QR351.P58325 2004 577.8′52-dc22 2004003943 Production Editor: Catherine Jonesġ The diversity, ecology and molecular detection of arbuscular mycorrhizal fungi R.Husband 2 Rhizobial signals convert pathogens to symbionts at the legume interface A.Bartsev, H.Kobayashi and W.J.Broughton 3 The root nodule bacteria of legumes in natural systems E.L.J.Walkin 4 Effects of transgenic plants on soil micro-organisms and nutrient dynamics A.Sessitsch, K.Smalla, E.Kandeler and M.H.Gerzabek 5 Fungal endophytes: hitch-hikers of the green world K.Saikkonen, M.Helander and S.H.Faeth 6 Actinorhizal symbioses: diversity and biogeography D.R.Benson, B.D.Vanden Heuvel and D.Potter 7 Chemical signalling by bacterial plant pathogens C.L.Pemberton, H.Slater and G.P.C.Salmond 8 Quorum quenching-manipulating quorum sensing for disease control L-H.Zhang 9 Plant disease and climate change S.Chakraborty and I.B.Pangga 10 Genetic diversity of bacterial plant pathogens M.Fegan and C.Hayward 11 Genetic diversity and population structure of plant-pathogenic species in the genus Fusarium B.A.Summerell and J.F.Leslie 12 Genome sequence analysis of prokaryotic plant pathogens D.W.Wood, E.W.Nester and J.C.Setubalġ3 Analysis of microbial communities in the plant environment A.J.Holmes 14 The importance of microbial culture collections to plant microbiology E.Cother IndexĪtmospheric-Ocean General Circulation Model
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© Garland Science/BIOS Scientific Publishers, 2004 First published 2004 This edition published in the Taylor & Francis e-Library, 2005. Plant Microbiology Michael Gillings and Andrew Holmes Department of Biological Sciences, Macquarie University, Sydney, NSW 2109, Australia