Systematics and Evolution, Part A The Mycota
Fig. 3.7 (a–x) Morphology of genera from early- diverging clades.(a–d) Drawings ofEurychasma dick- soniiinfectingEctocarpus. The ...
LSU rRNA trees (Fig.3.5),Haptoglossaseems to share a common ancestor withEurychasma, although with long branch separation (Fig.3 ...
( 1998 ) to his new order, theSalilagenidiales (Table 3.4), along with a number of other marine genera such asAtkinsiellaand mar ...
sequence data ofC. clavulifera(D Hudspeth and M Hudspeth pers. commun.). Leptomitales s. lat. and Related Clades In theLeptomi ...
Fig. 3.8 (a–y) Morphology of Leptomitales s. lat.(a–c) Drawings of Atkinsiellaceae. Atkinsiella dubia, showing irregularly lobat ...
3.10, and3.11) of water moulds (Tables3.3,3.4, and3.5) (Dick1973b; Sparrow 1960 ). Most are general saprotrophs or opportunist c ...
to asprimary and secondary types,are formed (diplanetism)(Fig.3.11q). Dick (2001a) argued that these two zoospore types should b ...
Fig. 3.11Morphology of Achlyaceae and Saprolegnia- ceae.(a–i) Drawings of genera inAchlyaceae.Empty sporangium ofAchlya irregula ...
genera Sclerospora and Peronosclerospora, which Dick retained in their own family, the Sclerosporaceae (Dick 2001). However, the ...
because in some trees, it groups with species considered by Dick (2001) to be in theSapro- legniaceae(Fig.3.10) (Arcate et al. 2 ...
Fig. 3.12Morphology of Rhipidiales.(a–c) Drawings ofAraiospora pulchra. Mature tree-like thallus showing fine basal hyphae and t ...
Fig. 3.14 Morphology of Pythiaceae s. lat.(a–g) Draw- ings ofLagena radicola infecting cereal root cells. Although unsequenced, ...
Fig. 3.15(a–t)Morphology of Peronosporaceae s. lat. (a–c) Drawings ofPhytopythium ostracodesshowing papillate (a) and proliferat ...
produce only a single(secondary or principal) type of zoospore (Dick2001a) (Figs.3.13fand 3.14d, q, w), and all have single-oosp ...
Belbahri 2011 ) andcox2-based trees (Hudspeth et al. 2000 ),Sapromycesis basal to the Peronos- poromycetes, whereas in LSU rRNA ...
spread in natural host populations and the pathogen can enter into the generative organs of their hosts (Ploch and Thines 2011 ) ...
doubtful. Many holocarpic isolates form a monophyletic clade (Fig. 3.5) (Beakes et al. 2006 ; Hatai 2012 ), whilst others interc ...
et al. 2010 ), ~Halophytophthora(Hulvey et al. 2010 )and~Phytophthora(Runge et al.2011a), all of which had previously been place ...
providing evidence that Halophytophthora s. str. species might also be important for nutri- ent cycling in temperate marine ecos ...
gate biotrophs(Blair et al. 2008 ; Runge et al. 2011a). Recently,Phytophthoraclades were reana- lysed by Runge et al. (2011a) wi ...
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