In what country did cytaspora cankers develop?
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A new disease, causing death of mature white poplar trees (Populus alba L.), was observed in Hulla Valley in northern Israel in the summer of 2002. The affected branches turned yellowish brown, and the inner bark turned black. The bark dried out and separated from the underlying wood. Later, copious, dark pycnidia developed on the dead bark.
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Fungi grow from mycelium, which is a white cob-webby network of very fine fibers under the ground.  \n\nI hope this is what you mean.
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none .... South America!
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Growth of the chytrid fungus Batrochochytrium dendrobatidis in parts of Central and South America and Queensland killing Frogs.\nSome blue green algae like Microcystis aeruginosa secretes neurotoxins-microcystins, which kills the herbivorous larvae of frogs.
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lslands in the caribbean. its a british commonweath country
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I heard it was some sort of fungus that is like 2,200 acres... Its probably not ediable
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Queen's University in Kingston, Ontario.  They have killer botany/plant phys graduate options
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Panama\n\nNote that this is also the southernmost country in North America, since Central America is part of North America.
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go to wikipedia and search mold
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Indoesia\n\nSee article here:\nhttp://www.usatoday.com/tech/science/discoveries/2006-02-07-jungle-paradise_x.htm
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cambodia\n\ntrust me on this one :P
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Fungi.\n\nThe first split in the phylogenetic tree comes between the prokaryotes and the eukaryotes.\n\nProkaryotes are cells without nuclei. They include both the bacteria kingdom and the archaea kingdom.\n\nMonera is an old obsolete classification that doesn't mean anything any more, but is more or less synonymous with archaea.\n\nEukaryotes are cells with a distinct nucleus. All multicellular organisms fall into this kingdom, including fungi and humans, thus placing fungi as having the most recent shared ancestor with humans.
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They seem to grow in tropical climates (southeast Asia)\nhttp://www.wisegeek.com/what-is-a-banyan-tree.htm\nhttp://en.wikipedia.org/wiki/Banyan
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Chytridiomycota is a division of the Fungi kingdom and contains only one class, Chytridiomycetes. The name refers to the chytridium (from the Greek, chytridion, meaning "little pot"): the structure containing unreleased spores. In older classifications, chytrid orders (except the recently established Neocallimasticales and Spizellomycetales) were placed in the Class Phycomycetes under the Subdivision Myxomycophyta of the Kingdom Fungi. Also, in an older and more restricted sense (not used here), the term "chytrids" referred just to those fungi in the order Chytridiales. \n\nThe chytrids are the most primitive of the fungi and are mostly saprobic (degrading chitin and keratin). Many chytrids are aquatic (mostly found in freshwater). There are approximately 1,000 chytrid species, in 127 genera, distributed among 5 orders.). Some species are unicellular.\n \nZygomycota, or zygote fungi, are a division of fungi. The name of the division comes from zygosporangia, resistant structures formed during sexual reproduction. There are approximately 600 species of zygomycetes known. They are mostly terrestrial in habitat, living in soil or on decaying plant or animal material. Zygomycete hyphae are coenocytic, with septa only where gametes are formed. \n\nA common example of a zygomycete is black bread mold (Rhizopus stolonifer). It spreads over the surface of bread or other food sources, sending hyphae inward to absorb nutrients. In its asexual phase it develops bulbous black sporangia at the tips of upright hyphae, developing hundreds of haploid spores inside that are dispersed into the air.\n\nSome zygomycetes disperse their spores in a more precise manner than simply allowing them to drift aimlessly on air currents. Pilobolus, a fungus which grows on animal dung, bends its sporangium-bearing hyphae towards light and then "fires" them with an explosive squirt of high-pressure cytoplasm. Sporangia can be launched as far as 2m, placing them far away from the dung and hopefully on vegetation which will be eaten by an herbivore, eventually to be deposited as dung elsewhere. \n\nThe Zygomycota are generally placed at the base of the fungal phylogenetic tree, having diverged from other fungi after chytrids. However, the monophyly of zygomycetes themselves is not certain. Order Glomales was removed in 2002 and elevated to Division Glomeromycota due their lack of zygospore formation, among other pieces of evidence. \n. \nThe Division Basidiomycota is a large taxon within the Kingdom Fungi that includes those species that produce spores in a club-shaped structure called a basidium. Essentially the sibling group of the Ascomycota, it contains some 22,300 distinct species (37% of the described fungi). The Basidiomycota was traditionally divided into Homobasidiomycetes (the true mushrooms); and Heterobasidiomycetes (the rusts and smuts). The Basidiomycota is now thought to comprise three major clades, the Hymenomycotina (Hymenomycetes; mushrooms), the Ustilaginomycotina (Ustilaginomycetes; true smut fungi), and the Teliomycotina (Urediniomycetes; rusts). \n\nBasidiomycota include both unicellular (some yeasts) and multicellular forms and sexual and asexual species. They occur in terrestrial and aquatic environments (including the marine environment) and can be characterized by bearing sexual spores on basidia, having a long-lived dikaryon, and usually showing clamp connections. \n\nMembers of the Division Ascomycota are known as the Sac Fungi and are fungi that produce spores in a distinctive type of microscopic sporangium called an ascus (Greek for a "bag" or "wineskin"). This monophyletic grouping was formerly known as the Ascomycetae, or Ascomycetes, and is an extremely significant and successful group of organisms (12,000 species in 1950), accounting for some 75% of all described fungi.[1][2] Included are most of the fungi that combine with algae and sometimes cyanobacteria to form lichens. The
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First you have to find them.  They are very easy to\nfind in some places and difficult in others.  They\nare often found in clumps of moss, liverwort or\nlichen.  I have succeeded in culturing them in\nshallow glass dishes in aquatic fungus cultures.\nPut some water from a natural habitat in the dish\nwith some pieces of dead leaf or twig, and a couple of sesame seeds.  Aquatic fungi will grow\non the sesame seed and provide food for other\norganisms in the culture.  One such culture I made\nfrom leaf litter in Arizona mountains produced\nhundreds of tardigrades.  Add the tardigrades to\nthe culture after the fungus begins to grow.
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durring cytokinesis(division of the cyytoplam) a plant cell forms a cell plate and an animal cell forms celevage and piches off.\nalso plant cells do not contain centroiles that control the spindle
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South American Argiope\nYou can found the website on Wikipedia.