TY  - JOUR
AU  - Csoka, Gyorgy
AU  - Hirka, Aniko
AU  - Mutun, Serap
AU  - Glavendekić, Milka
AU  - Miko, Agnes
AU  - Szocs, Levente
AU  - Paulin, Marton
AU  - Eotvos, Csaba Bela
AU  - Gaspar, Csaba
AU  - Csepelenyi, Mariann
AU  - Szenasi, Agnes
AU  - Franjević, Milivoj
AU  - Gninenko, Yuri
AU  - Dautbasić, Mirza
AU  - Muzejinović, Osman
AU  - Zubrik, Milan
AU  - Netoiu, Constantin
AU  - Buzatu, Andrei
AU  - Balacenoiu, Flavius
AU  - Jurc, Maja
AU  - Jurc, Dusan
AU  - Bernardinelli, Iris
AU  - Streito, Jean-Claude
AU  - Avtzis, Dimitrios N.
AU  - Hrasovec, Boris
PY  - 2020
UR  - https://omorika.sfb.bg.ac.rs/handle/123456789/1165
AB  - The North American oak lace bug feeds on leaves of 'white oaks" in its native range. In Europe, it was first discovered in northern Italy in 2000. In recent years, it has subsequently spread rapidly and population outbreaks have been observed in several European countries. In the present study, we summarize the steps of its expansion. To predict its potential host range, we checked 48 oak species in 20 sentinel gardens in seven countries between 2013 and 2018. In total, 27 oak species were recorded as suitable hosts; 13 of them are globally new ones, 23 out of the 29 in section Quercus (similar to white oaks, an intrageneric taxonomic unit within genus Quercus), including Asian oaks, native to Japan, Korea and China, and four out of five in section Cerris (another intrageneric unit of the same genus), were accepted as hosts. None of the species in section Lobatae (red oaks) or in the Ilex group was accepted. Host records were also collected in forest stands of 10 countries. We found 11 oak species that were infested. Outbreak populations were most commonly found on Quercus robur, Quercus frainetto, Quercus petraea and Quercus cerris, comprising widespread and outstandingly important oaks species in Europe. Based on our findings, we conclude that suitable hosts for oak lace bug are present in most of Europe and Asia. This means that a lack of hosts will likely not restrict further range expansion.
T2  - Agricultural and Forest Entomology
T1  - Spread and potential host range of the invasive oak lace bug [ Corythucha arcuata (Say, 1832) - Heteroptera: Tingidae] in Eurasia
EP  - 74
IS  - 1
SP  - 61
VL  - 22
DO  - 10.1111/afe.12362
UR  - conv_1466
ER  - 

@article{
author = "Csoka, Gyorgy and Hirka, Aniko and Mutun, Serap and Glavendekić, Milka and Miko, Agnes and Szocs, Levente and Paulin, Marton and Eotvos, Csaba Bela and Gaspar, Csaba and Csepelenyi, Mariann and Szenasi, Agnes and Franjević, Milivoj and Gninenko, Yuri and Dautbasić, Mirza and Muzejinović, Osman and Zubrik, Milan and Netoiu, Constantin and Buzatu, Andrei and Balacenoiu, Flavius and Jurc, Maja and Jurc, Dusan and Bernardinelli, Iris and Streito, Jean-Claude and Avtzis, Dimitrios N. and Hrasovec, Boris",
year = "2020",
abstract = "The North American oak lace bug feeds on leaves of 'white oaks" in its native range. In Europe, it was first discovered in northern Italy in 2000. In recent years, it has subsequently spread rapidly and population outbreaks have been observed in several European countries. In the present study, we summarize the steps of its expansion. To predict its potential host range, we checked 48 oak species in 20 sentinel gardens in seven countries between 2013 and 2018. In total, 27 oak species were recorded as suitable hosts; 13 of them are globally new ones, 23 out of the 29 in section Quercus (similar to white oaks, an intrageneric taxonomic unit within genus Quercus), including Asian oaks, native to Japan, Korea and China, and four out of five in section Cerris (another intrageneric unit of the same genus), were accepted as hosts. None of the species in section Lobatae (red oaks) or in the Ilex group was accepted. Host records were also collected in forest stands of 10 countries. We found 11 oak species that were infested. Outbreak populations were most commonly found on Quercus robur, Quercus frainetto, Quercus petraea and Quercus cerris, comprising widespread and outstandingly important oaks species in Europe. Based on our findings, we conclude that suitable hosts for oak lace bug are present in most of Europe and Asia. This means that a lack of hosts will likely not restrict further range expansion.",
journal = "Agricultural and Forest Entomology",
title = "Spread and potential host range of the invasive oak lace bug [ Corythucha arcuata (Say, 1832) - Heteroptera: Tingidae] in Eurasia",
pages = "74-61",
number = "1",
volume = "22",
doi = "10.1111/afe.12362",
url = "conv_1466"
}

Csoka, G., Hirka, A., Mutun, S., Glavendekić, M., Miko, A., Szocs, L., Paulin, M., Eotvos, C. B., Gaspar, C., Csepelenyi, M., Szenasi, A., Franjević, M., Gninenko, Y., Dautbasić, M., Muzejinović, O., Zubrik, M., Netoiu, C., Buzatu, A., Balacenoiu, F., Jurc, M., Jurc, D., Bernardinelli, I., Streito, J., Avtzis, D. N.,& Hrasovec, B.. (2020). Spread and potential host range of the invasive oak lace bug [ Corythucha arcuata (Say, 1832) - Heteroptera: Tingidae] in Eurasia. in Agricultural and Forest Entomology, 22(1), 61-74.
https://doi.org/10.1111/afe.12362
conv_1466

Csoka G, Hirka A, Mutun S, Glavendekić M, Miko A, Szocs L, Paulin M, Eotvos CB, Gaspar C, Csepelenyi M, Szenasi A, Franjević M, Gninenko Y, Dautbasić M, Muzejinović O, Zubrik M, Netoiu C, Buzatu A, Balacenoiu F, Jurc M, Jurc D, Bernardinelli I, Streito J, Avtzis DN, Hrasovec B. Spread and potential host range of the invasive oak lace bug [ Corythucha arcuata (Say, 1832) - Heteroptera: Tingidae] in Eurasia. in Agricultural and Forest Entomology. 2020;22(1):61-74.
doi:10.1111/afe.12362
conv_1466 .

Csoka, Gyorgy, Hirka, Aniko, Mutun, Serap, Glavendekić, Milka, Miko, Agnes, Szocs, Levente, Paulin, Marton, Eotvos, Csaba Bela, Gaspar, Csaba, Csepelenyi, Mariann, Szenasi, Agnes, Franjević, Milivoj, Gninenko, Yuri, Dautbasić, Mirza, Muzejinović, Osman, Zubrik, Milan, Netoiu, Constantin, Buzatu, Andrei, Balacenoiu, Flavius, Jurc, Maja, Jurc, Dusan, Bernardinelli, Iris, Streito, Jean-Claude, Avtzis, Dimitrios N., Hrasovec, Boris, "Spread and potential host range of the invasive oak lace bug [ Corythucha arcuata (Say, 1832) - Heteroptera: Tingidae] in Eurasia" in Agricultural and Forest Entomology, 22, no. 1 (2020):61-74,
https://doi.org/10.1111/afe.12362 .,
conv_1466 .

TY  - JOUR
AU  - Tenow, Olle
AU  - Nilssen, Arne C.
AU  - Bylund, Helena
AU  - Pettersson, Rickard
AU  - Battisti, Andrea
AU  - Bohn, Udo
AU  - Caroulle, Fabien
AU  - Ciornei, Constantin
AU  - Csoka, Gyoergy
AU  - Delb, Horst
AU  - De Prins, Willy
AU  - Glavendekić, Milka
AU  - Gninenko, Yuri I.
AU  - Hrasovec, Boris
AU  - Matosević, Dinka
AU  - Meshkova, Valentyna
AU  - Moraal, Leen
AU  - Netoiu, Constantin
AU  - Pajares, Juan
AU  - Rubtsov, Vasily
AU  - Tomescu, Romica
AU  - Utkina, Irina
PY  - 2013
UR  - https://omorika.sfb.bg.ac.rs/handle/123456789/550
AB  - We show that the population ecology of the 9- to 10-year cyclic, broadleaf-defoliating winter moth (Operophtera brumata) and other early-season geometrids cannot be fully understood on a local scale unless population behaviour is known on a European scale. Qualitative and quantitative data on O. brumata outbreaks were obtained from published sources and previously unpublished material provided by authors of this article. Data cover six decades from the 1950s to the first decade of twenty-first century and most European countries, giving new information fundamental for the understanding of the population ecology of O. brumata. Analyses on epicentral, regional and continental scales show that in each decade, a wave of O. brumata outbreaks travelled across Europe. On average, the waves moved unidirectionally ESEWNW, that is, toward the Scandes and the Atlantic. When one wave reached the Atlantic coast after 910 years, the next one started in East Europe to travel the same c. 3000 km distance. The average wave speed and wavelength was 330 km year-1 and 3135 km, respectively, the high speed being incongruous with sedentary geometrid populations. A mapping of the wave of the 1990s revealed that this wave travelled in a straight EW direction. It therefore passed the Scandes diagonally first in the north on its way westward. Within the frame of the Scandes, this caused the illusion that the wave moved NS. In analogy, outbreaks described previously as moving SN or occurring contemporaneously along the Scandes were probably the result of continental-scale waves meeting the Scandes obliquely from the south or in parallel. In the steppe zone of eastern-most and south-east Europe, outbreaks of the winter moth did not participate in the waves. Here, broadleaved stands are small and widely separated. This makes the zone hostile to short-distance dispersal between O. brumata subpopulations and prevents synchronization within meta-populations. We hypothesize that hostile boundary models, involving reciprocal hostherbivoreenemy reactions at the transition between the steppe and the broadleaved forest zones, offer the best explanation to the origin of outbreak waves. These results have theoretical and practical implications and indicate that multidisciplinary, continentally coordinated studies are essential for an understanding of the spatio-temporal behaviour of cyclic animal populations.
T2  - Journal of Animal Ecology
T1  - Geometrid outbreak waves travel across Europe
EP  - 95
IS  - 1
SP  - 84
VL  - 82
DO  - 10.1111/j.1365-2656.2012.02023.x
UR  - conv_1065
ER  - 

@article{
author = "Tenow, Olle and Nilssen, Arne C. and Bylund, Helena and Pettersson, Rickard and Battisti, Andrea and Bohn, Udo and Caroulle, Fabien and Ciornei, Constantin and Csoka, Gyoergy and Delb, Horst and De Prins, Willy and Glavendekić, Milka and Gninenko, Yuri I. and Hrasovec, Boris and Matosević, Dinka and Meshkova, Valentyna and Moraal, Leen and Netoiu, Constantin and Pajares, Juan and Rubtsov, Vasily and Tomescu, Romica and Utkina, Irina",
year = "2013",
abstract = "We show that the population ecology of the 9- to 10-year cyclic, broadleaf-defoliating winter moth (Operophtera brumata) and other early-season geometrids cannot be fully understood on a local scale unless population behaviour is known on a European scale. Qualitative and quantitative data on O. brumata outbreaks were obtained from published sources and previously unpublished material provided by authors of this article. Data cover six decades from the 1950s to the first decade of twenty-first century and most European countries, giving new information fundamental for the understanding of the population ecology of O. brumata. Analyses on epicentral, regional and continental scales show that in each decade, a wave of O. brumata outbreaks travelled across Europe. On average, the waves moved unidirectionally ESEWNW, that is, toward the Scandes and the Atlantic. When one wave reached the Atlantic coast after 910 years, the next one started in East Europe to travel the same c. 3000 km distance. The average wave speed and wavelength was 330 km year-1 and 3135 km, respectively, the high speed being incongruous with sedentary geometrid populations. A mapping of the wave of the 1990s revealed that this wave travelled in a straight EW direction. It therefore passed the Scandes diagonally first in the north on its way westward. Within the frame of the Scandes, this caused the illusion that the wave moved NS. In analogy, outbreaks described previously as moving SN or occurring contemporaneously along the Scandes were probably the result of continental-scale waves meeting the Scandes obliquely from the south or in parallel. In the steppe zone of eastern-most and south-east Europe, outbreaks of the winter moth did not participate in the waves. Here, broadleaved stands are small and widely separated. This makes the zone hostile to short-distance dispersal between O. brumata subpopulations and prevents synchronization within meta-populations. We hypothesize that hostile boundary models, involving reciprocal hostherbivoreenemy reactions at the transition between the steppe and the broadleaved forest zones, offer the best explanation to the origin of outbreak waves. These results have theoretical and practical implications and indicate that multidisciplinary, continentally coordinated studies are essential for an understanding of the spatio-temporal behaviour of cyclic animal populations.",
journal = "Journal of Animal Ecology",
title = "Geometrid outbreak waves travel across Europe",
pages = "95-84",
number = "1",
volume = "82",
doi = "10.1111/j.1365-2656.2012.02023.x",
url = "conv_1065"
}

Tenow, O., Nilssen, A. C., Bylund, H., Pettersson, R., Battisti, A., Bohn, U., Caroulle, F., Ciornei, C., Csoka, G., Delb, H., De Prins, W., Glavendekić, M., Gninenko, Y. I., Hrasovec, B., Matosević, D., Meshkova, V., Moraal, L., Netoiu, C., Pajares, J., Rubtsov, V., Tomescu, R.,& Utkina, I.. (2013). Geometrid outbreak waves travel across Europe. in Journal of Animal Ecology, 82(1), 84-95.
https://doi.org/10.1111/j.1365-2656.2012.02023.x
conv_1065

Tenow O, Nilssen AC, Bylund H, Pettersson R, Battisti A, Bohn U, Caroulle F, Ciornei C, Csoka G, Delb H, De Prins W, Glavendekić M, Gninenko YI, Hrasovec B, Matosević D, Meshkova V, Moraal L, Netoiu C, Pajares J, Rubtsov V, Tomescu R, Utkina I. Geometrid outbreak waves travel across Europe. in Journal of Animal Ecology. 2013;82(1):84-95.
doi:10.1111/j.1365-2656.2012.02023.x
conv_1065 .

Tenow, Olle, Nilssen, Arne C., Bylund, Helena, Pettersson, Rickard, Battisti, Andrea, Bohn, Udo, Caroulle, Fabien, Ciornei, Constantin, Csoka, Gyoergy, Delb, Horst, De Prins, Willy, Glavendekić, Milka, Gninenko, Yuri I., Hrasovec, Boris, Matosević, Dinka, Meshkova, Valentyna, Moraal, Leen, Netoiu, Constantin, Pajares, Juan, Rubtsov, Vasily, Tomescu, Romica, Utkina, Irina, "Geometrid outbreak waves travel across Europe" in Journal of Animal Ecology, 82, no. 1 (2013):84-95,
https://doi.org/10.1111/j.1365-2656.2012.02023.x .,
conv_1065 .