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Book of Abstracts (PDF) - International Mycological Association

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IMC7 Friday August 16th Lectures<br />

continuously updated. Decision on changes is taken by<br />

eight Boards <strong>of</strong> experts, viz. for Ascomycota (higher taxa),<br />

Taphrinomycotina / Saccharomycotina, Arthoniomycetes /<br />

Lecanoromycetes, Chaetothyriomycetes /<br />

Dothideomycetes, Eurotiomycetes, Leotiomycetes,<br />

Pezizomycetes, and Sordariomycetes. Results are published<br />

in the electronic journal Myconet and in hard copies <strong>of</strong> the<br />

same journal.<br />

406 - FungalWeb<br />

L. Lange<br />

Molecular Biotechnology, Novozymes A/S, Denmark.<br />

The FungalWeb has been established to make a<br />

mycological web site that can provide the most current and<br />

accurate fungal taxonomy. The users it is designed for<br />

range from pr<strong>of</strong>essional mycologists in academia and<br />

industry to advanced high school students. What has been<br />

done is to provide a classification for all fungal telemorph<br />

genera, based on a combination <strong>of</strong> phenotypic and genetic<br />

data. The FungalWeb as it is available today is the result <strong>of</strong><br />

a joined effort <strong>of</strong> a number <strong>of</strong> leading experts, together<br />

covering all the fungal taxonomic groups. The planned next<br />

steps for improving <strong>of</strong> the web site are the following:<br />

Extend the web site to cover the genera Aspergillus and<br />

Penicillium to species level. This will be done summer<br />

2002, building on contribution <strong>of</strong> data from Samson,<br />

Frisvad and Pitt. Extend the web site to as far as possible<br />

also include and accommodate implacement <strong>of</strong> the<br />

anamorphs. This will be done based on guidance and data<br />

from K. Seifert. Planned implemetation fall 2002. In a<br />

second generation FungalWeb it is planned to establish<br />

links to all major mycological web sites and databases,<br />

including pictures, secondary metabolites, pathogenesis,<br />

ecology, industrial use etc. Further, FungalWeb needs<br />

resources for scientific and technical maintenance and<br />

development. Attempts will be made to have this secured<br />

on coordination with the GBIF initiative.<br />

407 - LIAS - A global information system for lichenized<br />

and non-lichenized ascomycetes<br />

D. Triebel<br />

Botanische Staatssammlung Muenchen, Menzinger Strasse<br />

67 D-80638 Muenchen, Germany. - E-mail:<br />

triebel@botanik.biologie.uni-muenchen.de<br />

The LIAS project was initiated in 1995. It is a multiauthored<br />

information system for collecting and distributing<br />

descriptive and other biodiversity data on lichens and nonlichenized<br />

ascomycetes. Its goal is to provide a working<br />

space for cooperation and collaboration <strong>of</strong> experts<br />

(http://www.lias.net/). The data <strong>of</strong> the two core databases<br />

are stored in DiversityDescriptions (= DELTAAccess) and<br />

made available through several web interfaces. Using<br />

HTML data submission forms automatically generated<br />

from the LIAS databases, sets <strong>of</strong> descriptive data can be<br />

established and interactively revised over the internet.<br />

Taxon names are linked to various types <strong>of</strong> information (e.<br />

g. more than 700 partly multi-stated descriptive characters),<br />

allowing mycologists and lichenologists to co-operate<br />

online and add their data to a common system for multiple<br />

usage (identification keys, database generated natural<br />

language descriptions, revisions etc.; with public or<br />

restricted access). Currently more than 60 mycologists and<br />

lichenologists world-wide are contributing as authors or<br />

revisers. LIAS is co-operating with several flora and<br />

database projects (e. g. the Sonoran Lichen Flora Project,<br />

the Checklists <strong>of</strong> Lichens Project) and the Internet Portal<br />

'Mycology.Net'. It will serve as Global Species Database<br />

for lichens in context with the Species2000 initiative and<br />

the EuroCat project.<br />

408 - Recent Literature on Lichens<br />

E. Timdal<br />

Botanical Museum, University <strong>of</strong> Oslo, Sars' gate 1, N-<br />

0562 Oslo, Norway. - E-mail: einar.timdal@nhm.uio.no<br />

"Recent Literature on Lichens" (RLL) is a series published<br />

in The Bryologist since 1951. It aims at listing all recently<br />

published papers in lichenology, with a complete<br />

bibliographic reference, keywords, and abstract - including<br />

mention <strong>of</strong> all new scientific names and combinations. The<br />

authors are William L. Culberson (in the period 1951-<br />

1978), Robert S. Egan (1979-1991), and Theodore L.<br />

Esslinger (from 1991). The lists have been computerized<br />

by Egan and Esslinger, and the database is put on the Web<br />

by the present author<br />

(http://www.nhm.uio.no/botanisk/lav/RLL/RLL.HTM).<br />

Together with "Mattick's Literature Index", originally a<br />

card index in Berlin computerized and expanded by Harrie<br />

J.M. Sipman, the data set now goes back to 1532, and<br />

consists <strong>of</strong> more than 32,000 records. Members <strong>of</strong><br />

Myconet's Lecanoromycetes Board may use RLL as a tool<br />

when scanning for taxonomic papers for review.<br />

409 - Saccharomycotina and Taphrinomycotina<br />

C.P. Kurtzman<br />

Microbial Genomics Bioprocessing Research Unit<br />

National Center for Agricultural Utilization Research,<br />

ARS/USD Peoria, Illinois 61604, U.S.A.<br />

Gene sequence comparisons have shown that presently<br />

described, genera, families and orders in the<br />

Saccharomycotina and Taphrinomycotina are <strong>of</strong>ten not<br />

phylogenetically circumscribed. Single gene analyses are<br />

generally inadequate for genus circumscription, but for the<br />

Saccharomycetales genera seem to be strongly resolved in<br />

datasets comprised <strong>of</strong> around 5,000 nucleotides. Family<br />

groupings in such analyses are generally only weakly<br />

supported. Consequently robust molecular phylogenies <strong>of</strong><br />

<strong>Book</strong> <strong>of</strong> <strong>Abstracts</strong> 127

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