Polyporales Mushrooms identifications

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Total mushrooms fount: 5

Polyporus squamosus aka Cerioporus squamosus (yet to be confirmed new taxonomy) is a basidiomycete bracket fungus, with common names including dryad's saddle and pheasant's back mushroom.[2] It has a widespread distribution, being found in North America, Australia, Asia, and Europe, where it causes a white rot in the heartwood of living and dead hardwood trees. The name "dryad's saddle" refers to creatures in Greek mythology called dryads who could conceivably fit and ride on this mushroom, whereas the pheasant's back analogy derives from the pattern of colors on the bracket matching that of a pheasant's back. When planting season comes around and I cannot find morels, I am always pleased to find some dryad's saddle to collect. It's been much maligned as an edible of little value but I beg to fluctuate. It is everything regarding finding out how to pick and make it. Cover (pileus) 2-12 in wide-ranging round to kidney or supporter shaped, thick, overlapping on deceased solid wood often. Brown with scales that look much like feathers. Hence the titles pheasant backside and hawk's wing. The aroma is very distinctive smelling much like watermelon rind. Pleasant really! I've seen them referred to as "mealy" but that isn't how they remain here. Skin pores (hymenophore) Actually pipes that are small initially becoming quite large and angular jogging down the stem relatively. Whitish to yellowish tan. Stem (stipe) Very brief 3/4 2 in. mounted on the wood. Flesh White and non bruising. Spores White spore print out. That one makes one of the prettiest spore images of any mushroom I've printed. When and how to locate them (ecology) These increase on various very useless hardwoods (especially elm) largely in-may or June but once in a while later. A tree resting on the floor is your very best bet. Once in a while the may be on a full time income tree nevertheless they appear to favor very dead hardwood. Wet areas seem to be to create more. They are quite common and one of just a few reasonable edibles you will see at the moment of year. It really is nice to find when morel hunting is irritating. These will be within the same places each full season before solid wood is used. These have been called edible by some and poor by others just. They could be quite good though. My guidelines are that they have to be young, the pore level must be very skinny (1/16 in. or less may very well be good), & most importantly your blade needs to have the ability to go through it quickly. Long lasting blade reductions may very well be good easily. Sometimes just the outer edges are usable but nice tender ones are available. Preparation Once you've found sensitive specimens, they are really best prepared straightaway. Like a great many other wild mushrooms the aroma is ephemeral often disappearing within hours. Tempura frying will retain a few of this "watermelon" character. Saut?skillet or ing frying is an excellent way too. Slice them thin and cook them solid. Overcooking shall create toughness. I've tried drying them. They turn out as very white, crunchy potato chips that are pleasurable to eat dried. They maintained more of this unique smell than I expected. I've made a natural powder with them but have not attempted baking with it yet but it appears and smells good. The microwave produced something you will make shoes with. I've had very good luck with hard ones though. I cooked properly them and put them in the blender with poultry stock mixing until these were the consistency of the smoothie and then made mushroom soup. Really very good rather than like any other. Nothing else tastes or has the aroma of this mushroom. It is very good when prepared effectively really. I possibly could identify it by the smell with my eye shut down easily. Maybe it could taste "mealy" if it was stored in the refrigerator for two days. Actually, since differing people understand smell and flavour your experience could vary diversely. Comments Within the spring, that one is quite typical. Many you shall find are very leathery as well as your blade will won't trim it. Let it be just. Spring polypore (Polyporus arcularius) and Polyporus alveolaris look similar to it but are much smaller and incredibly tough.
The top surface of the cap shows typical concentric zones of different colours. The flesh is 1–3 mm thick and has leathery texture. Older specimens, such as the one pictured, can have zones with green algae growing on them, thus appearing green. It commonly grows in tiled layers. The cap is rust-brown or darker brown, sometimes with blackish zones. The cap is flat, up to 8 x 5 x 0.5–1 cm in area. It is often triangular or round, with zones of fine hairs. The pore surface is whitish to light brown, pores round and with age twisted and labyrinthine. 2-5 pores per millimeter.
Scientific name: Meripilus sumstinei (Murrill) M. J. Lombard and larsen Derivation of name: Meri- means "part" or "section" and pil- means "cover." The genus name might make reference to the framework of the fungi having numerous hats fanning out and dividing from the base. Polyporus giganteus Fr. Phylum: Basidiomycota Occurrence on lumber substrate: Parasitic and saprobic; on surface (from origins) around stumps or living deciduous trees and shrubs, especially oak; Through November july. Dimensions: Individual hats (fronds) 5-20 cm extensive, forming large thick clusters mounted on a short, dense common stalk; stalks (when present) 1-3 cm long or more to 11 cm solid. Top surface: Grayish to yellowish-tan, becoming smoky and dark with era; wrinkled radially; finely hairy; bruising dark over the margins where dealt with or in era. Pore surface: White; bruising dark-colored; skin pores 4-7 per mm. Edibility: Edible. Remarks: Clusters of Meripilus sumstinei may attain diameters of 40 cm or even more. * More mature specimens become darker with time. * The cap surface types turn dark where touched. * The white pore surface obvious under one frond contrasts very well with the darker colors of the top cap surface. * The skin pores of Black-staining polypore are incredibly small, providing the pore surface a uniformly white, almost "pore-less" appearance.
Polyporus lepideus is a fungus which was described by Fr. 1818. Polyporus lepideus included in the genus Polyporus and family Polyporaceae. Cap up to 15 cm. Circular, or funneled. Scaly, dry cuticle brown variable. Tubes decurrent, whitish. Large, circular pores creamy white. Short step, up to 4 cm - yellowish or reddish brown. Tough, leathery, whitish flesh. Has large, Visible pores. Grows in winter. Normal seasoning Spring
Rigidoporus ulmarius is a plant pathogen found mainly on broad-leaved trees. White/cream coloured thick woody bracket, often covered in algae giving it a green look. Lower rim edge can show cinamon colour, which is the tube layer. Pores white at first then developing orange/red, fading to pink. Trees list: Elm, Horse Chestnut, Poplar, Oak, Maple. Mode Of Decay: Parasitic. Brown Rot leading to cubical cracks toward the core of the trunk. Bracket 12-50cm across ( rarely above 50 ), 6-15cm wide, 4-8cm thick, bracket-shaped, hard and woody, surface knobbly; concentrically ridged, white to ochraceous becoming dirty-brown in older specimens. Tubes 1-5mm long in each layer, pinkish to orange when young, browning with age, each layer separated by a thin contrasting band of white flesh. Pores 5-8 per mm, red-orange fading to clay-pink or buff with age. Spores pale yellow, globose, 6-7.5um in diameter. Hyphal structure monomitic; generative hyphae lacking clamps. Habitat at the base of trunks of deciduous trees, usually elm. Season all year, perennial. Common. Not edible. Found In Europe. ---- Rigidoporus ulmarius is a member of Shelf Fungi Shelf Fungi (Order Polyporales) The Polyporales are an order of fungi in the division Basidiomycota, subclass Agaricomycetidae. The order includes some (but not all) polypores as well as many corticioid fungi and a few agarics (mainly in the genus Lentinus). Species within the order are saprotrophic, most of them wood-rotters. Those of economic importance include several important pathogens of forest and amenity trees and a few species that cause damage by rotting structural timber. Some of the Polyporales are commercially cultivated and marketed for use as food items or in traditional Chinese medicine. ---- Common bracket found on Willow, Elm and Horse Chestnut. Sometimes mistaken for 'Perenniporia fraxinea' which favours Poplar, Elm and Ash. Both have perenial brackets. Although niether are on the Red data list of threatened brittish fungi, P. fraxinea is thought to be somewhat rare. The easy way to distinguish the difference, is when you cut a slice out. P. fraxinea has flesh and tube layers of the same colour. Whereas Rigi has orange fading tubes which contrast sharply against the spongy white flesh. Green algal and/or moss growth on the top surface is pretty typical. Decay type is Brown cubicle rot. ---- Facts: The largest known basidioma (mushroom or fruiting body) was that of a Rigidioporus ulmarius (Agaricomycetes), hidden-away in a shady corner of the Royal Botanic Gardens, Kew, Richmond, Surrey, England. This fruiting body was mentioned in the Guinness Book of World Records (Matthews, 1994). At the beginning of every New Year the Annual Mensuration Ceremony of the fruiting body took place, and on 19 January 1996 it had increased to 170 cm maximum length (up from 159 in 1995) and 146 cm maximum width (up from 140 in 1995). It also grew 4 cm taller from the soil level, measuring 54 cm. The weight of the fruiting body was estimated to be 284 kg (625 pounds)! Amid rumors of its destruction, Dr. Brian M. Spooner, Head of Mycology, Royal Botanic Gardens, has brought us up to date on the fate of the record specimen. Unfortunately, the basidioma began to rot at the edges a few years ago, likely because the hyphal body of the fungus digested away its elm root substrate, reminding us that a fungus needs a good dispersal system to escape the substrate that eventually inevitably is destroyed. In the life of the fruiting body many trillions of spores must have been produced, and some of these surely fell on an appropiate substrate to establish a new infection. The final insult to the fruiting body came from a fox that burrowed under one side and caused it to collapse. ---- P.S. Often confused with Perenniporia fraxinia ---- Keywords: wald, autumn, herbst, pilz, baumpilz, hard, elm, hart, oktober, holzig, october, ungenießbar, ungeniessbar, porling, ulmenporling, rigidoporus ulmarius, knobbly, not edible ---- Synonyms: Rigidoporus ulmarius (Sowerby) Imazeki 1952 Ungulina cytisina (Berk.) Murashk. 1940 Polyporus cytisinus Berk. 1836 Scindalma ulmarium (Sowerby) Kuntze 1898 Rigidoporus geotropus (Cooke) Imazeki 1955 Coriolus actinobolus (Mont.) Pat. 1903 Rigidoporus geotropus (Cooke) Dhanda 1981 Fomes geotropus (Cooke) Cooke 1885 Haploporus cytisinus (Berk.) Domanski 1973 Leucofomes ulmarius (Sowerby) Kotl. & Pouzar 1957 Fomitopsis ulmaria (Sowerby) Bondartsev & Singer 1941 Polyporus ulmarius (Sowerby) Fr. 1821 Ungulina incana (Quél.) Pat. 1900 Polyporus geotropus Cooke 1884 Fomes ulmarius (Sowerby) Gillet 1878 Microporus actinobolus (Mont.) Kuntze 1898 Polyporus fraxineus Lloyd 1915 Scindalma cytisinum (Berk.) Kuntze 1898 Fomes ulmarius Fr. 1874 Boletus ulmarius Sowerby 1797 Mensularia ulmaria (Sowerby) Lázaro Ibiza 1916 Polyporus actinobolus Mont. 1854 Placodes ulmarius (Sowerby) Quél. 1886 Placodes incanus Quél. 1886 Polyporus sublinguaeformis Schulzer 1882 Scindalma geotropum (Cooke) Kuntze 1898 Ungulina ulmaria (Sowerby) Pat. 1900 Polystictus actinobolus (Mont.) Cooke 1886