mammal since the latency of the seeds of this species, which are hard and impermeable, is broken physically through biting and by the action of stomach acid.
As the above makes plain, the principal disperser or dispersers of A. foetida may actually be extinct, which conclusion would go some way toward accounting for its relative rarity and would fit with its status as an archaeophyte possibly no longer to be found growing in a truly wild state.
Tough, waterproof seed coats
As suggested by their accumulation in soil seed banks, the seeds of
A. foetida have tough, waterproof testae (seed coats) which enable them to remain viable for a long time. The authors demonstrated this water-resistance clearly by immersing a batch of unscarified seeds (i.e., seeds with undamaged seed coats) in a beaker of water for no fewer than four years - without the least ensuing sign of
imbibition (water uptake necessary for the initiation of germination). Scarification of the seeds before their immersion (whether chemically by acids or mechanically by
Cutting, filing or similar damage from the teeth of sheep) on the other hand, could result in complete imbibition within 48 hours - this being indicated by colour change. The fully-imbibed seeds swelled and lost their purple-black, olive-like tones as the
anthocyanin pigments responsible for this colouration leached away into the water, leaving the swollen seeds cream-coloured - and thus no longer potentially attractive to birds fooled by olive mimicry. These anthocyanin pigments not only mimic the dark colours of black olives, but also confer resistance to pathogens, since they possess antibacterial properties providing a measure of protection of the seed coats from breakdown by soil
bacteria.
Value as a nitrogen-fixing pioneer and companion plant
A. foetida will tolerate a wide variety of soils and has been grown as a fast-growing, nitrogen-fixing
pioneer species in the large-scale
Reforestation of
Fire areas in Southern Europe, using native species. It has also been planted at high densities as a nitrogen-fixing companion plant (albeit a very toxic one) among fruit and nut trees.
Medicinal use
The blossom smells strongly of
Retrieved 18/12/22.
The first to write an account of the folk medicinal properties of
A. foetida [Guérin, Paul Émile Alexis, Recherches sur la localisation de l'anagyrine & de la cytisine
]
Retrieved 29/11/22. was Ancient Greek herbalist and physician Pedanius Dioscorides in his monumental work
De materia medica. He lists the names
onaguris,
anaguris,
anagyros,
acopon, and
agnacopum for the shrub and records distinct uses for the leaves, root and seeds. Concerning the leaves, he recommends a
poultice of the young foliage to treat
edema and an infusion of a small quantity of the leaves in
Straw wine to treat
asthma,
headache and
Oligomenorrhea. He further records two uses of the leaves suggesting uterine stimulant properties: an aid to placental expulsion and an
abortifacient.
Of the root, he writes that it "dissolves and ripens" (presumably in reference to
and
, although this is not specifically stated). His statement "It is hung as an
amulet on those who have hard
Childbirth, yet one must at once (after the woman's delivery) take off the amulet and put it away" presumably also refers to the root, although it is possible that other plant parts are also intended (contact between plant parts and bare skin could conceivably lead to some degree of absorption of active constituents). Concerning the seeds, he says only that their consumption causes excessive vomiting.
[Pedanius Dioscorides, De materia medica Book 3: "Roots of Akanthoda (= Prickly Plants) No. 167 "Anaguris Onaguris" http://www.cancerlynx.com/BOOKTHREEROOTS.PDF]
Eminent French botanist Professor Canon Paul-Victor Fournier (1877-1964) devotes two pages of his three-volume work on the medicinal and poisonous plants of France (published in 1947) to the uses and toxicity of the plant.
The seeds of the plant were formerly employed as an vomiting (which Renaissance doctor and botanist Matthiolus observed was so violent in its action that it could cause internal bleeding), while an infusion of the leaves was used as a laxative, but neither use should be considered safe, given the extreme toxicity of the species.[Usher, George, A Dictionary of plants Used by man, pub. Constable and Company Ltd. 1974, , p. 44.][Polunin, Oleg and Huxley, Anthony Flowers of the Mediterranean, first pub. 1965 Chatto and Windus, 5th impression 1974, , p. 92.]
Toxicity
The alkaloid anagyrine, present in the seeds, causes, in warm-blooded animals, first slowing of the breathing and heartbeat and ultimately cessation of respiration and cardiac arrest.
Alkaloid anagyrine a cause of birth defects
As the specific name foetida (as do various common names in European languages) indicates, the foliage emits an unpleasant smell when brushed against or handled. The plant is very poisonous, containing a variety of quinolizidine alkaloids, including the
Teratology anagyrine (named for the genus Anagyris and occurring also in certain toxic species belonging to the genus
Lupinus[Couch, James Fitton. "Lupine Studies. XIV.1 The Isolation of Anagyrine From Lupinus laxiflorus var.silvicola C. P. Smith." Journal of the American Chemical Society
]
Retrieved 28/11/22.
). The highest concentration of the toxins occurs in the greenish-purple, bean-like seeds, while the second highest occurs in the bark of the root and the lowest concentration in the petals of the flower.
In the course of his research undertaken in 1895, Guérin conducted a thorough investigation into the distribution of anagyrine in the tissues of the plant and concluded that the toxic alkaloid was almost ubiquitous, being present in almost all tissues of the plant at all stages of growth, from seed to mature tree - this in contrast to alkaloid distribution in other notably alkaloidal plants such
Nicotiana and
Papaver species.
Danger to children
The shrub should not be grown in areas where children play because they may be tempted by the bean-like appearance of the seed pods to nibble the attractive seeds, with potentially fatal consequences (- the most dangerous poisonous plants are those combining high toxicity with fruits resembling those of edible species).
Hazardous tainting of milk products
As canon Fournier points out, stock generally avoid browsing upon the plant because of its unpleasant smell and taste, this being fortunate for humans, for, on the rare occasions when
sheep have been forced, by hunger and the unavailability of other fodder, to consume the plant in quantity, their milk has become not merely tainted, but poisonous. Persons who have eaten cheese prepared from such milk have suffered violent vomiting, and, on occasion, (unspecified) symptoms of an even more severe nature.
Case of accidental poisoning in Algeria
Trotter mentions, in passing (and without further elaboration), a case of accidental poisoning by the plant recorded in a work of Vesque's: a group of hungry soldiers,
Ethnobotany for edible wild plants while stationed in Algeria, mistook the seeds of
A. foetida for
, with grave consequences.
[Trotter, Alessandro, Professore nella R. scuola di Viticult. ed Enol. di Avellino Lib. Doc. nella R. Università di Napoli
Flora Economica della Libia : Statistica illustrata delle piante coltivate e delle spontanee utili della regione. Seguíta da una Appendice intorno alle droghe del commercio locale.
Roma tipografia dell'unione editrice Via Federico Cesi, 45 1915. Part of the series Manuali Coloniali, pubblicati a cura del Ministero delle colonie.]
Cultural references: Anagyris and Anagyrous
Lysistrata
That the plant was deemed proverbially smelly in
Ancient Greece is demonstrated by a
exchange near the beginning of the celebrated comedy of circa 411BCE
Lysistrata, by the playwright
Aristophanes:
Several
CALONICE: Hi ! but they're coming now : here they all are : First one, and then another - hoity-toity!
Where are this lot from?
LYSISTRATA: From Anagyrous.
CALONICE: Aha! Well, at any rate we've "stirred up Anagyrous" homophonic. *
-
Note: κινεῖν τὸν ἀνάγυρον (kinein tòn anáguron) "To stir up shake the Anagyris" (meaning the nauseous-smelling shrub Anagyris foetida) was a proverb, used of persons who brought some unpleasantness on themselves compare. Calonice applies the proverb to the similarly deme =suburb, meaning that the influx of Anagyrasian women proved that the deme suburb Anagyrous was thoroughly stirred up i.e..
[The Aristophanes in Three Volumes
]
With English translation of by Benjamin Bickley Rogers M.A., D.Litt, Barrister-at-Law, sometime fellow of Wadham College Oxford
Pub. London
/ref>
Retrieved 1/11/22 others that a playful (possibly traditional) jibe at the inhabitants of Anagyrus may have been intended - to the effect that the Anagyrasians were notably Body odor, because their Hygiene was poor. Aristophanes.
There are two theories concerning the etymology of the suburb name Anagyrous punned upon in Lysistrata (as quoted above): first that it was named for an hero Anagyrous, famed for exacting a terrible revenge upon those who had cut branches from the sacred grove dedicated to him, and secondly that it was actually named for the foul-smelling shrub Anagyris that grew there in such profusion. More light might have been cast on the matter by a lost play by Aristophanes entitled Anagyrous and devoted to the deeds of the vengeful hero. However a measure of confusion over the title of a second play possibly devoted to the same hero makes plain the availability to Aristophanes of a second pun at the expense of the Anagyrasians: the playwright Diphilus also wrote a play entitled Anagyrous, but it remains uncertain whether the title was actually Anargyrous - the insertion of a second 'r' changing the meaning to 'without silver' (prefix αν 'without' + ἁργυρυσ 'silver') i.e. 'penniless' or 'impoverished'. Such wordplay could lend itself both to a comic characterisation of the hero Anagyrous as a ne'
Retrieved 15/12/22.
Persistence of name
The shrub of Anagyrous groweth near all the great roads of the isle, so stinking that it maketh the head to ache, and there doth keep its ancient name, for the common people do call it "Anagyros". So vile its savour that the very famished goats feed not upon it.[Translated from the original French of Pierre Belon in Les noms des arbres et herbes exquises qui naissent sauvages autour du mont Ida de Crete, forming part of his work of 1588 Les observations de plusieurs singularitez et choses memorables trouvées en Grèce, Asie, Judée, Egypte, Arabie et autres pays estranges]
Thus writes Pierre Belon (1517–1564), French diplomat, traveller, and pioneering natural history, in an essay devoted to the notable plants of the area surrounding Mount Ida (now known as Psiloritis) on the island of Crete, which forms part of his Observations - a work devoted to the noteworthy things which he observed during his travels in Arabia, Greece and the countries of the Eastern Mediterranean.
Gallery
Anagyris foetida
File:PikiWiki Israel 83195 mediterranean stinkbush.jpg|Closeup of flower cluster, showing red markings on standard attractive to Ornithophily
File:Anagyris foetida063.JPG|Closeup of flowers showing stamens and a young, protruding pod
File:Anagyris foetidus (15427825069).jpg|Containerised sapling, showing young foliage
File:Anagyris.jpg|Mature shrubby specimen festooned with ripening pods
File:Fesols moros (Anagyris foetida) de la poblacion de Canèssa Lorcha-l`Orxa Vall de Perputxent.jpg|Low-growing, wild specimen, showing spreading canopy of grey-green foliage
File:Anagyris foetida.jpg|Canopy viewed from beneath, showing bark, foliage and ripening pods
4150-Anagyris foetida-Gargano-5.06.JPG|Unripe, paired pods, hanging among proverbially unpleasant-smelling foliage.
File:Anagyris foetida pods and seeds.JPG|Ripe pods juxtaposed with ripe, bean-like seeds
File:Semillas de fesols moros (Anagyris foetida) Canèssia i Castell de Perputxent Lorcha.jpg|Twigs, showing ash-grey bark and single pod split open to reveal toxic, bean-like seeds
File:Anagyris-foetida seeds.jpg|Highly toxic and vomiting bean-like seeds, rich in the Teratogeny alkaloid anagyrine (note superficial similarity to olive fruit)
File:Anagyris foetida Taub104a.png|Engraving showing anatomical detail from the Natürliche Pflanzenfamilien of Paul Hermann Wilhelm Taubert (1891)
Avian pollinators
Generalist species whose short beaks increase the likelihood of transporting
A. foetida pollen on their foreheads and throats
File:Common Chiffchaff.jpg|Common chiffchaff Phylloscopus collybita
File:Blackcap (Sylvia atricapilla) male.jpg|Eurasian blackcap Sylvia atricapilla
File:Sardinian Warbler.jpg|Sardinian warbler Curruca melanocephala
File:White-spectacled bulbul.jpg|White-spectacled bulbul
Pycnonotus xanthopygos
File:Passer Hispaniolensis Male.JPG|Spanish sparrow Passer hispaniolensis
File:Common Whitethroat.jpg|Common whitethroat
Curruca communis
File:Sylvia curruca 1 (Martin Mecnarowski).jpg|Lesser whitethroat Curruca curruca
File:Ruppell's warbler.jpg|Rüppell's warbler Curruca ruppeli
File:Eastern Orphean Warbler - Uzbekistan S4E8419 (18675147404)-cropped.jpg|Eastern orphean warbler
Curruca crassirostris
Avian nectar thief
File:Nectarinia osea2.jpg|Palestine sunbird Cinnyris osea showing beak specially adapted for feeding on nectar
File:Palestine sunbird (Cinnyris osea osea) male.jpg|Palestine sunbird feeding
Insect pollinators
File:Bombus terrestris.jpg|Buff-tailed bumblebee
Bombus terrestris
File:Apis mellifera Western honey bee.jpg|Western honey bee Apis mellifera
See also
External links