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Forrás: CsZ

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2022. aug. 12.

2022-2018

angol zászló

2022 - Kumulatív impakt faktor: 35.834 (és még növekszik...)

Haubrock, P.J. – Ahmed, D.A. – Cuthbert, R.N. – Stubbington, R. – Domisch, S. – Marquez, J.R.G – Beidas, A. – Amatulli, G. – Kiesel, J. – Shen, L.Q. – Angeler, D. – Bonada, N. – Csabai, Z.– Datry, T. – de Eyto, E. – Dohet, A. – Drohan, R. – England, J. – Feio, J. M. – Forio, M.A.E. Várbíró, G. – Goethals, P. – Graf, W. – Heino, J. – Jähnig, S.C. – Johnson, R.K. – Larrañaga, A. – Leitner, P. – L'Hoste, L. – Lizee, M-H. – Maire, A. – Rasmussen, J.J. – Schmidt-Kloiber, A. – van der Lee, G.H. – Verdonschot, R.C.M. – Wilberg-Larsen, P. – Haase, P. 2022: The invasion impacts and dynamics of a European-wide introduced species. – Global Change Biology 28(15): 4620–4632.
IF= 13.211 (2021), SJR= D1/Q1
DOI: 10.1111/gcb.16207

B-Béres, V. – Kókai, Zs. – Várbíró, G. – Mustazhapova, G. – Csabai, Z.Pernecker, B. – Borics, G. – Bácsi, I. – Boda, P. 2022: Flow intermittence drives the benthic algal composition, biodiversity and diatom-based quality of small hilly streams in the Pannonian Ecoregion, Hungary – Frontiers in Ecology and Evolution 10: 834548
IF= 4.493 (2021), SJR= Q1
DOI: 10.3389/fevo.2022.834548

Staude, I.R. – Pereira, H.M. – Daskalova, G.N. – Bernhardt-Römermann, M. – Diekmann, M. – Pauli, H. – Van Calster, H. – Vellend, M. – Bjorkman, A.D. – Brunet, J. – De Frenne, P. – Hédl, R. – Jandt, U. – Lenoir, J. – Myers-Smith, I.H. –Verheyen, K. – Wipf, S. – Wulf, M. – Andrews, C. – Barančok, P. – Barni, E. – Benito-Alonso, J.-L. – Bennie, J. – Berki, I. – Blüml, V. – Chudomelová, M. – Decocq, G. – Dick, J. – Dirnböck, T. – Durak, T. – Eriksson, O. – Erschbamer, B. – Graae, B.J. – Heinken, T. – Schei, F.H. – Jaroszewicz, B. – Kopecký, M. – Kudernatsch, T. – Macek, M. – Malicki, M. – Máliš, F. – Michelsen, O. – Naaf, T. – Nagel, T.A. – Newton, A.C. – Nicklas, L. – Oddi, L. – Ortmann-Ajkai, A. – Palaj, A. – Petraglia, A. – Petřík, P. – Pielech, R. – Porro, F. – Puşcaş, M. – Reczyńska, K. – Rixen, C. – Schmidt, W. – Standovár, T. – Steinbauer, K. – Świerkosz, K. – Teleki, B. – Theurillat, J.-P. – Turtureanu, P.D. – Ursu, T.-M. – Vanneste, T. – Vergeer, P. – Vild, O. – Villar, L. – Vittoz, P. – Winkler, M. – Baeten, L. 2022: Directional turnover towards larger-ranged plants over time and across habitats. – Ecology Letters 25(2): 466–482.
IF= 11.274 (2021), SJR= D1/Q1
DOI: 10.1111/ele.13937

Stubbington, R. – Sarremejane, R. – Laini, A. – Cid, N. – Csabai, Z. – England, J. – Munné, A. – Aspin, T. – Bonada, N. – Bruno-Collados, D. – Cauvy-Fraunie, S. – Chadd, R. – Dienstl, C. – Fortuño Estrada, P. – Graf, W. – Gutiérrez Cánovas, C. – House, A. – Karaouzas, I. – Kazila, E. – Millán, A. – Morais, M. – Pařil, P. – Pickwell, A. – Polášek, M. – Sánchez-Fernández, D. – Tziortzis, I. – Várbró, G. – Voreadou, C. – Walker-Holden, E. – White, J. – Datry, T. 2022: Disentangling responses to natural stressor and human impact gradients in river ecosystems across Europe. - Journal of Applied Ecology 59(2): 537-548.
IF= 6.856 (2021), SJR= D1/Q1
DOI: 10.1111/1365-2664.14072

2021 - Kumulatív impakt faktor: 29.366

Datry, T. – Allen, D. – Argelich, R. – Barquin, J. – Bonada, N. – Boulton, A. – Branger, F. – Cai, Y. – Cañedo-Argüelles, M. – Cid, N. – Csabai, Z. – Dallimer, M. – de Araújo, J.C. – Declerck, S. – Dekker, T. – Döll, P. – Encalada, A. – Forcellini, M. – Foulquier, A. – Heino, J. – Jabot, F. – Keszler, P. – Kopperoinen, L. – Kralisch S. – Künne, A. – Lamouroux, N. – Lauvernet, C. – Lehtoranta, V. – Loskotová, B. – Marcé, R. – Martin-Ortega, J. – Matauschek, C. – Miliša, M. – Mogyorósi, S. – Moya, N. – Müller-Schmied, H. – Munné, A. – Munoz, F. Mykrä, H. – Pal, I. – Paloniemi, R. – Pařil, P. – Pengal, P. – Pernecker, B. – Polášek, M. – Rezende, C. – Sabater, S. – Sarremejane, R. – Schmidt, G. – Senerpont-Domis, L. – Singer, G. – Suárez, E. – Talluto, M. – Teurlincx, S. – Trautmann, T. – Truchy, A. – Tyllianakis, E. – Väisänen, S. – Varumo, L. – Vidal, J-P. – Vilmi, A. – Vinyoles, D. 2021: Securing Biodiversity, Functional Integrity, and Ecosystem Services in Drying River Networks (DRYvER). – Research Ideas and Outcomes 7: e77750.
DOI: 10.3897/rio.7.e77750

Pozsgai, G. - Lövei, G.L. - Vasseur, L. - Gurr, G. - Batáry, P. - Korponai, J. - Littlewood, N.A. - Liu, J. - Móra, A. - Obrycki, J. - Reynolds, O. - Stockan, J.A. - VanVolkenburg, H. - Zhang, J. - Zhou, W. - You, M. 2021: Irreproducibility in searches of scientific literature: A comparative analysis. - Ecology and Evolution 11: 14658–14668.
IF= 3.167, SJR= Q1
DOI: 10.1002/ece3.8154

Straka, M. – Polášek, M. – Csabai, Z. – Zweidick, O. – Graf, W. – Meyer, E.I. – Mišíková-Elexová, E. – Lešťáková, M. – Pařil, P. 2021: Stream drying bioindication in Central Europe: A Biodrought index accuracy assessment. – Ecological Indicators 130: 108045
IF= 6.263, SJR= Q1
DOI: 10.1016/j.ecolind.2021.108045

Ficsór, M.Csabai, Z. 2021: Longitudinal zonation of larval Hydropsyche (Trichoptera: Hydropsychidae) – abiotic environmental factors and biotic interactions behind the downstream sequence of Central European species. – Hydrobiologia 848: 3371-3388.
IF= 2.822, SJR= Q1
DOI: 10.1007/s10750-021-04602-0

Turić, N. – Temunović, M. – Szivák, I. – Herczeg, R. – Vignjević, G. – Csabai, Z.2021: Importance of floodplains for water beetle diversity: a crucial habitat for the endangered beetle Graphoderus bilineatus in Southeastern Europe. – Biodiversity and Conservation 30: 1781-1801.
IF= 4.296, SJR= Q1
DOI: 10.1007/s10531-021-02168-w

Pernecker, B. – Czirok, A. – Mauchart, P. – Boda, P. – Móra, A.Csabai, Z. 2021: No experimental evidence for vector-free, long-range, upstream dispersal of adult Asian clams [Corbicula fluminea (Müller, 1774)] – Biological Invasions 23: 1393-1404.
IF= 3.605, SJR= Q1
DOI: 10.1007/s10530-020-02446-8

Boda, P. – Bozóki, T.Móra, A. – Krasznai-K, E.A. – Várbíró, G. – Csabai, Z. 2021: Restoration mediated alteration induce substantial stuctural changes, but negligible shifts in functional and phylogenetic diversity of a non-target community: a case study from a soda pan. – Hydrobiologia 848: 857–871.
IF= 2.822, SJR= Q1
DOI: 10.1007/s10750-020-04494-6

Tramblay, Y. – Rutkowska, A. – Sauquet, E. – Sefton, C. – Laaha, G. – Osuch, M. – Albuquerque, T. – Alves, M.H. – Banasik, K. – Beaufort, A. – Brocca, L. – Camici, S. – Csabai, Z. – Dakhlaui, H. – De Girolamo, A.M. – Dörflinger, G. – Galart, F. – Gauster, T. – Hanich, L. – Kohnova, S. – Mediero, L. – Plamen, N. – Parry, S. – Quintana-Seguí, P. – Tzoraki, O. – Datry, T. 2021: Trends in flow intermittence for European Rivers. – Hydrological Sciences Journal 66: 37–49.
IF= 3.942, SJR= Q1
DOI: 10.1080/02626667.2020.1849708

Rewicz, T. – Móra, A. – Tończyk, G. – Szymczak, A. – Grabowski, M. – Calleja, E. – Pernecker, B.Csabai, Z. 2021: First records raise questions: Odonata DNA barcoding in the middle of the Mediterranean. – Genome 64(3): 196–206.
IF= 2.449, SJR= Q1
DOI: 10.1139/gen-2019-0226

2020 - Kumulatív impakt faktor: 77.576

Sarremejane, R. – Cid, N. – Datry, T. – Stubbington, R. – Alp, M. – Cañedo-Argüelles, M. – Cordero-Rivera, A. – Csabai, Z. – Gutiérrez-Cánovas, C. – Heino, J. – Forcellini, M. – Millán, A. – Paillex, A. – Pařil, P. – Polášek, M. – Tierno de Figueroa, J.M. – Usseglio-Polatera, Ph. – Zamora-Muñoz, C. – Bonada, N. 2020: DISPERSE: A trait database to assess the dispersal potential of European aquatic macroinvertebrates. – Scientific Data 7: 386.
IF= 6.444, SJR= D1/Q1
DOI: 10.1038/s41597-020-00732-7

Pernecker, B.Mauchart, P.Csabai, Z. 2020: What to do if streams go dry? Behaviour of Balkan Goldenring (Cordulegaster heros, Odonata) larvae in a simulated drought experiment in SW Hungary. – Ecological Entomology 45(6): 1457–1465.
IF= 2.465, SJR= Q1
DOI: 10.1111/een.12931

Csabai, Z. – Borza, P. – Rewicz, T. – Pernecker, B.Berta, J.B.Móra, A. 2020: Mass appearance of the Ponto-Caspian invader Pontogammarus robustoides in the River Tisza catchment: bypass in the southern invasion corridor? – Knowledge and Management of Aquatic Ecosystems 421: 9.
IF= 1.677, SJR= Q2
DOI: 10.1051/kmae/2020003

Móra, A.Sebteoui, K. 2020: Trithemis arteriosa (Burmeister, 1839) (Odonata: Libellulidae) in Hungary: can aquarium trade speed up the area expansion of Mediterranean species? – North-Western Journal of Zoology 16/2: 237–238.
IF=0.969, SJR: Q3
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Demeter, L. – Bede–Fazekas, Á. – Molnár, Z. – Csicsek, G. – Ortmann-Ajkai, A. – Varga, A. – Molnár, Á. – Horváth, F. 2020: The legacy of management approaches and abandonment on old–growth attributes in hardwood floodplain forests in the Pannonian Ecoregion. – European Journal of Forest Research 139, 595–610.
IF= 2.617, SJR= Q1
DOI: 10.1007/s10342–020–01272–w

Zellweger, F. – De Frenne, P. – Lenoir, J. – Vangansbeke, P. – Verheyen, K. – Bernhardt-Römermann, M. – Baeten, L. – Hédl, R. – Berki, I. – Brunet, J. – Van Calster, H. – Chudomelová, M. – Decocq, G. – Dirnböck, T. – Durak, T. – Heinken, T. – Jaroszewicz, B. – Kopecký, M. – Máliš, F. – Macek, M. – Malicki, M. – Naaf, T. – Nagel, T.A. – Ortmann-Ajkai, A. – Petřík, P. – Pielech, R. – Reczyńska, K. – Schmidt, W. – Standovár, T. – Świerkosz, K. – Teleki, B. – Vild, O. – Wulf, M. – Coomes, D. 2020: Forest microclimate dynamics drive plant responses to warming. – Science 368(6492): 772–775.
IF= 47.728, SJR= D1/Q1
DOI: 10.1126/science.aba6880

Staude, I.R. – Waller, D.M. – Bernhardt-Römermann, M. – Bjorkman, A.D. – Brunet, J. – De Frenne, P. – Hédl, R. – Jandt, U. – Lenoir, J. – Máliš, F. – Verheyen, K. – Wulf, M. – Pereira, H.M. – Vangansbeke, P. – Ortmann-Ajkai, A. – Pielech, R. – Berki, I. – Chudomelová, M. –Decocq, G. – Dirnböck, T. – Durak, T. – Heinken, T. – Jaroszewicz, B. – Kopecký, M. – Macek, M. – Malicki, M. – Naaf, T. – Nagel, T.A. – Petřík, P. – Reczyńska, K. – Schei, F. Høistad-Schmidt, W. – Standovár, T. – Świerkosz, K. – Teleki, B. – Van Calster, H. – Vild, O. – Baeten, L. 2020: Replacements of small- by large-ranged species scale up to diversity loss in Europe’s temperate forest biome. – Nature Ecology & Evolution 4(6): 802–808.
IF= 15.460, SJR= D1/Q1
DOI: 10.1038/s41559-020-1176-8

Boóz, B.Móra, A. 2020: Data on the Chironomidae (Diptera) fauna of streams originating from the Mecsek Mountains, SW Hungary. – Natura Somogyiensis 35: 87–98.
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2019 - Kumulatív impakt faktor: 13.363

Weigand, H. – Beermann, A.J. – Čiampor, F. – Costa, F.O. – Csabai, Z. – Duarte, S. – Geiger, M.F. – Grabowski, M. – Rimet, F. – Rulik, B. – Strand, M. – Szucsich, N. – Weigand, A.M. – Willassen, E. – Wyler, S.A. – Bouchez, A. – Borja, A. – Čiamporová-Zaťovičová, Z. – Ferreira, S. – Dijkstra, K.D. – Eisendle, U. – Freyhof, J. – Gadawski, P. – Graf, W. – Haegerbaeumer, A. – van der Hoorn, B.B. – Japoshvili, B. – Keresztes, L. – Keskin, E. – Leese. F. – Macher, J.N. – Mamos, T. – Paz, G. – Pešić, V. – Pfannkuchen, D.M. – Pfannkuchen, M.A. – Price, B.W. – Rinkevich, B. – Teixeira, M.A.L. – Várbíró, G. – Ekrem, T. 2019: DNA barcode reference libraries for the monitoring of aquatic biota in Europe: Gap-analysis and recommendations for future work. – Science of the Total Environment 678:499–524.
IF=6.551, SJR=D1/Q1
DOI: 10.1016/j.scitotenv.2019.04.247

Boda, P. – Móra, A.Csabai, Z. 2019: Aquatic macroinvertebrates from soda pans and adjacent wetland habitats of the Hungarian Puszta region with first records of four species from Hungary. – Spixiana 42(2): 263–282.
IF=0.659, SJR= Q3
PDF letöltés

Csercsa, A. – Krasznai-Kun, E.Á. – Várbíró, G. – Szivák, I. – Tóth, M. – Árva, D. – Bódis, E. – Deák, Cs. – Mauchart, P.Móra, A. – Erős, T. – Padisák, J. – Boda, P. 2019: Seasonal changes in relative contribution of environmental control and spatial structuring on different dispersal groups of stream macroinvertebrates. – Hydrobiologia 828(1): 101–115.
IF=2.378, SJR= Q1
DOI: 10.1007/s10750-018-3806-6s

Móra, A.Csabai, Z. 2019: Aquatic Macroinvertebrates of the Drava River and its floodplain. pp. 247–279. In: Lócyz, D. (ed.): The Drava River – Environmental Problems and Solutions. XII +399 pp., Berlin: Springer Verlag, (Series: Springer Geography) ISBN: 978–3–319–92815–9 eISBN: 978–3–319–92816–6
DOI: 10.1007/978-3-319-92816-6_16

Sály, P. 2019: Fishes of the Drava River. pp. 281–297. In: Lócyz, D. (ed.): The Drava River – Environmental Problems and Solutions. XII +399 pp., Berlin: Springer Verlag, (Series: Springer Geography) ISBN: 978–3–319–92815–9 eISBN: 978–3–319–92816–6
DOI: 10.1007/978-3-319-92816-6_17

Ortmann-Ajkai, A. 2019: Oxbow lakes: Vegetation history and conservation. pp. 199–213. In: Lócyz, D. (ed.): The Drava River – Environmental Problems and Solutions. XII +399 pp., Berlin: Springer Verlag, (Series: Springer Geography) ISBN: 978–3–319–92815–9 eISBN: 978–3–319–92816–6
DOI: 10.1007/978-3-319-92816-6_13

Šebelíková, L. - Csicsek, G. - Kirmer, A. - Vítovcová, K. - Ortmann‐Ajkai, A. - Prach, K. - Řehounková, K. 2019: Spontaneous revegetation versus forestry reclamation - Vegetation development in coal mining spoil heaps across Central Europe. - Land Degradation and Development 30(3): 348-356.
IF=3.775, SJR= D1/Q1
DOI: 10.1007/978-3-319-92816-6_13

Móra, A. 2019: A Barcsi Ó-Dráva holtág szitakötő faunája (Odonata). In: Purger, D. – Purger, J.J. (szerk.): A Barcsi Ó-Dráva holtág élőhelyei és élővilága / Habitats and wildlife of the Old-Drava oxbow near Barcs. – BioRes, Pécs, pp. 107–122.

2018 - Kumulatív impakt faktor: 16.033

Boda, P. – Móra, A. – Várbíró, G. – Csabai, Z. 2018: Livinʼ on the edge: The importance of adjacent intermittent habitats in maintaining macroinvertebrate diversity of permanent freshwater marsh systems. – Inland Waters 8(3):312–321.
IF=1.914, SJR=Q2
DOI: 10.1080/20442041.2018.1461969

Berchi, G.M. – Cianferoni, F. – Csabai, Z. – Damgaard, J. – Olosutean, H. – Ilie, D.M. – Boda, P. – Kment, P. 2018: Water striders (Heteroptera: Gerromorpha: Gerridae) of Romania with an update on the distribution of Gerris gibbifer and G. maculatus in south-eastern Europe. – Zootaxa 4433(3): 491–519.
IF=0.990, SJR=Q3
DOI: 10.11646/zootaxa.4433.3.6

Móra, A. – Boda, P. – Mauchart, P.Pernecker, B.Csabai, Z. 2018: A kardoskúti Fehér-tó hidrobiológiai állapota a víz fiziko-kémiai jellemzői és a vízi makrogerinctelen együttesek alapján 2015-ben. – Crisicum 10: 143–167.
PDF letöltés

Stubbington, R. – Chadd, R. – Cid, N. – Csabai, Z. – Miliša, M. – Morais, M. – Munné, A. – Pařil, P. – Pešić, P. – Tziortzis, I. – Verdonschot, R.C. – Datry, T. 2018: Biomonitoring of intermittent rivers and ephemeral streams in Europe: current practice and priorities to enhance ecological status assessments. – Science of the Total Environment 618: 1096–1113.
IF=5.589, SJR=D1/Q1
DOI: 10.1016/j.scitotenv.2017.09.137

Ortmann-Ajkai, A. – Csicsek, G. – Hollós, R. – Magyaros, V. – Wagner, L. – Lóczy, D. 2018: Twenty-Years' changes of wetland vegetation: Effects of floodplain level threats. – Wetlands 38: 591-604.
IF= 1.811, SJR= Q2
DOI: 10.1007/s13157-018-1002-0

Schmera, D. – Árva, D. – Boda, P. – Bódis, E. – Bolgovics, Á. – Borics, G. – Csercsa, A. – Deák, Cs. – Krasznai, E.Á. – Lukács, B.A. – Mauchart, P.Móra, A.Sály, P. – Specziár, A. – Süveges, K. – Szivák, I. – Takács, P. – Tóth, M. – Várbíró, G. – Vojtkó, A.E. – Erős, T. 2018: Does isolation influence the relative role of environmental and dispersal-related processes in stream networks? An empirical test of the network position hypothesis using multiple taxa. – Freshwater Biology 63: 74–85.
IF= 3.404, SJR= D1/Q1
DOI: 10.1111/fwb.12973

Specziár, A. – Árva, D. – Tóth, M. – Móra, A. – Schmera, D. – Várbíró, G. – Erős, T. 2018: Environmental and spatial drivers of beta diversity components of chironomid metacommunities in contrasting freshwater systems. – Hydrobiologia 819: 123–143.
IF= 2.325, SJR= Q1
DOI: 10.1007/s10750-018-3632-x

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