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Mycorrhizae:     more books (100)

Mycorrhizae are present in cycad roots.: An article from: The Botanical Review by Jack B. Fisher, Andrew P. Vovides, 2004-01-01 Mycorrhizae, Proceedings of the First North American Conference. April 1969 Mycorrhizae, by E. HACSKAYLO, 1971-01-01 Mycorrhizae: Proceedings of the First North American Conference on Myc by Edward Hacskaylo, 1969 Mycotrophy in plants;: Lectures on the biology of mycorrhizae and related structures (A New series of plant science books) by Arthur Pierson Kelley, 1950 Arbuscular mycorrhizae increase the arsenic translocation factor in the As hyperaccumulating fern Pteris vittata L. [An article from: Chemosphere] by A. Trotta, P. Falaschi, et all 2006-09-01 Defoliation effects on arbuscular mycorrhizae and plant growth of two native bunchgrasses and an invasive forb [An article from: Applied Soil Ecology] by S.Z. Walling, C.A. Zabinski, 2006-05-01 Mycorrhizae activity and diversity in conventional and organic apple [An article from: Soil Biology and Biochemistry] by S. Purin, O.K. Filho, et all 2006-07-01 Mycorrhizae: An entry from Macmillan Reference USA's <i>Macmillan Reference USA Science Library: Biology</i> by Nancy Collins Johnson, 2002 Arbuscular mycorrhizae as an alternative for a sustainable agriculture in tropical areas/Las micorrizas arbusculares como alternativa para una agricultura ... tropicais.: An article from: Interciencia by Gisela Cuenca, Alicia Caceres, et all 2007-01-01 Physiological and genetical aspects of mycorrhizae: Proceedings of the 1st European Symposium on Mycorrhizae, Dijon, 1-5 July 1985 = Aspects physiologiques ... sur les mycorhizes, Dijon, 1-5 juillet 1985 Ecological and applied aspects of ecto- and endomycorrhizal associations: Proceedings of 2nd European Symposium on Mycorrhizae, held in Prague, Czechoslovakia, 5-9 August 1988 World literature on Mycorrhizae (Contributions of Reed Herbarium) by Edward Hacskaylo, 1973 Mycorrhizae enhance nutrient uptake from infertile soils (Illustrated concepts in tropical agriculture) by Russell S Yost, 1980

lists with details

41. Mycorrhizae..Why You Need It!
    mycorrhizae Why you need it!  
    http://www.cannabiswormtea.com/?view=Mycorrhizae.Why-you-need-it

42. Discover The World Of Mushrooms - Mushroom Growing For Everyone! Online Mushroom
    Out portal is exerted to show you the variety as well the life cycle of mushrooms. We provide a lot of information and a wide range of goods in our category groups Vital  
    http://www.mrcashop.org/mushroom_shop/index.php?content=mycorrhizaedosierung

43. Symbiosis: Mycorrhizae And Lichens
    Symbiosis mycorrhizae and Lichens. Introduction. In its most common usage, symbiosis is used to describe the intimate association between two distantly, related species that  
    http://www.botany.hawaii.edu/faculty/wong/BOT135/Lect26.htm
    
    Extractions: Symbiosis: Mycorrhizae and Lichens Introduction In its most common usage, symbiosis is used to describe the intimate association between two distantly, related species that are mutually benefiting from this association. These associations are obligatory ones in which neither organisms can survive in nature if the two organisms are separated. However, in the strict sense of this term, as it was proposed by de Barry in 1879, symbiotic relationships include a wide range of associations: Fig. 1: The remora is a one of several species of marine fishes that have sucking disks with which they attach themselves to sharks, whales, sea turtles, or the hulls of ships. Commensalism : An association in which one species, usually the smaller, benefits from the association while the other species seems to be unaffected. Such relationships are usually not obligate and neither species will die if the association does not form. A common example is the relationship between the clown fish and sea anemone . The clown fish can swim into the tentacles of the anemone but will not be paralyzed by its sting. By staying within the tentacles of the anemone, it is protected from fish that may prey on it. However, the anemone does not apparently benefit from this relationship. An example more common in Hawai‘i is the

44. Sego's Herb Farm - Mycorrhizae
    mycorrhizae is the word for the tangle of tissue that forms when certain soil fungi get together with plant roots.  
    http://www.segoherbfarm.com/mycorrhizae.html
    
    Extractions: "Mycorrhizae" is the word for the tangle of tissue that forms when certain soil fungi get together with plant roots. Mycorrhizal fungi associate with shrubs, herbs, and grasses, and most of the commercially important ornamental and agricultural plants. More than 90 percent of the world's plants form mycorrhizae around or inside the root cells. When mycorrhizal fungi connect with the roots of plants, they can Mycorrhizae are everywhere in relatively undisturbed soils. Disturbed soils, like construction sites or heavily compacted logging sites, or sites where trees are growing in lawns treated with chemicals, are the places where the mycorrhizae are depleted, and the plants suffer. The application of mycorrhizal fungi offers an alternative to using chemical fertilizers and pesticides.

45. Mycorrhizae Root Fungus Program | Certified Arborists Temecula, Sacramento, Waln
    Mycorrhizal fungus can be applied to heathy trees as part of their tree wellness programs. Call Arborwell for a tree assessment 888969-8733  
    http://www.arborwell.com/mycorrhizae-root-fungus.asp

46. Mycorrhizae - Home
    Mycorrhiza Information Bank A comprehensive reference source for mycorrhiza scientists Create a network of mycorrhizologists, centers, and institutions  
    http://mycorrhizae.org.in/
    
    Extractions: more Last updated on 17 August 2010 Hit Counter This project is sponsored by the DSIR, GoI and is a free service offered to the scientific community. We welcome any feedback on the usefulness of this site. We are not responsible for any unintentional errors in the contents of this project web site. Site designed, developed and maintained by

47. Mycorrhizae - AgBio, Inc.
    AgBioEctos is great for Pine, spruce, fir, oak, birch, beech, eucalyptus, willow, poplar, hickory, chestnut, basswood, pecan..  
    http://www.agbio-inc.com/mycorrhizae.html
    
    Extractions: Mycorrhizal fungi are specialized microbes that form a close association with most plants that grow on land. Mycorrhizal fungi are the most researched group of beneficial fungi in science with over 15,000 publications on the subject. They naturally colonize roots and dramatically increase the root absorptive area resulting in an impressive increase in uptake of water and major and minor nutrients. Once plants become mycorrhizal, there is no need to reinoculate since the fungus becomes a permanent part of the root system.

48. Mycorrhizae - Definition Of Mycorrhizae At YourDictionary.com
    an intimate symbiotic association of the mycelium of certain fungi with the root cells of some vascular plants, as certain orchids  
    http://www.yourdictionary.com/mycorrhizae

49. Mycorrhizae
    MycoApply Spores of native mycorrhizal fungi that are specific to particular plants . and function effectively in both the nursery and field environment.  
    http://www.composttea.com/myc.htm
    
    Extractions: Sustainable Agricultural Technologies, Inc. MycoApply® Spores of native mycorrhizal fungi that are specific to particular plants and function effectively in both the nursery and field environment. We have 9 different Mycorrhizae products available which are all OMRI listed. To find out which Mycorrhizae product works with your plants click here For application rates, and pricing call us. MycoApply® Endo (granular) MycoApply Endo Plus (granular) 4 Species Endo -60,000 prop/lb 4 Species Endo - 20,000 prop/lb 2 Species Trichoderma/Biostimulant Package MycoApply ® Micronized Endo (powder) MycoApply ® Maxx (granular) 19 Species Bacteria / 2 Species Trichoderma/Biostimulant MycoApply ® Endo/Ecto (granular) MycoApply ® Endo/Ecto Plus (granular) 2 Species Trichoderma/Biostimulant Package MycoApply ® Micronized Endo/Ecto (powder) MycoApply® Seed Inoculant (powder) Can pass #50 screen 4 Species Endo (100,000 prop/lb)

50. ENH1086/EP351: Mycorrhizae: Implications For Environmental Remediation And Resou
    Fungi are common in aquatic and terrestrial environments, absorb the nutrients they need, and occur as either freeliving or in symbiotic forms.  
    http://edis.ifas.ufl.edu/ep351
    
    Extractions: J. Sharma, A.V. Ogram, and A. Al-Agely Fungi are common in aquatic and terrestrial environments, absorb the nutrients they need, and occur as either free-living or in symbiotic forms. In terrestrial environments, fungi are of fundamental importance as decomposers, plant pathogens, symbionts, and in biogeochemical cycles. In soils, fungi can comprise the largest pool of biomass. To date, there are an estimated 1.5 million species of fungi on the planet, of which fewer than 80,000 have been identified. Mycorrhizae (singular "mycorrhiza") are symbiotic relationships between plant roots and one or more fungi. The Greek words mycos , meaning "fungus," and rhiza, meaning "root," were combined to classify this relationship between organisms belonging to two different kingdoms. The mycorrhizal condition is a "norm" for most plants because up to 80% of the flowering plants (angiosperms) and up to 95% of all plants form mycorrhizal relationships. Photosynthetic plants support the fungi by providing fixed carbon (up to 20% of the photosynthate may be allocated to roots to support mycorrhizae) and nutrients; the fungi in return provide the main plant-growth-limiting nutrients, nitrogen and phosphorus. Mycorrhizal non-photosynthetic plants rely on the fungal partners for carbon in addition to the nutrients. It is thought that the non-photosynthetic plants may be parasitizing the fungi because degradation of fungal hyphae inside the root cells is documented.

51. The Fifth Kingdom - Pictorial Supplement To Chapter 17 - Mycorrhizas
    Pictorial Supplement to The Fifth Kingdom Chapter 17 . mycorrhizae - mutualistic plant-fungus symbioses (35 pictures) (the CD-ROM has full text and 46 pictures)  
    http://www.mycolog.com/chapter17.htm

52. Mycorrhizal Applications, Inc. | Helping Your Plants Grow Better - Naturally!
    Tools, Articles and Photos about different Varieties of mycorrhizae  
    http://www.mycorrhizae.com/?cid=303&cp=2

53. Mycorrhizal Applications, Inc. | Helping Your Plants Grow Better - Naturally!
    Information on the use of mycorrhizal inoculum.  
    http://www.mycorrhiza.com

54. Mycology - Mycorrhizas - Introduction
    Introduction to the topic as part of a university course in fungal biology.  
    http://bugs.bio.usyd.edu.au/learning/resources/Mycology/Plant_Interactions/Mycor
    
    Extractions: Skip Navigation Arbuscular mycorrhizas are the most common and widespread form of mycorrhiza. They are characterised by the presence of arbuscules in cortical cells of the root. The arbuscules are linked by either intercellular or intracellular hyphae within the root to mycelium in the surrounding soil. Some fungi form rounded storage structures called vesicles in the root tissue or soil. LINK Ericoid mycorrhiza coil. Ectomycorrhizas are characterised by a sheath or mantle of hyphae surrounding the root. Lateral projections of the mantle may penetrate between epidermal cells of the root in what is called the Hartig net. LINK Ericoid mycorrhizas are characterised by the penetration of epidermal cells of the fine hair roots by fungi. Coils are formed in these cells and the fungi do not spread from cell to cell. LINK Orchid mycorrhizas are characterised by hyphal coils in cortical cells of root-like tissue or the collar of the shoot. The fungus penetrates through passage cells of the exodermis and hyphae ramify through the tissue by intracellular penetration. Coils collapse over time. Cells may be colonised by more than one hypha on more than one occasion.

55. Unasylva - No. 92 - Afforestation Of Treeless Areas
    Report on mycorrhiza formation with tree genera from around the world and use in reforestation projects.  
    http://www.fao.org/docrep/87903e/87903e08.htm
    
    Extractions: PEITSA MIKOLA Importance and technique of mycorrhizal inoculation THE MYCORRHIZA, a symbiotic association between fungal hyphae and roots of higher plants, has been recognized since the last century, and mycotrophy has been intensively studied for more than 80 years. The advance of mycorrhizal research, as well as the theories put forward during past decades, have been comprehensively reviewed in a number of textbooks (e.g., Kelley, 1950; Harley, 1959; Lobanow, 1960). A detailed review is, therefore, unnecessary here; it will be enough to recall a few basic features of the phenomenon. Frank (1885), the great pioneer of mycorrhizal research, already distinguished mycorrhizae of two basically different morphological types, which he called ectotrophic and endotrophic. Although some intermediate types also exist, Frank's classification is still in use today. In a characteristic ectotrophic mycorrhiza the fungus forms a compact sheath or mantle around the rootlet, from which hyphae grow inward to the cortex, forming a continuous network (known as the Hartig net) between the cortical cells, and outward to the surrounding soil. In the endotrophic mycorrhiza, on the contrary, the fungus grows mainly inside the cortical cells, there is no external mantle or intercellur network, and only a few hyphae grow outside the root. In both types the growth of the fungus is restricted to the cortical tissue of the root. Endotrophic mycorrhizae are widely distributed throughout the plant kingdom and include a great variety of anatomical structures. Thus, for instance, the endotrophic mycorrhizae in the plant families Orchidaceae, Graminaceae, and Ericaceae, and in several broad-leaved trees have different anatomical structures and probably also differ in their physiological functions.

56. International Mycorrhiza Society - Home
    Includes membership details, meetings, news, job opportunities, and publications.  
    http://www.mycorrhizas.org/

57. Mycorrhizal Symbiosis
    Discusses some University of Tennessee research.  
    http://notes.utk.edu/bio/unistudy.nsf/9eab68a4f27cc7dd85256e3600733574/def1b0b97

58. Ectomycorrhizal Fungi And Their Leguminous Hosts In The Pakaraima Mountains Of G
    Paper discussing relationships between plants and mycorrhizal fungi in equatorial rain forests of South America.  
    http://www.biology.duke.edu/fungi/mycolab/publications/henkel2002MycolRes.pdf

59. AgBio, Inc. - Home
    Natural mycorrhiza and biocontrol products for home and garden, greenhouse, nursery, production agriculture, restoration, landscape and interior plants.  
    http://www.agbio-inc.com/
    
    Extractions: AgBio develops and distributes Eco-Friendly products for agricultural, greenhouse, landscape, ornamental, garden, PCO, and turf applications. A variety of products are available for professional growers and homeowners to control pests with low or no impact on the environment or hazard to the user. Products are also available to promote the growth and yield of plants. New Products!

60. TERRABIOSCIENCE :: Startseite
    Offers plant strengtheners and soil additives including mycorrhiza fungi and biological seed treatments. Also offers analytical services for plant and soil samples.  
    http://www.terrabioscience.de

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