Caballero Rivista Pdf
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According to morphological data and phylogenetic analyses of ITS sequences (Fig. 1), the collections studied merit recognition as an independent species within Leucoagaricus sect. Piloselli. No similar species could be found in the literature since all the previously described species are distinguished by different tinges in the pileus, the absence of pyriform to spheropedunculate cheilocystidia, or more elongated and differently shaped spores (Candusso & Lanzoni 1990, Bon 1993, Caballero 1997, Gennari & Migliozzi 1999, Migliozzi & Resta 2001, Migliozzi et al. 2001, Vellinga 2001, 2006, 2010).
A common approach to this problem is to identify recurring, large-scale atmospheric patterns for each extreme event class. This has proved fruitful for a wide range of events, from temperature extremes over North America (Harnik et al. 2016; Lee and Grotjahn 2016) to windstorms over Europe (Messori and Caballero 2015; Priestley et al. 2017). Such an analysis hinges on applying suitable metrics and approaches to identify and study the atmospheric patterns of interest. So far, these have primarily been drawn from the conventional toolbox of the atmospheric sciences: composites, empirical orthogonal functions, clustering algorithms, recurring Lagrangian trajectories, and many others (e.g., Grotjahn et al. 2016). Cross-pollination with recently developed techniques from different disciplines has been relatively limited. 7211a4ac4a
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