Open Access
How to translate text using browser tools
4 August 2023 New records of Larinia elegans (Araneae: Araneidae) from Czechia and North Macedonia with remarks on its ecology
Radek Šich, Marjan Komnenov, Martina Trajkovska, Pavel Just, Viktor Střeštík, Kryštof Rückl
Author Affiliations +

Larinia elegans Spassky, 1939 is an orb-weaver (Araneidae) inhabiting reeds growing from shallow water bodies from central Europe to China. In Europe, it was previously only found in Austria, Hungary, Czechia, Ukraine and southern part of European Russia. In this study, we present the first record of this species for North Macedonia as well as further records from Czechia. We also provide a synthesis of the ecological data, supported by our observations. Additionally, we highlight its cryptic way of life and prompt arachnologists in surrounding countries to search for this species, which may have been overlooked in the past.

Larinia elegans Spassky, 1939 ist eine Radnetzspinne (Araneidae), die Schilfbestände an flachen Gewässern von Mitteleuropa bis China bewohnt. In Europa wurde sie jedoch nur in Österreich, Ungarn, Tschechien, der Ukraine und im südlichen Teil des europäischen Russlands gefunden. In dieser Studie präsentieren wir den ersten Nachweis dieser Art für Nordmazedonien sowie weitere Funde für Tschechien und bieten eine Synthese der ökologischen Daten, die durch unsere Beobachtungen gestützt werden. Zudem möchten wir ihre verborgene Lebensweise aufzeigen und die Arachnologen in den umliegenden Ländern dazu veranlassen, nach diesen Spinnen zu suchen, weil sie möglicherweise übersehen wurden.

The araneid genus Larinia Simon, 1874 comprises 61 species distributed over all continents except Antarctica (WSC 2023). Four native members of this genus can be found in Europe, namely L. bonneti Spassky, 1939, L. elegans Spassky, 1939, L. jeskovi Marusik, 1986 and L. lineata (Lucas, 1946). Moreover, the non-native species L. phthisica (L. Koch, 1871) was recorded in Crete (Bosmans et al. 2013).

In Central Europe, Larinia elegans was first described as a new species of the genus Singa from the area of Lake Fertő (Nemenz 1956). Jäger (1995) later noted, based on an examination of type specimens of Singa phragmiteti Nemenz, 1956 and drawings in Spassky's publication, that S. phragmiteti is in fact a junior synonym of L. elegans. This finding was later referred to by other publications from Central Europe (Szita et al. 2002, Szinetár & Eichardt 2004).

Larinia elegans differs from its congeners by the morphology of genitalia and by a distinctive dorsal pattern, which makes it identifiable even at immature stages (Marusik 1986). Although the species inhabits a large area spanning from Austria to China, its known distribution is rather patchy and faunistic records relatively scarce. Until recently, in Europe it was only found in Austria (Nemenz & Pühringer 1973, Thaler & Knoflach 2003), Czechia (Šich & Rückl 2020, Řezáč et al. 2021), Hungary (Szinetár & Eichardt 2004), Ukraine (Spassky 1939, Marusik 1986) and the southern part of Russia (Ponomarev et al. 2011). This goes hand in hand with the affinity of L. elegans to larger shallow water bodies with a dense vegetation of reeds, a steppe-bound biotope found only locally across Europe (Nemenz & Pühringer 1973, Marusik 1986, Szinetár & Eichardt 2004, Šich & Rückl 2020).

Larinia elegans is a nocturnal species (Szinetár & Eichardt 2004), which makes a new orb web only when it is dark (Šich & Rückl 2020). During the day, the spiders hide in reed ears (Nemenz & Pühringer 1973, Šich & Rückl 2020), less often in reed stumps (Nemenz & Pühringer 1973). In Hungary, L. elegans was also found on Schoenoplectus litoralis (Schrad.) during daylight, because this plant does not provide such good hiding places as reeds (Szinetár & Eichardt 2004). Larinia elegans can also be effectively collected in traps made of broken reeds, which it widely uses as a suitable shelter for overwintering (Szinetár et al. 2012).

Mating, which takes place in summer, is known for a phenomenon of female genitalia mutilation. During copulation, the males of some Larinia orb-weavers (including L. elegans) tear off a part of the female's epigyne called the scapus (Nemenz & Pühringer 1973, Marusik 1986, Szinetár & Eichardt 2004). In this way, the male tries to monopolize the female because she can no longer mate with other males after the scapus is removed. In L. jeskovi, it was found that at the end of the mating season, all females had their genitalia mutilated (Mouginot et al. 2015). Although more detailed observations of the mating process are lacking for L. elegans, the same principles can be expected in this species.

According to Nentwig et al. (2023), adults of both sexes of L. elegans supposedly occur in May and June only. In Szinetár & Eichardt (2004), adults were recorded from May–September. However, the literature also mentions one case of an adult male found in October (Nemenz 1956). The young spiders hatch from the eggsacs at the end of summer (Szinetár & Eichardt 2004) and overwinter as subadults especially in reed stumps (Nemenz & Pühringer 1973).

Material and methods

In Czechia, we observed Larinia elegans on 12. Jun. 2020, 11. Sep. 2020, 30. Apr. 2021 and 17.–18. Jun. 2022. We arrived at the localities at around 9 pm, before sunset. Documenting of the behaviour of L. elegans began after sunset at around 9:30 pm. On the 19. Jun. 2022, our observations took place at 3:30 am in the morning. In North Macedonia, we visited the locality on 2. Nov. 2018, 2. Sep. 2021, 2. Oct. 2021, 7. Jul. 2022 and 5. Nov. 2022.

Fig. 1.

Map of the known distribution of Larinia elegans in Europe. Black circles – localities of older published records; grey circles – localities in Czechia and North Macedonia


In both countries, we searched for spiders in their webs at night using an LED reflector and observed and photographed them in their natural habitat. We limited our research to the coast and close eulittoral zone. We excluded exploring of reeds in deeper water zones, because we did not have sufficient equipment to do so. Voucher individuals of L. elegans were hand-collected and fixed in ethanol. Here, we present a complete list of findings and observations of L. elegans in Czechia and North Macedonia. These represent the first published records of this species for North Macedonia.

Collected material is deposited in the National Museum of the Czech Republic in Prague and in the personal collections of the authors. The spiders were identified according to Nentwig et al. (2023). Digital photos of specimens from Czechia were taken by the fourth author using an Olympus DP70 camera mounted on an Olympus SZX12 stereomicroscope. Photos of the copulatory organs were stacked in Deep Focus 3.1 implemented in QuickPHOTO MICRO 2.3. Digital photos of field observations in Czechia were taken using a Canon EOS 77D digital camera with a Canon EF 100mm f/2.8L Macro IS USM lens and a Nikon D750 digital camera and Sigma 150mm F 2.8 EX APO DG HSM lens. Digital photos of field observations in North Macedonia were taken using an Olympus TG5 digital camera.

The following abbreviations are used: coll. – collection, det. – identified, juv. – juvenile, NMPC – National Museum of the Czech Republic, Prague, leg. – collected, obs. – observed, rev. – revised.

Fig. 2.

Biotops of Larinia elegans in a. Czechia (photo V. Střeštík) and b. Macedonia (photo M. Komnenov)



Larinia elegans Spassky, 1939

  • CZECHIA (Figs 1, 2a, 3-4, 5a, 6): 1 ♂, 1 ♀, Nové Mlýny dam, Pasohlávky, 48.8988°N, 16.5337°E, 172 m a.s.l., ear of Phragmites australis on the coast of dam, 8. May 2020, leg. & det. R. Šich, rev. P. Dolejš, hand collecting, coll. NMP (P6A 7351), first record for Czechia; 3 ♂♂, 7 ♀♀, same locality, 10. May 2020, obs. R. Šich; 2 ♂♂, 2 ♀♀, same locality, 12. Jun. 2020, leg. & det. R. Šich & K. Rückl, hand collecting, coll. R. Šich (Šich & Rückl 2020); 2 juv., same locality, 11. Sep. 2020, obs. R. Šich & K. Rückl; 15 juv., same locality, 30. Apr. 2021, obs. R. Šich & K. Rückl.

  • 1 ♂, Nové Mlýny dam, Pasohlávky, 48.8931°N, 16.5897°E, 188 m a.s.l., ear of P. australis on the coast of dam, 17. Jun. 2022, leg. & det. K. Rückl & V. Střeštík, hand collecting (Rückl & Střeštík 2022).

  • 1 ♂, 2 ♀♀, Nové Mlýny dam, Horní Věstonice, 48.8849°N, 16.6090°E, 180 m a.s.l., P. australis on the coast of dam, 17. Jun. 2022, leg. & det. K. Rückl & V. Střeštík, hand collecting (Rückl & Střeštík 2022); dozens ♀♀, same locality, 17.–19. Jun. 2022, obs. K. Rückl & V. Střeštík;

  • 1 ♀, Nové Mlýny dam, Dolní Věstonice, 48.8887°N, 16.6523°E, 177 m a.s.l., ear of P. australis on the coast of dam, 18. Jun. 2022, leg. & det. K. Rückl & V. Střeštík, hand collecting (Rückl & Střeštík 2022).

  • In Czechia (Southern Moravia, Nové Mlýny dam) the first adult specimens of Larinia elegans were discovered in May 2020 by individual collection from ears of reeds Phragmites australis (Cav.) Trin. Ex Steud (Fig. 3) (Šich & Rückl 2020). During nightly observations since June 2020, a large population was recorded. When it was not yet completely dark, we did not find any webs or specimens of L. elegans, but we observed abundant Larinioides suspicax (O. Pickard-Cambridge, 1876) specimens repairing their webs. In complete darkness (around 9:30 pm) many L. elegans individuals left their nests and built new orb-webs (Fig. 4a). According to early morning observations (3:30 am), specimens of this species had by then completely wrapped their webs and consumed the silk with small insects which were caught in the cobweb (Fig. 4b). At dawn (around 4 am), the spiders disappeared. Some hid in old reed leaves (Fig. 5a). During the day the spiders were hidden in their nests and we did not find any of their webs. The spiders preferred reeds growing in the water right by the shore. On the reeds above the ground, individuals built their webs only rarely. Some of the captured females had the scapus of the epigyne torn off (Fig. 6).

  • NORTH MACEDONIA (Figs 1, 2b, 5b): 3 juv., Dojran Lake, Nov Dojran, 41.2108°N, 22.7091°E, 155 m a.s.l., on P. australis near the lake, sweep netting during the daytime, 2. Nov. 2018, leg. P. Just, M. Komnenov & N. Petráňová, det. P. Just & M. Komnenov, coll. M. Komnenov; 18 juv., same locality, hand collecting, 2. Oct. 2021, leg. & det. M. Komnenov & M. Trajkovska, coll. M. Komnenov; 2 ♂♂, 2 ♀♀, same locality, hand collecting, 2. Jul. 2022, leg. & det. M. Komnenov & M. Trajkovska, coll. M. Komnenov; 3 juv., same locality, hand collecting, 5. Nov. 2022, leg. & det. M. Komnenov, coll. M. Komnenov.

    In North Macedonia,, the first specimens of L. elegans were collected on 2. Nov. 2018 in the area of Nov Dojran, during daytime by sweep netting on the reeds P. australis by the Dojran lake. After detailed searches at the same locality on 2. Sep. 2021, using different collecting techniques such as sweep netting, hand collecting and suction sampling, no samples of L. elegans were found during daytime. We also did not observe any old orb webs of L. elegans from the previous night. The only juvenile specimen was found by hand checking at the highest parts of the reeds growing on the ground next to the shore, in reed ears, where it was resting in the silk net. When we returned to the same place at 7:30 pm when it was already dark, we observed a large population of L. elegans with already constructed orb webs among the reeds. On 7. Jul. 2022 at 7:45 pm we visited the same locality. Even though it was not completely dark, individuals of L. elegans were starting to build their webs. We observed again high number of spiders, but this time a high percentage of them were adult specimens, both male and female. We also observed mating between some of these individuals, which confirms that mating takes place during summer. From an ecological point of view, it is interesting to highlight one case of finding a single female at 7:46 pm, hidden in a freshly folded green reed leaf (Fig. 5b).

  • Fig. 3.

    Larinia elegans in reed ear (Czechia). a. adult male; b. adult female in nest (photo R. Šich)


    Fig. 4.

    Larinia elegans, adult females (Czechia). a. female in the web; b. another female eating insect after wrapping her web (photo K. Rückl)


    Fig. 5.

    Larinia elegans, adult female hiding in a. reed leaf (Czechia, photo K. Rückl); b. freshly folded green reed leaf (Macedonia, photo M. Komnenov)


    Fig. 6.

    Epigyne of Larinia elegans (Czechia). a. with preserved scapus; b. with torn scapus after mating (photo P. Just)



    The behaviour, time of occurrence and the habitat preferences of L. elegans in Czechia and North Macedonia, correspond with previously published studies (Nemenz & Pühringer 1973, Szinetár & Eichardt 2004, Šich & Rückl 2020). This orb-weaver builds its web at night and ingests it in the morning, which can be explained as a means to save water and components for building a new sticky web spiral (Opell 2021, Townley & Tillinghast 2013).

    During the night, the web of L. elegans is damaged by wind and insects. In addition, the main prey items are members of the order Diptera, which are most active at night. For these reasons, it seems more advantageous for the spider to take its web down in the morning. Unlike L. elegans, the co-occurring species Larinioides suspicax and Singa nitidula C. L. Koch, 1844 do not seem to have their webs exposed to the wind as often (personal observation), thus these spiders leave them until the following evening. According to Nemenz & Pühringer (1973) L. elegans does not need any web for hunting. However, these authors did not note at what time they observed the spiders feeding, so they most likely found individuals during the morning ritual of ingesting their webs. Similar nocturnal activity including web building after sunset and removing it in the early morning has been described in, e.g., four members of genus Neoscona Simon, 1894 in Japan (Yamanoi & Miyashita 2005).

    During the day, specimens of L. elegans remain hidden in their nests in reed ears, stumps or leaves mostly growing from water. Their nests in reed ears are similar to those of Larinioides suspicax, Clubiona phragmitis C. L. Koch, 1843, Cheir-acanthium mildei L. Koch, 1864 and the salticids of the genus Marpissa C. L. Koch, 1846 and Heliophanus C. L. Koch, 1833. However, the walls of the nest of L. elegans are thicker (Šich & Rückl 2020).

    Unlike L. elegans, the more numerous L. suspicax prefers habitats on the shore than above water. We collected and observed specimens of L. elegans only within reach of the mainland, but according to Nemenz & Pühringer (1973) and Szinetár & Eichardt (2004) we assume that they live in the reeds further from the shore as well. The exact reason for life in the eulittoral zone is not yet fully understood. It may represent the occupation of a free ecological niche and greater safety from terrestrial predators.

    Similar to L. elegans, three Central European members of Tetragnathidae, Tetragnatha raimoseri (Roşca, 1939), T. shoshone Levi, 1981 and T. striata L. Koch, 1862 occur on plants above water bodies (Hajdamowicz 2009, Nentwig at al. 2023). Another elusive spider that inhabits similar areas is Enoplognatha bryjai Řezáč, 2016, which also may have been overlooked because of its cryptic way of life in the eulittoral zone right above the water level, often hiding in between the bottom part of reed leaves (Carex sp., Phragmites sp., Typha sp.) (Indzhov 2021, Řezáč et al. 2016, Yanul et al. 2022).

    The mentioned record of a L. elegans female hidden in a freshly folded green reed leaf is similar to the retreats of the genus Singa (Wiehle 1931), in which L. elegans was described by Nemenz (1956).

    It is interesting to note one case of the presence of several juveniles of L. elegans from Nov Dojran on 2. Sep. 2021 after 7:30 pm with already constructed webs, at one particular place where previously, during the daytime, after detailed searching of the reed ears, no specimens were found. This observation shows that the reed ears may not be the most common hiding place during the daytime. Moreover, overwintering in reed stumps is typical for juveniles (Nemenz & Pühringer 1973).

    The world-wide distribution of the genus Larinia, indicates good long-distance dispersal abilities (Scharff et al. 2020). According to the current distribution of L. elegans (Fig. 1), the findings in North Macedonia represent the southernmost records of its distribution and also represent the first record for the spider fauna of the Balkan Peninsula and Southern Europe. Demonstrating the pattern of distribution with occurrence in both the Pontic and Pannonian steppes, the record from North Macedonia might, at first glance, seem strange and unexpected in relation to the relatively large distance from these steppe habitats. However, there are already records of species in North Macedonia with a similar Pontic distributional pattern (Komnenov 2014), as for example Asagena meridionalis (Kulczyński, 1894), Atypus muralis Bertkau, 1890, Canariphantes nanus (Kulczyński, 1898), Civizelotes gracilis (Canestrini, 1868), Drassyllus crimeaensis Kovblyuk, 2003, Erigonoplus spinifemuralis Dimitrov, 2003, Geolycosa vultuosa (C. L. Koch, 1838), Haplodrassus bohemicus Miller & Buchar, 1977, Sintula spiniger (Balogh, 1935), Tallusia vindobonensis (Kulczyński, 1898), Trachyzelotes malkini Platnick & Murphy, 1984 and Zelotes hermani (Chyzer, 1897).

    We suspect that the main reason why the populations of L. elegans in North Macedonia may have gone unrecorded and untraced for such a long time is due to the spider's nocturnal activity and cryptic way of life.

    Southern Moravia presents the north-western tip of the Pannonian Basin, an exclave of the Eurasian steppe (Buchar 1983). Given the araneofauna of the Southern Moravia has been thoroughly investigated in the past (Buchar & Růžička 2002) and no L. elegans were recorded, we propose that the presence of an abundant population of this species at Nové Mlýny – built relatively recently in 1970s and 1980s (Mlejnková 2016) – might be a sign of a recent, if not ongoing, areal expansion (Řezáč et al. 2021). Although the current collecting attempts at the nearby localities have not been successful, we are convinced it is only a matter of time until L. elegans spreads to other lakes in Southern Moravia.

    The nocturnal activity and affinity to biotopes that are not so easy to sample might mean that L. elegans has been overlooked by conventional collecting techniques. Therefore, a targeted night collecting and checking of eulittoral reeds should be encouraged at suitable natural and artificial biotopes also in the surrounding countries of the Balkan Peninsula and Central Europe. We expect that it is only a matter of time before this species is found in other regions of Europe, if appropriate night-time collecting techniques are used.


    We thank Zdeňka Šichová and Nikola Petráňová for their help in finding the spiders.We are grateful to Anna Šestáková and Csaba Szinetár for their insightful comments, which greatly improved the former version of the manuscript. PJ was supported by Ministry of Youth, Education and Sports of the Czech Republic (SVV 260 686/2023).



    Bosmans R, Van Keer J, Russell-Smith A, Kronestedt T Alderweireldt M, Bosselaers J & De Koninck H 2013 Spiders of Crete (Araneae). A catalogue of all currently known species from the Greek island of Crete. – Arachnological Contributions. Newsletter of the Belgian arachnological Society 28 (Supplement 1): 1–147 Google Scholar


    Buchar J 1983 Zoogeografie [Zoogeography]. Státní pedagogické nakladatelství, Prague. 199 pp. [in Czech] Google Scholar


    Buchar J & Růžička V 2002 Catalogue of spiders of the Czech Republic. Peres, Praha. 351 pp. Google Scholar


    Dodeva S 2012 Macedonian Lakes. In: Bengtsson L, Herschy RW, Fairbridge RW (eds) Encyclopedia of Lakes and Reservoirs. Encyclopedia of Earth Sciences Series. Springer, Dordrecht. pp. 503–539 Google Scholar


    Hajdamowicz I 2009 Tetragnatha shoshone Levi, 1981, a new spider species of longjawed orbweavers (Araneae, Tetragnathidae) in Poland. – Polish Journal of Entomology 78: 169–175 Google Scholar


    Indzhov S 2021 Enoplognatha bryjai, a remarkable spider record in a city park in Bulgaria (Araneae: Theridiidae). – Arachnologische Mitteilungen 62: 1–3 – Google Scholar


    Jäger P 1995: Spinnenaufsammlungen aus Ostösterreich mit vier Erstnachweisen fur Österreich. – Arachnologische Mitteilungen 9: 12–25 – Google Scholar


    Komnenov M 2014 Spider fauna of the Osogovo Mt. Range, Northeastern Macedonia. – Fauna Balkana 2: 1–267 Google Scholar


    Marusik YM 1986 A redescription of types of certain orb-weaving spiders (Araneidae, Tetragnathidae) from S. A. Spassky collection. – Vestnik Zoologii 6: 19–22 Google Scholar


    Mlejnková H 2016 Zatopené kulturní a přírodní dědictví jižní Moravy [Submerged cultural and natural heritage of the South Moravia]. Výzkumný ústav vodohospodářský T.G. Masaryka, veřejná výzkumná instituce, Prague. 246 pp. [in Czech, with English abstract] Google Scholar


    Mouginot P, Prügel J, Thom U, Steinhoff PO, Kupryjanowicz J & Uhl G 2015 Securing paternity by mutilating female genitalia in spiders. – Current Biology 25: 2980–2984 – Google Scholar


    Nemenz H 1956 Über die Artengruppen Singa und Hyposinga nebst Beschreibung einer neuen Art, Singa phragmiteti nov. spec. – Anzeiger der Österreichischen Akademie der Wissenschaften, Mathematisch-Naturwissenschaftliche Klasse 1956: 60–66 Google Scholar


    Nemenz H & Pühringer G 1973 Zur Taxonomie und Ökologie von Singa phragmiteti Nemenz 1956. – Sitzungsberichte der Österreichischen Akademie der Wissenschaften (I) 181: 101–109 Google Scholar


    Nentwig W, Blick T, Bosmans R, Gloor D, Hänggi A & Kropf C 2023 Spiders of Europe. Version 01.2023. – Google Scholar


    Opell B D 2021 Water harvesting during orb web recycling. – Journal of Arachnology 48: 278–283 – Google Scholar


    Ponomarev AV, Abdurakhmanov GM, Alieva SV & Dvadnenko KV 2011 Spiders (Arachnida: Aranei) of the Coasts and Islands in Northern Dagestan. – South of Russia: ecology, development 4: 126–143 [in Russian, with English summary] Google Scholar


    Řezáč M, Řezáčová V & Heneberg P 2016 Enoplognatha bryjai new species, a bizarre cobweb spider of the Pannonian swamps (Araneae, Theridiidae). – Zootaxa 4147: 92–96 – Google Scholar


    Řezáč M, Růžička V, Hula V, Dolanský J, Machač O & Roušar A 2021 Spiders newly observed in Czechia in recent years – overlooked or invasive species? – BioInvasions Records 10: 555–566 – Google Scholar


    Rückl K & Střeštík V 2022 Významné nálezy pavouků od Nových Mlýnů aneb najde ten, kdo nehledá [Significant records of spiders from Nové Mlýny dam]. – Pavouk 53: 5–9 [in Czech, with English abstract] Google Scholar


    Šich R & Rückl K 2020 První nález křižáka rákosového (Larinia elegans Spassky, 1939) v České republice [First record of Larinia elegans Spassky, 1939 in the Czech Republic]. – Pavouk 48: 3–5 [in Czech] Google Scholar


    Scharff N, Coddington JA, Blackledge TA, Agnarsson I, Framenau VW, Szűts T, Hayashi CY & Dimitrov D 2020 Phylogeny of the orb-weaving spider family Araneidae (Araneae: Araneoidea). – Cladistics 36: 1–21 – Google Scholar


    Spassky SA 1939 Araneae palaearcticae novae. IV. – Folia Zoologica et Hydrobiologica, Rigā 9: 299–308 Google Scholar


    Szinetár C & Eichardt J 2004 Larinia species (Araneidae, Araneae) in Hungary. Morphology, phenology and habitats of Larinia jeskovi Marusik, 1986, Larinia elegans Spassky, 1939, and Larinia bonneti Spassky, 1939. In: Samu F & Szinetár C (eds.) European Arachnology 2002.Plant Protection Institute & Berzsenyi College, Budapest. pp. 179–186 Google Scholar


    Szinetár C, Kancsal B & Török T 2012: A new method for the investigations of spiders living in flooded areas of Hungarian wetlands. In: Neményi M & Heil B (eds) The Impact of urbanization, industrial, agricultural and forest technologies on the natural environment. Budapest Nemzeti Tankönyvkiadó. pp. 325–332 Google Scholar


    Szita É, Szinetár C & Szűts T 2002 Faunistical investigation on the spider fauna (Araneae) of the Fertő-Hanság National Park. In: Mahunka S (ed.) The fauna of the Fertő-Hanság National Park I. Magyar Természettudományi Múzeum, Budapest. pp. 231–244 Google Scholar


    Thaler K & Knoflach B 2003 Zur Faunistik der Spinnen (Araneae) von Österreich: Orbiculariae p.p. (Araneidae, Tetragnathidae, Theridiosomatidae, Uloboridae). – Linzer Biologische Beiträge 35: 613–655 Google Scholar


    Townley MA & Tillinghast EK. 2013 Aggregate silk gland secretions of araneoid spiders. In: Nentwig W (ed) Spider Ecophysiology. Springer-Verlag, New York. pp. 283–302 – Google Scholar


    Yamanoi T & Miyashita T 2005 Foraging strategy of nocturnal orb-web spiders (Araneidae: Neoscona) with special reference to the possibility of beetle specialization by N. punctigera. – Acta Arachnologica 54: 13–19 – Google Scholar


    Yanul V, Terekhova V & Polchaninova N 2022 New data to the rare spider species (Arachnida, Aranei) from Kyiv Region (Ukraine). – Zoodiversity 56: 181–188 – Google Scholar


    Wiehle H 1931 Spinnentiere oder Arachnoidea, VI. 27: Familie Araneidae. – Die Tierwelt Deutschlands 23: 47–136 Google Scholar


    WSC 2023 World spider catalog. Version 23.5. Natural History Museum, Bern. – Google Scholar
    Radek Šich, Marjan Komnenov, Martina Trajkovska, Pavel Just, Viktor Střeštík, and Kryštof Rückl "New records of Larinia elegans (Araneae: Araneidae) from Czechia and North Macedonia with remarks on its ecology," Arachnologische Mitteilungen: Arachnology Letters 65(1), 8-12, (4 August 2023).
    Received: 16 January 2023; Accepted: 1 April 2023; Published: 4 August 2023
    Nové Mlýny
    orb weavers
    range expansion
    Back to Top