Are 'alien eggs' hatching in British countryside? Mysterious foul-smelling plants baffle internet
10:09, 23 DEC 2015 UPDATED 11:03, 23 DEC 2015 BY KARA O'NEILL

The bizarre plants hatch out of a jelly-like pod before emerging with four red tentacles covered in brown goo

This mysterious 'egg' had some internet users baffled - after they believed it was an 'alien life form' hatching in a field in Britain.

The weird jelly-like egg was found in the New Forest in the south of England by conservationist Dan Hoare, who posted pictures of his discovery on Twitter.

One person wrote "I've always thought all fungi are from another world. This one proves it!"

Another added: "Alien?!"

Unsurprisingly, the egg is not actually an alien hatching - but a rare plant , usually found overseas.

Devil's finger, which is also known as octopus stinkhorn, is related to the common stinkhorn, a well-known woodland fungus in Britain.

Alien eggs hatching in the new forest: the wonderfully weird Devil's Fingers pic.twitter.com/wiFeYr22vO

— Dan Hoare (@DJHbutterflies) November 10, 2015
It produces a sticky, brown substance designed to attract flies which in turn spread its spores to other locations.

According to Kew Royal Botanic Gardens, the plant is native to Australia and New Zealand but has been introduced elsewhere over the years.

It was first found in Britain at Penzance in Cornwall and was later found in parts of Sussex.

Read more: Mysterious 'alien eggs' baffle the internet after being found in frozen lake

It has since been discovered in Bedfordshire, Hampshire, Kent, Suffolk, Surrey and the Channel Islands.

Its distribution is slowly expanding.

RELATED TOPICS : NATURAL WORLD, ALIENS

NajeyRifai
It's not a plant (it's a fungus), we know where they come from (accidentally introduced by researchers in Exeter University), they aren't anything new (reported as far back as the seventies.

http://www.mirror.co.uk/news/weird-news/alien-eggs-hatching-british-countryside-7060326/
---------------

Can someone please find a link so I can read what this FUNGUS is.
And maybe post pics of this UGLY thing.

Another added: "Alien?!"

Unsurprisingly, the egg is not actually an alien hatching - but a rare plant , usually found overseas.

Devil's finger, which is also known as octopus stinkhorn, is related to the common stinkhorn, a well-known woodland fungus in Britain.




http://www.mushroomexpert.com/phallaceae.html

Alien Xenomorph - Eggs Scene:

http://youtu.be/m9ebkHoU4Zk/ 00:30

Major Groups > Stinkhorns

MushroomExpert.Com

Stinkhorns: The Phallaceae and Clathraceae

[ Agaricomycetes > Phallales . . . ]

by Michael Kuo

Stinkhorns are amazing mushrooms, notorious for popping up suddenly and unexpectedly in urban settings. They are very diverse in appearance, but all of them share at least two features:

Some part of the fruiting body, at some stage in development, is covered with a foul-smelling slime.

The fruiting body arises from an "egg," traces of which may disappear by maturity.

Beyond these shared features, however, just about anything goes, and stinkhorns range from looking rather like morels to appearing like, um, a portion of canine anatomy, or odd marine creatures with tentacles, or crab claws, Wiffle balls, Chinese lanterns, and so on.

Stinkhorns occur "naturally" in North America, especially in subtropical and tropical regions--but some stinkhorn fruitings in temperate and north-temperate climates may be caused by human endeavors, resulting from the transportation of soil, sod, wood chips, trees, and so on. Thus Lysurus mokusin appears outside a library in Lawrence, Kansas, and Aseröe rubra shows up in gardens in South Carolina.

The method the stinkhorns use to disperse spores is quite ingenious, though a little disgusting to human sensibilities. The foul-smelling slime is calculated to attract flies and other insects, who land on the slime and gobble it up. Little do the insects know that they have been duped into covering their little insect feet with stinkhorn spores, and have ingested spores into their digestive tracts! Later, these spores are dispersed by the unwitting insects, and the stinkhorn life-cycle continues elsewhere.

One stinkhorn, Phallus impudicus, is often mistaken for a yellow morel by summer morel hunters who are hunting with their hearts instead of their minds. However, the season alone (to say nothing of the presence of stinky slime and the underground "egg") should serve to separate the stinkhorn; morels don't grow in summer . . . and "de Nile" is not just a river in Egypt.

I doubt that any mushrooms, with the possible exception of Leucocoprinus birnbaumii (which pops up out of nowhere in people's flower pots), generate more "What's This Mushroom?" e-mails than the stinkhorns. They are truly astonishing when they grow literally overnight in your yard or garden. So, to anticipate a few questions in advance: No, they won't hurt you (or your children, or your pets); No, I will not tell you how to get rid of them (it's pretty much impossible, but even if they were easily eradicated, why would a mushroom lover tell people how to kill mushrooms?); and Yes, I would love to see your photos (my e-mail address is on this page).


Phallus impudicus
Phallus hadriani

Aseroe rubra
Aseröe rubra

Lysurus mokusin
Lysurus mokusin


Traditionally, two families of stinkhorns were recognized. The Phallaceae held stinkhorns with unbranched stems, including species of Mutinus, Phallus, and Dictyophora (now synonymized with Phallus), among others. The Clathraceae included stinkhorns with branched stems and those with funky, latticed structures--including Clathrus, Lysurus, Colus, Laternea, and others. Although the current Dictionary of the Fungi contradicts itself on the status of these two stinkhorn families (the entry for the order Phallales includes the Phallaceae but not the Clathraceae, while the entry for the Clathraceae indicates it belongs in the Phallales) it is rather a moot point, since recent DNA research has indicated that the order Phallales also includes many coral mushrooms, species of Gomphus like Gomphus floccosus, and earthstars like Geastrum saccatum. See the page for the Phallales for further information.

Key to 25+ North American Stinkhorns

Note: Some species from Central America have been included on the assumption that they may range into tropical and subtropical regions of North America. Some non-North American stinkhorns are treated at the site, but not in the key below. They include Colus pusillus, Ileodictyon cibarium, Ileodictyon gracile, Phallus cinnabarinus, Phallus multicolor, and Lysurus corallocephalus. It should also be noted that stinkhorns are notorious for appearing where they are not supposed to appear, geographically, since they are easily spread through human endeavors.

1. Spore slime occurring on a ring (reminiscent of a napkin ring) near the top of a white stinkhorn with Swiss-cheese-like holes; subtropical to tropical.
Staheliomyces cinctus

1. Not as above.
2


2. Spore slime occurring near the top of an unbranched structure (a stem that does not split into separate arms, columns, claws, or tentacles), on the outer surface.
3

2. Spore slime occurring on the inner (rarely on the outer) surfaces of a branched, latticed, or columned structure which may or may not sit on top of a stem.
12


3. Without a clearly distinct "head" or "cap" to bear the spore slime--the stem merely covered with slime near the top.
4

3. With a distinct "head" or "cap" to bear the spore slime.
7


4. Mature stem orange or reddish orange.
5

4. Mature stem rose pink (without orange shades), or white.
6


5. Spore slime covering only 2-3 cm, the tip of the stem abruptly rounded; spores 3.5-5 x 1.5-2 µ.
Mutinus caninus

5. Spore slime covering more than 2-3 cm, the stem gracefully tapering to a point; spores 4-7 x 2-3 µ.
Mutinus elegans


6. Mature stem white (all the way to the apex, under the slime); originally described from Oregon, recorded from Michigan (range undetermined).
Mutinus caninus var. albus
see Mutinus elegans

6. Mature stem dark rose pink above, rose pink to whitish below; rather stocky; stem surface with large pits; common in northeastern North America.
Mutinus ravenelii


7. Mature stinkhorn with a netted "skirt" (reminiscent of a doily on your grandmother's coffee table) hanging from the cap.
8

7. Mature stinkhorn lacking a "skirt."
9


8. Skirt 3-6 cm long, not extending to the ground; fairly common in eastern North America.
Phallus duplicatus

8. Skirt longer than above, often extending nearly to the ground; likely to occur only in tropical and subtropical locations or in greenhouses.
Phallus indusiatus


9. Mature stinkhorn with a skinny, red to scarlet or orange stem.
Phallus rubicundus

9. Mature stinkhorn with a fairly thick whitish, yellowish, or pinkish stem.
10


10. Cap smooth or finely granular beneath the spore slime; found east of the Rocky Mountains.
Phallus ravenelii

10. Cap pitted and ridged beneath the spore slime; eastern or western in distribution.
11


11. Egg and volva whitish to yellowish.
Phallus impudicus

11. Egg and volva pinkish to purplish.
Phallus hadriani


12. With a more or less central, single (not composite) stem that is clearly visible above the volva for at least a few centimeters; the stem may then split into columns or tentacles (which may or may not rejoin at the very top), or it may support a latticed structure.
13

12. Central stem if present composite, composed of multiple arms fused together--or stem absent or rudimentary, not extending more than a centimeter above the volva.
19


13. Stem with four to six well defined sides.
Lysurus mokusin

13. Stem more or less round in cross-section.
14


14. Stem holding aloft a cross-latticed ball.
Lysurus periphragmoides

14. Stem holding aloft a pointed structure that lacks prominent cross-lattices--or stem branching into vertical arms, appearing like claws or tentacles, that may fold back by maturity.
15


15. Stem holding aloft a pointed structure with 4-6 short columns (under 4 cm long) that are firmly fused at their tips at first but may separate slightly at maturity.
16

15. Stem terminating with 3-22 long arms (longer than 4 cm) that may or may not be joined at their tips initially, but by maturity may be separated and spread out like octopus or squid tentacles.
17


16. Claws covered with spore slime all the way to their bases, almost always separating and folding back somewhat by maturity; reported from Ohio and Kansas, and to be expected throughout subtropical and tropical North America.
Lysurus cruciatus

16. Claws covered with spore slime except at their bases, rarely separating or folding back at maturity; reported from Asia and Africa.
Lysurus gardneri


17. Arms or tentacles thin, numbering 5-22, never connected at the top; spore slime covering the disc between the tentacles, or the bases of the tentacles (or both), but not extending to their tips.
Aseröe rubra

17. Arms or tentacles fairly thick, numbering 3-7, initially connected at the top; spore slime covering inner/upper surfaces of arms, all the way to their tips.
18


18. Arms numbering 4-7, usually separating and peeling back almost to the ground by maturity; documented from California; spores 4-7.5 x 2-2.5 µ.
Clathrus archeri

18. Arms numbering 3-4, usually remaining fused at their tips or peeling back only slightly by maturity; documented from northeastern North America and Kansas, to be expected across the continent; spores 3.5-4.5 x 1.5-2 µ.
Pseudocolus fusiformis


19. Stinkhorn consisting of a cage-like structure, with horizontal cross-lattices (at least near the top of the structure) in addition to vertical lattices.
20

19. Stinkhorn without horizontal cross-lattices, consisting only of vertical columns which may or may not be fused at their tips--and which may or may not peel back at maturity to appear like the arms of an octopus or squid.
24


20. Cross-lattices numerous, but only occurring at the top of the stinkhorn, held aloft by 4-6 vertical columns which are often fused together into a stemlike structure; reported from Jamaica.
Colus hirudinosus
see Colus pusillus

20. Cross-lattices not restricted to the top of the stinkhorn; variously distributed.
21


21. Cross-lattices rare, only occasionally occurring between 2-5 thick, vertical columns that are fused at their tips.
Clathrus columnatus

21. Cross-lattices frequent, creating a cage-like appearance.
22


22. Growing in Florida and along the Gulf Coast; holes in the cage surrounded by "coronas" (see the photos on the page linked to the right); spores about 4 µ long.
Clathrus crispus

22. Growing on the West Coast, or in Mexico, or in the Caribbean; holes lacking coronas; spores 4-6 µ long.
23


23. Stinkhorn a red to orangish cage-like structure; growing in California (especially in the Bay Area) and Mexico.
Clathrus ruber

23. Stinkhorn a bright yellow cage-like structure; documented in Cuba and Jamaica.
Clathrus baumii


24. Spore slime borne only on a structure (a "glebifer") that hangs at the top of the stinkhorn, under the arches formed by vertical columns which are fused at their tips.
25

24. Spore slime not limited to an apical glebifer.
26


25. Columns crested with fringed or scalloped edges.
Laternea pusilla

25. Columns not crested.
Laternea triscapa


26. Columns white to pale beige when fresh; documented from Texas and Mexico.
27

26. Columns not white to pale beige when fresh; variously distributed.
28


27. Columns whitish to pale beige; outer sides with grooves; known from Mexico.
Blumenavia toribiotalpaensis

27. Columns white; outer sides without grooves; known from Texas, the Caribbean, Africa, and South America.
Blumenavia angolensis


28. Spore slime confined to the upper portion of the interior surfaces of the columns (rarely lower than the top half).
29

28. Spore slime covering the entire interior surfaces of the columns, from top to bottom.
30


29. Stinkhorn with 2-5 columns up to 15 cm tall; reddish to orangish; occasionally with a cross-lattice or two; distributed from New York to the Gulf States, Illinois, and Mexico; especially common in Florida.
Clathrus columnatus

29. Stinkhorn with 2 columns up to 9 cm tall; orangish or yellowish; without cross-lattices; recorded from California.
Clathrus bicolumnatus


30. Arms numbering 4-7, usually separating and peeling back almost to the ground by maturity; documented from California.
Clathrus archeri

30. Arms numbering 3-6, remaining fused at their tips or peeling back only slightly by maturity; variously distributed.
31


31. Arms numbering 3-6; outer surfaces grooved; edges of arms appearing toothed; known from Mexico and the Caribbean southward.
Blumenavia rhacodes

31. Arms numbering 3-4; outer surfaces not grooved; edges of arms not appearing toothed; documented from northeastern North America to Kansas, to be expected across the continent.
Pseudocolus fusiformis




References

Arora, D. & W. Burk (1982). Clathrus archeri, a stinkhorn new to North America. Mycologia 74: 501-504.

Blanton, R. L. & W. Burk (1980). Notes on Pseudocolus fusiformis. Mycotaxon 12: 225-234.

Burk, W. R. (1979). Clathrus ruber in California and worldwide distributional records. Mycotaxon 8: 463-468.

Calonge, F. D. (2005). A tentative key to identify the species of Phallus. Boletín de la Sociedad Micológica de Madrid 29: 9-17.

Calonge, F. D., M. Mata & J. Carranza (2005). Contribución al catálogo de los Gasteromycetes (Basidiomycotina, Fungi) de Costa Rica. Anales del Jardín Botánico de Madrid 62: 23-45.

Coker, W. C. & J. N. Couch (1928). The Gasteromycetes of the eastern United States and Canada. North Carolina: University of North Carolina Press (Dover reprint, 1974).

Cunningham, G. H. (1944/1979). The gasteromycetes of Australia and New Zealand. Germany: J. Cramer.

Desjardin, D. E. & B. A. Perry (2009). A new species of Phallus from São Tomé, Africa. Mycologia 101: 545-547.

Dring, D. M. (1964). Gasteromycetes of West Tropical Africa. Mycological Papers 98: 1-59.

Dring, D. M. & A. C. Rose (1977). Additions to West African phalloid fungi. Kew Bulletin 31: 741-751.

Dring, D. M. (1980). Contributions toward a rational arrangement of the Clathraceae. Kew Bulletin 35: 1-96.

Guzmán, G., L. Montoya & V. M. Bandala (1990). Las especies y formas de Dictyophora (Fungi, Basidiomycetes, Phallales) en Mexico y observaciones sobre su distribucion en america latina. Acta Botanica Mexicana 9: 1-11.

Hemmes, D. E. & D. E. Desjardin (2009). Stinkhorns of the Hawaiian islands. Fungi 2: 8-10.

Kreisel, H. (1996). A preliminary survey of the genus Phallus sensu lato. Czech Mycology 48: 273-281.

Lee, W. S. (1957). Two new phalloids from Taiwan. Mycologia 49: 156-158.

Lloyd, C. G. (1909). Synopsis of the known phalloids. Bulletin of the Lloyd Library 13: 1-96.

Long, W. H. (1907). The Phalloideae of Texas. Journal of Mycology 13: 102-114.

Rea, P. M. (1955) The genus Lysurus. Papers of the Michigan Academy of Science 40: 49-66.

Vargas-Rodriguez, Y. L. & J. A. Vázquez-García (2005). Blumenavia toribiotalpaensis: a new species of Clathraceae from Jalisco, Mexico. Mycotaxon 94: 7-14.

Zeller, S. M. (1944). A white variety of Mutinus caninus. Mycologia 36: 263-265.


Cite this page as:

Kuo, M. (2011, April). Stinkhorns: Phallaceae and Clathraceae. Retrieved from the MushroomExpert.Com Web site: http://www.mushroomexpert.com/phallaceae.html

© MushroomExpert.Com

But are they good to eat????

Once you get past the smell you got it licked.

Ooouu....

I don't want to use any of my senses on that thing.
I will just read it & scare myself.

Don't you Humans be blaming your fungus on us aliens.

Clathrus archeri, Devil's Fingers fungus identification http://www.first-nature.com/fungi/clathrus-archeri.php/

Culinary Notes

In common with other kinds of stinkhorns, Clathrus archeri is not proven to be toxic, but it should be treated as suspect. Even if you can tolerate the stench it's a risky snack. After you! No, no... after you, I insist!

In fact the eggs of various stinkhorns are edible, but there are no records of fights having taken place over these delicacies as there certainly are over truffles, morels and some kinds of edible boletes.

Strong, unpleasant odour reminescent of rotting meat; no distinctive taste at the young egg stage - I can find no reports about the taste of mature fruitbodies!.
---------------------------------
10 Creepy Plants And Fungi That Look Like Human Boby Parts (Countdown: #1 Devil's Fingers)

http://youtu.be/BFakc8nhhhM/
(this is a detailed count down)
Devil's Fingers are #1.
Time 13:01
-----------------------
10 Creepy Plants And Fungi That Look Like Human Body Parts

http://youtu.be/gsyfD8Vi2Ik/ Countdown - Short version Time- 01:26
----------
More YouTube videos:

Fungus Devil's Finger
Fungus And Organism
Fungus And Nature
Octopus Fungus
Alien Egg
Fungus Octopus Stinkhorn
--------------------------
Clathrus archeri (devil's fingers) | Plants & Fungi At Kew

http://www.kew.org/science-conservation/plants-fungi/clathrus-archeri-devils-fingers/

Species information

Common name: 

devil's fingers; octopus stinkhorn

Conservation status: 

An introduced species to Britain, apparently still spreading, and not of conservation concern here. Also alien to Europe, but red-listed in the Netherlands. Fairly frequent where native in Australia and New Zealand.

Habitat: 

On soil, often amongst decaying wood chips, around old stumps, or in leaf litter, growing in clusters.
Known hazards: 
None. Like other phalloids, the species has a sticky, foul-smelling gleba (fertile tKew
ue) when mature. The unpleasant odour attracts flies which disperse the spores. Although quite inedible at this stage it is not toxic and is quite harmless.

Woow thanks its emazing