File list

From BIOL 2P96 Jan 2013 Group 03

Jump to: navigation, search
Show items per page

  descDate Name User Size (bytes) Description
14:04, 22 March 2013 Blemenin.png Js07to 10,527  
13:59, 22 March 2013 Second_half_of_13_C.jpg Js07to 294,552  
13:55, 22 March 2013 First_half_of_13C_labelling.jpg Js07to 292,109  
13:45, 22 March 2013 Mycorradicin.png Js07to 2,279  
00:23, 22 March 2013 Oilspill3.jpg Cr11gi 134,195  
23:32, 21 March 2013 Oilspill2.jpg Cr11gi 168,879  
20:11, 21 March 2013 Tomato_N_transfer.png Gp09qo 126,819  
22:43, 20 March 2013 Acid_soil.jpg Cr11gi 99,179  
20:10, 20 March 2013 Black_truffle.jpg Cr11gi 29,562  
19:52, 20 March 2013 Truffle_farm.png Cr11gi 646,569  
16:15, 20 March 2013 Ectomycorrhiza.jpg_truffles.png Cr11gi 290,378  
14:05, 20 March 2013 Carbon.jpg Kh10fu 74,360  
14:04, 20 March 2013 Nitrogen.jpg Kh10fu 67,392  
14:04, 20 March 2013 VAM_N-211.jpg Kh10fu 67,392  
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>)
15:25, 18 March 2013 Communication.jpg Mb04lq 58,172  
13:01, 18 March 2013 Ectomycorrhizal.jpg Mb04lq 101,521  
11:04, 18 March 2013 Exchange.jpg Mb04lq 45,034  
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)
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)
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)
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)
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)
19:12, 8 March 2013 Ectomycorrhiza.jpg Cr11gi 15,981  
19:08, 8 March 2013 Endomycorrhiza.jpg Cr11gi 16,803  
16:11, 7 March 2013 Brock_University_campus.JPG Mbrousseau 1,136,892  

First page
First page
Previous page
Previous page
Next page
Next page
Last page
Last page
Views
Personal tools
Bookmark and Share