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Checklist of Indiana Fungi I: Macrofungi

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Checklist of Indiana Fungi I: Macrofungi 2017. Proceedings of the Indiana Academy of Science 126(1):12–34 CHECKLIST OF INDIANA FUNGI I: MACROFUNGI Scott T. Bates1, Justin Golday, Rachel L. Kunnen2 and Nathanael J. Pilla3: Department of Biological Sciences, Purdue University Northwest, Westville, IN 46391 USA ABSTRACT. A checklist of macrofungi was compiled for Indiana as part of a larger effort to document fungi within the state. Our study compiled records of Indiana fungi from digitized specimen data available online through the Mycology Collections data Portal (http://mycoportal.org). These data were supplemented with records from the scientific literature. While several small checklists of Indiana fungi exist, the majority of these being published previously in the Proceeding of the Indiana Academy of Science, our study represents the first to comprehensively compile all the available data on Indiana fungi. Overall, more than 19,000 records of Indiana fungi were examined, with 1410 species of macrofungi being documented in this publication. These species represent 24 fungal orders from two major phyla, with 757 species in this checklist being reported in the literature for the first time here. Our study also recovered records documenting other groups of Indiana fungi, such as microfungi, which will be covered in subsequent publications. Keywords: Ascomycota, Basidiomycota, checklist, Eumycota, fungi, taxonomy INTRODUCTION Members of the kingdom Eumycota (Fungi) are filamentous, or sometimes unicellular, hetero- A wide range of natural communities exist in trophic organisms with absorptive nutrition. The Indiana,with six generalecoregions recognized by diverse forms include mushrooms, rusts, smuts, Woods and colleagues (1998): the Eastern Corn and yeasts. Many fungal species (e.g., mycorrhizal Belt Plains, Huron/Erie Lake Plains, Interior forms) are essential symbiotic partners of vascular Plateau, Interior River Valleys and Hills, Central plants, providing them with nutrients such as Corn Belt Plains, and Southern Michigan/North- phosphorus (Bolan 1991), while others are key in ern Indiana Drift Plains. While over half the land cycling carbon through the decay of organic area of the state is now devoted to agriculture matter (Lindahl et al. 2002). Recent research also (Vilsack & Clark 2012), it was once largely suggests fungal pathogens are an increasing threat forested, and the previously dominant oak- to the health of animals, plants, and even hickory and beech-maple plant communities ecosystems (Fisher et al. 2012). Given this persist primarily as isolated stands (Friesner diversity of forms and of ecological roles, it is 1936; Clark 1994; Whitaker et al. 2012). Although reasonable to expect fungal diversity to be vast, the majority of agricultural land in Indiana is with estimates ranging from 1.5 to 5.1 million devoted to row crops (Vilsack & Clark 2012), species worldwide (Blackwell 2011). In compari- some areas in the state support a high level of son to this extensive diversity, the number of vascular plant diversity. For example, the Indiana described species (ca. 100,000) is proportionally Dunes National Lakeshore, encompassing some low, and understanding of fungal diversity even in 6,000 ha, has nearly 1,200 native plant species temperate regions, such as Indiana, is deficient. At (Wilhelm 1990) in a mosaic of habitats that the same time, recent projects aimed at digitizing include xeric sand dunes, sedge meadows, oak our natural history collections (e.g., Baird 2010; savanna, pannes, bogs, fens, kettle lakes, and Conway 2010; Beaman & Cellinese 2012; Blago- mesic prairies. Considering the potential for tight derov et al. 2012) have facilitated access to data on linkages between vascular plants and their fungal organismal diversity. Taking inspiration from counterparts (Van der Heijden et al. 1998), a high these digitization efforts, this study relied largely level of fungal diversity might also be expected on digital resources to document our current across the state. knowledge of fungal diversity in Indiana. Over 19,000 digitized records of fungal speci- 1 Corresponding author: Scott T. Bates, 219-785- mens were examined online in public databases. 5577 (phone), [email protected]. 2 Undergraduate student. To supplement these data, we carried out online 3 Graduate student. searches of records of fungi from the state in the 12 //titan/Production/p/pias/live_jobs/pias-126/pias-126-01/pias-126-01-01/layouts/pias-126-01-01.3d 27 October 2017 7:36 pm Allen Press, Inc. Page 12 BATES ET AL.—CHECKLIST OF INDIANA FUNGI: MACROFUNGI 13 scientific literature. While records of Indiana lications from other journals (Reddick 1907; fungi have been published in the broader litera- Cooke 1975; Avis et al. 2006, 2008, 2017; Gurung ture (e.g., Schmit et al. 1999; Harmon & Latin et al. 2011; Avis 2012; Leacock et al. 2016) were 2005; Wilson et al. 2014), a wealth of digitized also used in compiling the complete list of Indiana publications (e.g., Van Hook 1911, 1912, 1913, fungi. 1916, 1921a, 1921b, 1922, 1924, 1925, 1926, 1928, In order to verify current taxonomic status and 1929a, 1929b, 1930, 1935; Jackson 1918, 1921a, check synonymy for each of the scientific names 1921b; Anderson & Anderson 1920; Fink & included in the checklist, the online fungal Fuson 1920; Van Hook & Busteed 1935) were nomenclature databases MycoBank (http:// discovered from the Proceedings of the Indiana www.mycobank.org) and Index Fungorum Academy of Science, with documentation of (http://www.indexfungorum.org) were consulted. fungal diversity in the state beginning with the The system of classification used here follows that first published volume (Underwood 1892) and outlined in MycoBank. The taxa included within continuing into the twenty-first century (Ruch et this checklist of macrofungi generally have al. 2001). This study summaries the sizable fungal fruiting bodies that reach well over a centimeter diversity known to exist across Indiana. Due to in height or diameter (though see the discussion length, the Indiana fungal checklist will be below). Each species entry in the checklist is published in three parts: macrofungi (e.g., bracket annotated to indicate if the scientific name was fungi, mushrooms, and puffballs), microfungi sourced from MyCoPortal specimen records and/ (e.g., molds and rusts), and lichenized fungi (i.e., or a reference from the literature (see the ‘Key’ lichens) of Indiana. below). If the species had not been previously reported in the literature as occurring in Indiana, METHODS then the annotation ‘NR’ indicates a new The preliminary fungal species list was com- published record for the state. All statistics (viz., piled through a search of Indiana specimens numbers of new records and species) are consid- housed in 72 public collections, universities, and ered only at the level of species; however, citations natural history museums across the United States for new records are indicated (but not counted) and Canada. The specimen records from these for infraspecific taxa, such as varieties. Infraspe- institutions are available online through the cific taxa (e.g., Helvella macropus var. brevis)were Mycology Collections data Portal (MyCoPortal, included whenever encountered in databases or http://mycoportal.org). MyCoPortal is the offi- the literature and also were listed as the binomial cial repository of data for the Macro- and (Helvella macropus) when it was not known if Microfungi Collections Consortia (MaCC and other species-level records represented a distinct MiCC, respectively) Thematic Collections Net- infraspecific taxon (e.g., Helvella macropus var. works, digitization efforts funded by the NSF’s macropus). Advancing Digitization of Biological Collections RESULTS AND DISCUSSION (ADBC) program. Data from MyCoPortal are served on the World Wide Web using Symbiota Over 19,000 records were recovered in MyCo- software (Gries et al. 2014). Its database currently Portal and the scientific literature documenting a contains over three million fungal specimen wide range of fungi from the state of Indiana records from around the world, with more records (Figs. 1–3). After updating the taxonomic names being added daily and digitization efforts funded and checking for synonymy, as well as excluding until 2018. Records obtained from MyCoPortal microfungi, lichens, and slime molds (protozoans specimen data have been supplemented with traditionally included in mycological collections), records of Indiana fungi from the scientific 1410 species of macrofungi were recovered. Of literature. A number of historical mycological these 757 (54%) are reported from Indiana for the publications from the Proceedings of the Indiana first time, adding greatly to our knowledge of Academy of Science (Arthur 1897; Lee 1929; fungal diversity in the state. Overall, the species Busteed 1936; Herre 1944; Cottingham 1947, included in this macrofungi checklist represent 1948, 1949, 1950, 1951, 1952, 1954, 1956; Wolf two major phyla (Ascomycota, Basidiomycota) in 1972; Evans-Ruhl et al. 1982; Schoknecht 1982; the Eumycota. Within these phyla, 24 fungal Hyerczyk 1998) were accessed online through the orders are represented, most abundantly in the Academy’s digital archive (https://journals.iupui. Basidiomycota (19 orders containing 1326 spe- edu/index.php/ias/index). Several additional pub- cies). The complete list of all non-lichenized fungi //titan/Production/p/pias/live_jobs/pias-126/pias-126-01/pias-126-01-01/layouts/pias-126-01-01.3d 27 October 2017 7:36 pm Allen Press, Inc. Page 13 14 PROCEEDINGS OF
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