File list
From BIOL 2P96 Jan 2013 Group 03
Date | Name | User | Size (bytes) | Description | |
---|---|---|---|---|---|
desc | file | 14:04, 22 March 2013 | Blemenin.png | Js07to | 10,527 | |
desc | file | 13:59, 22 March 2013 | Second_half_of_13_C.jpg | Js07to | 294,552 | |
desc | file | 13:55, 22 March 2013 | First_half_of_13C_labelling.jpg | Js07to | 292,109 | |
desc | file | 13:45, 22 March 2013 | Mycorradicin.png | Js07to | 2,279 | |
desc | file | 00:23, 22 March 2013 | Oilspill3.jpg | Cr11gi | 134,195 | |
desc | file | 23:32, 21 March 2013 | Oilspill2.jpg | Cr11gi | 168,879 | |
desc | file | 20:11, 21 March 2013 | Tomato_N_transfer.png | Gp09qo | 126,819 | |
desc | file | 22:43, 20 March 2013 | Acid_soil.jpg | Cr11gi | 99,179 | |
desc | file | 20:10, 20 March 2013 | Black_truffle.jpg | Cr11gi | 29,562 | |
desc | file | 19:52, 20 March 2013 | Truffle_farm.png | Cr11gi | 646,569 | |
desc | file | 16:15, 20 March 2013 | Ectomycorrhiza.jpg_truffles.png | Cr11gi | 290,378 | |
desc | file | 14:05, 20 March 2013 | Carbon.jpg | Kh10fu | 74,360 | |
desc | file | 14:04, 20 March 2013 | Nitrogen.jpg | Kh10fu | 67,392 | |
desc | file | 14:04, 20 March 2013 | VAM_N-211.jpg | Kh10fu | 67,392 | |
desc | file | 10:13, 20 March 2013 | Mychorhiazal_community_in_forest.jpg | Cr11gi | 244,626 | (A view of a forest Mychorhiazal community <ref> Mosquin, D. Mycorrhizal Networks.UBC Botanical Garden and Centre for Plant Research. (March 6 2010)</ref>) |
desc | file | 15:25, 18 March 2013 | Communication.jpg | Mb04lq | 58,172 | |
desc | file | 13:01, 18 March 2013 | Ectomycorrhizal.jpg | Mb04lq | 101,521 | |
desc | file | 11:04, 18 March 2013 | Exchange.jpg | Mb04lq | 45,034 | |
desc | file | 12:03, 16 March 2013 | Nutrient-maximizer.jpg | Bt09sg | 29,798 | (Figure 1. The photo on the left depicts a vascular plant engaging in a symbiotic relationship with Mycorrhiza thus extending root area and maximizing nutrient uptake. The photo on the right depicts a vascular plant that does not engage in a symbiotic rela) |
desc | file | 17:33, 15 March 2013 | Spore.jpg | Kh10fu | 13,523 | (Scientific Name Glomus sp. S328 Comments Spore of Glomus sp. S328 with attached hypha. Size Spore diameter is approximately 80 µm. Copyright © 2000 American Association for the Advancement of Science Image Use restricted Attached to Group Glomer) |
desc | file | 17:27, 15 March 2013 | Sporocarp.jpg | Kh10fu | 35,763 | (Figure 4: Section of a sporocarp of Glomus sinuosum (isolate MD126, formerly Sclerocystis sinuosa). Spores are arranged around a center of interwoven hyphae and covered by a "peridium". Photo © Dirk Redecker, isolate courtesy of J. B. Morton at INVAM. Sp) |
desc | file | 16:55, 15 March 2013 | Insideroot.jpg | Kh10fu | 51,422 | (Fungal arbuscules growing inside a living plant cell. http://shachar-hill.plantbiology.msu.edu/?page_id=44) |
desc | file | 16:40, 15 March 2013 | AMcycle.jpg | Kh10fu | 85,228 | (The germination and hyphal growth from asexual spores in the soil is stimulated by signaling compounds released by roots (top right). These hyphae form infection structures (appresoria) on the surface of host roots the fungus grows into the root forming h) |
desc | file | 19:12, 8 March 2013 | Ectomycorrhiza.jpg | Cr11gi | 15,981 | |
desc | file | 19:08, 8 March 2013 | Endomycorrhiza.jpg | Cr11gi | 16,803 | |
desc | file | 16:11, 7 March 2013 | Brock_University_campus.JPG | Mbrousseau | 1,136,892 |
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