Herbarium database of the vascular collection of Eszterházy Károly College (EGR)

Átírás

1 ISSN (Online) ISSN (Print) 2014, Department of Botany, University of Debrecen, Hungary 19 (2): ; 2014 Herbarium database of the vascular collection of Eszterházy Károly College (EGR) E. VOJTKÓ Anna 1 *, TAKÁCS Attila 2, MOLNÁR V. Attila 2 & VOJTKÓ András 3 (1) Tisza Research Department, MTA Centre for Ecological Research, H-4026 Debrecen, Bem tér 18/C, Hungary; * vojtko.anna@okologia.mta.hu (2) Department of Botany, University of Debrecen, H-4010 Debrecen, Pf.: 14., Hungary (3) Department of Botany and Ecology, Eszterházy Károly College, H-3300 Eger, Leányka u. 6., Hungary Az Eszterházy Károly Főiskola Edényes Növénygyűjteményének (EGR) Adatbázisa Összefoglalás Dolgozatunkban bemutatjuk az egri Eszterházy Károly Főiskola edényes növénygyűjteményét annak 2013-as állapota alapján. A herbárium összes példányának fotózását követően (kb példány) a cédulákon szereplő információkat MS Excel táblázatban rögzítettük. Az edényes gyűjtemény 54%-a Magyarországról, míg másik fele főként a hazánkkal szomszédos országokból származik, de a gyűjtemény Európa távolabbi vidékeiről is tartalmaz lapokat. A magyarországi lapok java Heves, Pest, Zala, Vas, Borsod-Abaúj-Zemplén és Veszprém megyékből származik. A lapok többsége az 1860-as és az as évekből származik; ezen kívül számottevően nem bővült. A legtermékenyebb gyűjtők Vida Gábor, Vrabélyi Márton, Károlyi Árpád és Pócs Tamás voltak. A magyar flóra fajainak több mint fele (61%) megtalálható a herbáriumban. Az adatbázis Magyarország területén gyűjtött, nem kultivált növénypéldányokat tartalmazó részét elektronikus mellékletben (taxon sorszáma, taxon neve, gyűjtő, település, gyűjtés éve és a digitális fénykép file neve) szabad felhasználásra közreadjuk. Kulcsszavak: biológiai gyűjtemények, herbárium digitalizálás, Magyarország flórája, természettudományi gyűjtemények Abstract The paper describes the vascular herbarium of the Eszterházy Károly College (EGR) in Eger (Hungary), according to its condition in All specimens of the herbarium were documented by digital photographs (ca specimens), and all data from the labels were entered into MS Excel spreadsheet. 54% of the specimens were collected in present-day Hungary, the other half comes mainly from the neighbouring countries, but more distant European countries are represented as well. Hungarian specimens were collected mostly in Heves, Pest, Zala, Vas, Borsod-Abaúj-Zemplén and Veszprém counties. Most of the herbarium sheets originated from the 1860 s and the s. Apart from these periods the collection has hardly developed. The most prolific collectors were Gábor Vida, Márton Vrabélyi, Árpád Károlyi and Tamás Pócs. More than half of the Hungarian flora (61%) is represented in EGR, although some taxa (e.g. Pterydophyta, Gymnospermatophyta) are much underrepresented. The digital photographs and the database are property of the authors and the Department of Botany and Ecology of Eszterházy Károly College. Data of non-cultivated plants collected in the territory of present-day Hungary are summarized in an electronic appendix ( including: catalogue number, taxon name, collector, settlement, date of gathering and file name of the documentary photograph). Further data can be required from the corresponding author or the curator of the herbarium. Key words: biological collections, flora of Hungary, herbarium digitization, natural history collections 339

2 Introduction The herbarium of the Eszterházy Károly College (Index Herbariorum Code: EGR [1]) is the second largest herbarium in Hungary (TAKÁCS et al. 2014), consisting of two main parts. The cryptogam collection, which is one of the largest in Central Europe ( mosses and liverworts, and lichens) is widely known among bryologists. It has gained an international reputation for the collections of Tamás Pócs and his colleagues, who studied and collected bryophytes all over the tropics. This collection comprises mainly lichens from Europe and Africa, and bryophytes collected predominantly in the tropical regions of Africa, India, Indonesia, Vietnam, Papua New Guinea, Australia, Fiji, Cuba and Venezuela [1]. The vascular collection is quite small in size, but not negligible (SASS-GYARMATI & VOJTKÓ 2010). It is mainly valued for the age of its specimens, dating back to the early 19 th century. It stores the collections of significant Hungarian botanists of that time, providing information about their trips and interests in certain regions or taxa. The vascular collection includes vouchers collected primarily in the territory of present-day Hungary and the neighbouring countries (mainly in the Carpathian Basin), but there are specimens from the Alps, Silesia, the Balkan, and from the coastal regions of the Adriatic Sea as well. Although, there are a few publications on the vascular part of the herbarium (NAGY & PAPP 1965, SUBA 1981, VOJTKÓ 1996, KIS et al. 2004, SASS-GYARMATI & VOJTKÓ 2010, PÉNZESNÉ KÓNYA et al. 2013) its significance has always been overshadowed by the vast cryptogam collection. The vascular collection is so poorly known that even the published data on its size are inconsistent. The number of specimens was estimated to be around (KIS et al. 2004, NAGY & PAPP 1965), (PÉNZESNÉ KÓNYA et al. 2013) or (SASS-GYARMATI & VOJTKÓ 2010), the latter calculation probably containing not incorporated material as well. Therefore, the digitization and analysis of the herbarium is long overdue. Our aim was to create a database of the vascular collection of EGR, including all the main attributes of each herbarium specimen, accompanied by digital photos, which may be useful for floristic research or even new type herbarium utilization in the future (for a review see TAKÁCS et al. 2013). Currently, some other Hungarian herbaria are being processed similarly, e.g. DE (TAKÁCS et al. 2014), JPU (PÁSZTÓ et al. 2012) and BP [2]. The history of EGR The oldest part of the EGR herbarium consists of Márton Vrabélyi s herbarium containing his own gatherings as well as exchange material from Lajos Haynald, Joseph Holuby, Viktor Janka, Anton Kerner and László Vágner (SUBA 1981) in the middle of the 19 th century. Short before his death (1869) he granted this herbarium to the Cistercian School in Eger where they kept it until the nationalization of the institute around 1948 (from now on it was called Teacher Training Institute). At this time a significant portion of the Vrabélyi herbarium was brought to the Teacher Training College (the present-day Eszterházy Károly College) but Tibor Hortobágyi, who founded the Department of Botany in 1949 found it in very poor condition scattered on the corridors of the Department. This herbarium was later brought to Budapest in 1958 and to Gödöllő in 1959, where the vouchers are still kept today. There was however, a minor part of the original Vrabélyi herbarium which remained at the Teacher Training Institute after the nationalization. This collection containing ca herbarium sheets was brought to the College by János Suba who was a new staff member in the Department of Botany in János Suba previously worked at the Teacher Training Institute and he could manage to exchange the herbarium for two second hand microscopes (J. SUBA, personal communication). 340

3 This formed the basis of the EGR herbarium which was later increased by the specimens of Tamás Pócs from Bulgaria, Yugoslavia, Romania and Hungary (mainly from Transdanubia). The collection of Gábor Vida from Hungary and Transylvania was purchased by the Department after he gave up botany, and became a geneticist (NAGY & PAPP 1965). These materials served as invaluable bases for creating regional floras, such as that of Naszály (PINTÉR et al. 2010), Bükk (VOJTKÓ 2001), Mátra (SOÓ 1937) and Tarna-region now called Heves-Borsod Hills (SUBA 1969). Materials and methods The database comprises attributes of the material collected before 2013 March. Methods of digitization and database building process mostly followed MOLNÁR V. et al. (2012) and TAKÁCS et al. (2014). Firstly, digital photographs were taken from each sheet, presenting the specimen and the label as well as a ruler enabling measurements for future studies. The digital photos were taken using.jpg extension, and their average size is MB. The information on the labels was entered into Ms Excel spreadsheet, where rows correspond to individual records and columns represent attributes of the collected specimens. The following attributes were recorded: (1) taxon name on the label, (2) collector, (3) reviewer, (4) locality, (5) altitude of locality, (6) year of gathering, (7) month of gathering, (8) day of gathering, (9) filename of digital photo and (10) comment, if necessary. Several attributes were added later to every record: (11) current specific name and (12) catalogue number according to (KIRÁLY 2009), (13) county of gathering, (14) valid administrative affiliation and (15) decade of gathering. One record of the database represents specimen(s) of the same taxon collected from the same locality at the same time on one sheet. If a herbarium sheet contains specimens either of different taxa or from a different locality or time, they are treated as separate records. Thus, the number of records (= rows in the database) is not equal to the number of herbarium sheets (= number of digital photos). Data of specimens representing non-cultivated plants, collected in the territory of present-day Hungary are given in full details. In the case of specimens collected outside Hungary only the name of the taxon, collector, country and date of gathering are provided. When more than one settlement is given on the label, and the administrative affiliation of the locality is therefore ambiguous, the first settlement is provided as the location of gathering (e.g. in the case of in pratis arenosis prope pagum Homokkomárom et oppid. Nagykanizsa, the administrative affiliation in the database is Homokkomárom). Results and discussion Geographical coverage of EGR The database contains records altogether, while the number of herbarium sheets is Only half of the records (4 306 records, 54%) originates from Hungary, the rest comes mainly from the neighbouring countries (Austria: 6%, Romania: 6%, Slovenia: 5%, Slovakia: 3%, etc.) (Fig. 1). We could not identify the country in 729 records (9%), though it is more than probable that these specimens were collected outside Hungary. 341

4 Fig. 1. The number of collected specimens per countries. 1. ábra. A példányok száma országonként. Thereinafter, our analyses primarily concern the non-cultivated specimens collected in present-day Hungary (4 109 records). At least one specimen was collected in each county of Hungary, with the exception of Tolna (Fig. 2). However, only a small proportion of the area of Hungary is concerned, since the specimens were collected at only 368 settlements. Some counties are relatively overrepresented due to the special interests of the most prolific collectors of the herbarium. The majority of settlements display only one or a few collected specimens (Fig. 3). On the other hand, some settlements in Heves, Pest and Zala counties display a high number of specimens due to the activities of Gábor Vida, Márton Vrabélyi, Tamás Pócs and Árpád Károlyi (Table 1). Altitudinal data of gatherings were specified in the case of specimens, which were collected between m above sea level (mean±sd: 254±159 m). 342

5 Fig. 2. The number of collected specimens per counties in Hungary. The areas of administrative affiliations represented in EGR are indicated with grey. 2. ábra. A Magyarországon gyűjtött példányok száma megyénként. Az árnyékolás a gyűjtött példánnyal reprezentált települések közigazgatási határait jelzi. Fig. 3. The number of collected specimens per settlements in Hungary. 3. ábra. A településenként gyűjtött példányok száma Magyarországon. 343

6 Table 1. Hungarian settlements with the 10 highest numbers of collected specimens. 1. táblázat. A tíz legnagyobb példányszámmal reprezentált település Magyarországon. Settlement (County) / Település (Megye) Number of specimens / Példányszám Settlement (County) / Település (Megye) Number of specimens / Példányszám Parád (Heves) 549 Szőce (Vas) 98 Eger (Heves) 319 Gyöngyössolymos (Heves) 89 Budapest (Pest) 305 Balassagyarmat (Nógrád) 80 Gyöngyös (Heves) 137 Bodony (Heves) 76 Nagykanizsa (Zala) 134 Szilvásvárad (Heves) 71 Temporal coverage of EGR The vascular specimens of EGR under study were collected between 1820 and The intensity of collecting was very uneven, as the vast majority of specimens come either from the 1860s or the s (Fig. 4). The dates of the gatherings are provided precisely in almost all Hungarian specimens: specimens (92%) are accurately dated, in specimens (99%) the year and month, whereas in specimens (>99%) the year is indicated. In 30 specimens (<1%) we could not identify the date of gathering at all. Fig. 4. The number of collected specimens per decades in Hungary and abroad. 4. ábra. Az évtizedenként gyűjtött példányok száma Magyarországon és külföldön. Collectors of EGR Altogether 49 collectors contributed to the vascular herbarium, the majority of whom with less than 5 specimens (Fig. 5). Only half a dozen of them can actually be considered as a prolific collector (Table 2). There is a person, however, whose identity is still unknown (referred to as Anonymus ). He collected a considerable number of specimens in the historical Nógrád county, namely in Balassagyarmat settlement and its vicinity (partly in the territory of present-day Slovakia) in (Fig. 6). 344

7 Fig 5. Number of collected specimens per collectors in Hungary. 5. ábra. A személyenként gyűjtött példányok száma Magyarországon. Table 2. The most prolific collectors of EGR (BAZ = Borsod-Abaúj-Zemplén; Kom-Eszt. = Komárom- Esztergom; (!) = only in that county). 2. táblázat. Az EGR legjelentősebb gyűjtői (BAZ = Borsod-Abaúj-Zemplén; Kom-Eszt. = Komárom- Esztergom; (!) = kizárólag az adott megyében). Collector / Gyűjtő Specimens collected in Hungary / Magyarországon gyűjtött példányok Specimens collected abroad / Külföldön gyűjtött példányok Number of species (H) / Fajok száma (H) Most important counties of collection (H) / Legjelentősebb megyék (H) Time period of collection (H) / Gyűjtési időszak (H) Gábor Vida Pest, BAZ, Vas Márton Vrabélyi Heves (!) Árpád Károlyi Somogy, Zala Tamás Pócs Vas, Zala János Suba BAZ, Heves Ilona Gelencsér* Vas, Zala József Papp Fejér, Pest Anonymus Nógrád (!) Éva Palcsó Heves (!) 1965 Ignác Grundl Kom Eszt. (!) * only together with Tamás Pócs The highest number of specimens was collected by Gábor Vida (1935 ). He started his botanical career as a university student with special interest in Pest county, particularly in the flora of Mt. Naszály (VIDA 2010) (Fig. 6). He often collected plants in the Bükk Mts. and the Carpathians together with his brother, László and with Tamás Pócs. The success of his activity is also indicated by the fact that the plant associations he described are still in use today, e.g. Phyllitidi-Fagetum Vida (1959) 1963 or Symphyto cordati-fagetum Vida (1959) 345

8 1963. Later, unfortunately, he could not find a job as a field botanist and by necessity he turned towards genetics. Márton Vrabélyi ( ) is the second most prolific collector of EGR. Since his specimens originate almost exclusively from the Mátra and Bükk Mountains in Heves county, his collection is of great regional significance (VOJTKÓ 1996) (Fig. 6.). Vrabélyi was a steward at the estate of count György Károlyi in Parád. On his trips he was frequently accompanied by the young Vince Borbás, who later became one of the most significant Hungarian botanists of the 19 th century (GOMBOCZ 1936). Later on, his herbarium was split between Eszterházy Károly College and the Agricultural University in Gödöllő (now called Szent István University), but some original vouchers of Vrabélyi are stored in the Hungarian Natural History Museum (BP) as well. Approximately sheets of his collection are kept in Gödöllő today (JEANPLONG 1961). The specimens are still beautiful and preserved in good condition. The Vrabélyi collection provided the basic material for the regional flora works of the Mátra (SOÓ 1937) and Bükk Mts. (VOJTKÓ 2001). Collected specimens in EGR The vascular collection consists of specimens from Hungary, which belong to species. There are vouchers of 14 Pterydophyta species, whereas the gymnosperms are represented by only 5 species. The majority of the specimens is angiosperm (1 640 species; dicotyledons and 365 monocotyledons). Despite the small size of the vascular collection, ca 61% of the Hungarian flora (KIRÁLY 2009) is represented in EGR. The database includes records of a few hybrid taxa, ornamental trees (e.g. Quercus and Sorbus species) and even cultivated plants (e.g. Triticum turgidum, T. aestivum). Altogether 191 specimens were revised until 2013, specifically by Rezső Soó (Vrabélyi s collection, 106 specimens), Tamás Pócs (19 specimens), Zoltán Kárpáti (Sorbus, 17 specimens), Lajos Somlyay (15 specimens), Dániel Pifkó (Chamaecytisus, 8 specimens), and Gábor Vida (7 specimens). Floristically significant records in EGR Márton Vrabélyi was the first to find Drosera rotundifolia L. at Egerbakta, and Seseli peucedanoides (M. Bieb.) Koso-Pol. and Hieracium bupleuroides C.C. Gmel. on the cliffs of Tar-kő. Very rare plants, mostly with single known localities (e.g. Callitriche palustris L., Jasione montana L.) are also documented in EGR. The occurrences of Gymnadenia odoratissima (L.) R. Br., Orchis ustulata L. and O. tridentata Scop. were reported by Vrabélyi from Mt. Kis-Eged, demonstrating the conservation value of the locality. Today, some of the species collected by Vrabélyi in the 19 th century are considered to be extinct from the original localities (e.g. Drosera rotundifolia L. at Egerbakta), thus the old voucher specimens are invaluable. Floristically significant specimens were collected by other botanists as well, e.g. Juhász, Pócs and Suba found Lysimachia thyrsiflora L. at Egerbakta and Viktor Janka documented Cerastium matrense Kit. ex Spreng. [Cerastium arvense L. subsp. matrense (Kit.) Jáv.] at Gyöngyöstarján. 346

9 Fig. 6. Typical labels from the six most prolific collectors. Gábor Vida Zala (A) and Budapest (B); Árpád Károlyi Nagykanizsa (C); Tamás Pócs Vendvidék (D); Márton Vrabélyi Eger (E); Anonymous collector from Nógrád county Balassagyarmat (F); János Suba Tarnavidék (G). 6. ábra. A hat legjelentősebb gyűjtő jellemző cédulái. 347

10 Acknowledgement Our thank goes to Zsuzsa Kalmár for her assistance in the digitization, János Suba for sharing his memories on the history of EGR. The linguistic improvements of Lajos Somlyay are greatly acknowledged. This research was supported by the EU and the State of Hungary, co-financed by the European Social Fund in the framework of TÁMOP A/ National Excellence Program. The infrastructural support of OTKA K Grant is also highly appreciated. References GOMBOCZ E. (1936): A magyar botanika története: A magyar flóra kutatói. Magyar Tudományos Akadémia, Budapest, 636 pp. JEANPLONG J. (1961): Az Agrártudományi Egyetem birtokában lévő Vrabélyi-herbárium. Botanikai Közlemények 49: KIRÁLY G. (szerk.) (2009): Új magyar füvészkönyv. Magyarország hajtásos növényei. Határozókulcsok. Aggteleki Nemzeti Park Igazgatóság, Jósvafő, 616 pp. Taxon list accessible on: KIS G., MOLNÁR K. & VOJTKÓ A. (2004): Az Eszterházy Károly Főiskola Növénytani Tanszékének Herbáriuma (EGR). In: Előadások és poszterek összefoglalói. VI. Aktuális Flóra- és Vegetációkutatás a Kárpát-medencében, Keszthely, p MOLNÁR V. A., TAKÁCS A., HORVÁTH O., E. VOJTKÓ A., KIRÁLY G., SONKOLY J., SULYOK J. & SRAMKÓ G. (2012): Herbarium Database of Hungarian Orchids I. Methodology, dataset, historical aspects and taxa. Biologia 67: NAGY I. & PAPP S. (1965): Az Egri Tanárképző Főiskola herbáriuma Botanikai Közlemények 52: PÁSZTÓ Á., SZEKERES P. & CSIKY J. (2012): JPU (JPU online), a Pécsi Egyetemi Herbárium digitális adatbázisa: első eredmények Nagy István gyűjteménye alapján. Az Aktuális Flóra- és Vegetációkutatás a Kárpát-medencében IX. c. konferencia összefoglalói. Kitaibelia 17: 135. PÉNZESNÉ KÓNYA E., ORBÁN S., PÓCS T. & SASS-GYARMATI A. (2013): Az Eszterházy Károly Főiskola megújult herbáriuma. Acta Academiae Agriensis Sectio Biologiae 40: 5 9. PINTÉR B., VOJTKÓ A. & TÍMÁR G. (2010): A Naszály edényes flórája. In: PINTÉR B. & TÍMÁR G. (szerk.), A Naszály természetrajza, Duna-Ipoly Nemzeti Park Igazgatóság, Budapest, Rosalia 5., pp SASS-GYARMATI A. & VOJTKÓ A. (2010): The herbarium of the Botanical Department in Károly Eszterházy Collage (Eger). Acta Biologica Plantarum Agriensis 1: SOÓ R. (1937): A Mátrahegység és környékének flórája. Magyar flóraművek I., Editio Instituti Botanici Universitatis Debreceniensis, Debrecen, 89 pp. SUBA J. (1981): Emlékezés Vrabélyi Mártonra, Heves megye nagy flórakutatójára. Folia Historico Naturalia Musei Matraensis 7: SUBA J. (1969): A Tarna-vidék flórájának kritikai elemzése. Acta Academiae Paedagogicae Agriensis 7: TAKÁCS A., LACZKÓ L. & MOLNÁR V. A. (2013): A herbáriumok új típusú felhasználásai. Botanikai Közlemények 100: TAKÁCS A., NAGY T., FEKETE R., LOVAS-KISS Á., LJUBKA T., LÖKI V., LISZTES-SZABÓ ZS. & MOLNÁR V. A. (2014): A Debreceni Egyetem Herbáriuma (DE) I.: A Soó Rezső Herbárium. Kitaibelia 19: VIDA G. (2010): Előszó. In: PINTÉR B. & TÍMÁR G. (szerk.), A Naszály természetrajza, Duna-Ipoly Nemzeti Park Igazgatóság, Budapest, Rosalia 5., pp VOJTKÓ A. (1996): Vrabélyi Márton bükk-hegységi gyűjtései az egri Növénytani Tanszék herbáriuma alapján. Botanikai Közlemények 83: 170. VOJTKÓ A. (szerk.) (2001): A Bükk hegység flórája. Sorbus 2001 Kiadó, Eger, 340 pp. Hivatkozott világháló oldalak [1] Index Herbariorum (accessed: March 27, 2014) [2] Kitaibel Pál herbáriuma Herbarium Kitaibelianum (accessed: October 16, 2014) Beérkezett / received: Elfogadva / accepted: