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5. BIODIVERSITY of Rzhyshchiv city amalgamated territorial community. ISSUE 2. 2023

Author

Brusentsova, Natali, Viter, Stanislav Gennadiyovich, Vynokurov, Denys, Degtyarenko, Elena, Didenko, Alexander V., GLOTOV, S., GUGLYA YU, GURBYK, O., HUSHTAN H., H., HUSHTAN K. V, Kostiushyn, Vasiliy, Kutsokon, Yuliya, Kuzemko, Anna A., LIASHENKO V., A., Marushchak, Oleksii, Mishta, Alina, O. D. Nekrasova, POLCHANINOVA N. YU, ORLOV O., L., PROTOPOPOVA V., V., PRYCHEPA M. V, RAGULINA M. Y, SAMCHYSHYNA L., V., Shcherbatiuk, Mykola, SHEVCHYK V., L., Shynder, Oleksandr, SOLOMAKHA І., V., TEREKHOVA V., V., and Vasyliuk, Oleksii

Published
2023
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16. On the Distribution Pattern of Amorpha fruticosaL. in the Region of the Kanevskaya Hydroelectric Power Plant (Ukraine) in Connection with Hydrochory

Author

Shevchyk, T. V., Dvirna, T. S., and Shevchyk, V. L.

Abstract

Abstract: Amorpha fruticosaL. is a kenophyte of North American origin, ergaziophyte. Currently, this species has naturalized over large areas and has become the background on the coastal waters of the Dnieper reservoirs of hydropower stations. It is necessary to clarify the reasons for the distribution of A. fruticosapopulations in different parts of the Middle Dnieper coast under conditions of artificial regulation of its water yield. It has been proven that the high buoyancy of A. fruticosafruits provides the possibility of its active dispersal along river beds in a natural way under conditions of fluctuations in the level of surface water yield at the time of spring floods. The main and determining factor in the active dissemination of the species on the coast of the Kanev and Kremenchug reservoirs is the frequent variability of the maximum water surface level. The narrow altitudinal span of distribution of this species on the coast in the lower parts and, accordingly, wider span in the upper parts of the reservoirs are determined by the corresponding indicators of water level differences. The possibility of artificial regulation of the water surface level with knowledge of the characteristics of hydrochory of this invasive species makes it possible to influence its distribution in the territory near the reservoirs.

Published
2021
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17. Strategy for the management of uncomplicated retinal detachments: the European vitreo-retinal society retinal detachment study report 1

Author

BENMERZOUGA N, METTI F, RAZZARI A, MIESBAUER P, SCHÖNHERR U, ZEYNALOVA Z, BASHIR SJ, JACOB J, KOCH P, LADHA R, SMETS E, STALMANS P, DARE A, DEVENYI R, LAM WC, SHAHEEDA M, POTAMITIS T, CHRISTENSEN SR, RAYES E, MORTADA H, SHOUMAN A, HOLM M, ALBINET P, AMAR JP, BECQUET F, BERROD JP, BOULZE M, BOSCHER C, COURJARET JC, DENION E, FOURMAUX, E, GUIGOU S, HAMON F, LAFONTAINE PO, LE ROUIC JF, LEYNAUD JL, NOCHEZ Y, PERONE JM, RYSANEK B, SOYEUR R, BOPP S, BRIX A, HÖHN F, KUSSEROW C, LUCKE K, MOHR A, SCHÜLER A, WEINBERGER A, GOTZARIDIS S, KARATZENIS D, STEFANIOTOU M, K. TSILIMBARIS MK, TSOURIS D, TSANG CW, GABOR R, SZIJARTO Z, BABU N, BANKER AS, BAPAYE M, KELKAR A, ENTEZARI, M, FATEH MOGHADAM HF, RAMEZANI A, SAFARPOUR LIMA B, OMER K, BOSCIA F, CHIARA FRENO M, CIAN R, DONVITO G, FACINO M, LESNONI G, LIUZZI, F, METE M, MININNI F, MOCHI B, PRIMAVERA V, PERTILE G, TURCO I, VASTARELLA P, FONG K, LEE M, VP LOO A, ARAGON HARRISON O, FLORES AGUILAR M, LOPEZ MONTERO LM, LOPEZCARASA HERNANDEZ G, VELASCO I, BOEYDEN V, BOSSCHA M, DE VRIES KNOPPERT W, LINDSTEDT, E. RENARDEL DE LAVALETTE VW, VAN DEN BIESEN PR, ALHASSAN M, BAERLAND TP, BOBER AM, FORSAA V, FOSSEN K, VARHAUG P, ATIENZA J.r. NF, CISIECKI S, FRYCZKOWSKI P, KOWAL LANGE A, MICHALEWSKA Z, MICHALEWSKI J, NAWROCKI J, NOWOSIELSKA A, ODROBINA D, PIETRAS TRZPIEL M, ZAKRZEWSKA A, MEIRELES A, TEIXEIRA S, ELSHAFEI M, DANIELESCU C, TALU S, ALTYNBAEV U, GORIN A, SEREJINE I, EL DEEB M, DAVIDOVIC S, IGNJATOVIC Z, STEFANICKOVA J, VENTER L, CHANG W, JO YL, KIM JY, LEE J, LIM ST, SAGONG M, ASCASO FJ, CASTRO J, CORDOVES L. DESCO ESTEBAN C, MORENO MANRESA J, VILAPLANA D, JANIEC S, TOMIC Z, BEN YAHIA S, ACAR N, GÜNGEL H, KAPRAN Z, OSMANBASOGLU O, OZDEK S, TOPBAS S, TOTAN Y, ÜNVER YB, CHICHUR D, DOBROVOLSKEY O, KOZLOVSKA I, LYTVYNCHUK L, PHYLYPCHUK O, POSTOLOVSKA A, SERGIIENKO A, SHEVCHYK V, WINDER S, CULOTTA J, KIM S, KING J, KURUP SK, LIN SJ, PACURARIU R, ROTH D, SINCLAIR S, WEBER P, DOAN H, TUNG T., ROMANO, MARIO, Benmerzouga, N, Metti, F, Razzari, A, Miesbauer, P, Schönherr, U, Zeynalova, Z, Bashir, Sj, Jacob, J, Koch, P, Ladha, R, Smets, E, Stalmans, P, Dare, A, Devenyi, R, Lam, Wc, Shaheeda, M, Potamitis, T, Christensen, Sr, Rayes, E, Mortada, H, Shouman, A, Holm, M, Albinet, P, Amar, Jp, Becquet, F, Berrod, Jp, Boulze, M, Boscher, C, Courjaret, Jc, Denion, E, Fourmaux, E, Guigou, S, Hamon, F, Lafontaine, Po, LE ROUIC, Jf, Leynaud, Jl, Nochez, Y, Perone, Jm, Rysanek, B, Soyeur, R, Bopp, S, Brix, A, Höhn, F, Kusserow, C, Lucke, K, Mohr, A, Schüler, A, Weinberger, A, Gotzaridis, S, Karatzenis, D, Stefaniotou, M, K., TSILIMBARIS MK, Tsouris, D, Tsang, Cw, Gabor, R, Szijarto, Z, Babu, N, Banker, A, Bapaye, M, Kelkar, A, Entezari, M, FATEH MOGHADAM, Hf, Ramezani, A, SAFARPOUR LIMA, B, Omer, K, Boscia, F, CHIARA FRENO, M, Cian, R, Donvito, G, Facino, M, Lesnoni, G, Liuzzi, F, Mete, M, Mininni, F, Mochi, B, Primavera, V, Romano, Mario, Pertile, G, Turco, I, Vastarella, P, Fong, K, Lee, M, VP LOO, A, ARAGON HARRISON, O, FLORES AGUILAR, M, LOPEZ MONTERO, Lm, LOPEZCARASA HERNANDEZ, G, Velasco, I, Boeyden, V, Bosscha, M, DE VRIES KNOPPERT, W, Lindstedt, E., RENARDEL DE LAVALETTE VW, VAN DEN BIESEN, Pr, Alhassan, M, Baerland, Tp, Bober, Am, Forsaa, V, Fossen, K, Varhaug, P, ATIENZA J. r., Nf, Cisiecki, S, Fryczkowski, P, KOWAL LANGE, A, Michalewska, Z, Michalewski, J, Nawrocki, J, Nowosielska, A, Odrobina, D, PIETRAS TRZPIEL, M, Zakrzewska, A, Meireles, A, Teixeira, S, Elshafei, M, Danielescu, C, Talu, S, Altynbaev, U, Gorin, A, Serejine, I, EL DEEB, M, Davidovic, S, Ignjatovic, Z, Stefanickova, J, Venter, L, Chang, W, Jo, Yl, Kim, Jy, Lee, J, Lim, St, Sagong, M, Ascaso, Fj, Castro, J, CORDOVES L., DESCO ESTEBAN C, MORENO MANRESA, J, Vilaplana, D, Janiec, S, Tomic, Z, BEN YAHIA, S, Acar, N, Güngel, H, Kapran, Z, Osmanbasoglu, O, Ozdek, S, Topbas, S, Totan, Y, Ünver, Yb, Chichur, D, Dobrovolskey, O, Kozlovska, I, Lytvynchuk, L, Phylypchuk, O, Postolovska, A, Sergiienko, A, Shevchyk, V, Winder, S, Culotta, J, Kim, S, King, J, Kurup, Sk, Lin, Sj, Pacurariu, R, Roth, D, Sinclair, S, Weber, P, Doan, H, and Tung, T.

Abstract

OBJECTIVE: To study success and failure in the treatment of uncomplicated rhegmatogenous retinal detachments (RRDs). DESIGN: Nonrandomized, multicenter retrospective study. PARTICIPANTS: One hundred seventy-six surgeons from 48 countries spanning 5 continents provided information on the primary procedures for 7678 cases of RRDs including 4179 patients with uncomplicated RRDs. METHODS: Reported data included specific clinical findings, the method of repair, and the outcome after intervention. MAIN OUTCOME MEASURES: Final failure of retinal detachment repair (level 1 failure rate), remaining silicone oil at the study's conclusion (level 2 failure rate), and need for additional procedures to repair the detachment (level 3 failure rate). RESULTS: Four thousand one hundred seventy-nine uncomplicated cases of RRD were included. Combining phakic, pseudophakic, and aphakic groups, those treated with scleral buckle alone (n = 1341) had a significantly lower final failure rate than those treated with vitrectomy, with or without a supplemental buckle (n = 2723; P = 0.04). In phakic patients, final failure rate was lower in the scleral buckle group compared with those who had vitrectomy, with or without a supplemental buckle (P = 0.028). In pseudophakic patients, the failure rate of the initial procedure was lower in the vitrectomy group compared with the scleral buckle group (P = 3×10(-8)). There was no statistically significant difference in failure rate between segmental (n = 721) and encircling (n = 351) buckles (P = 0.5). Those who underwent vitrectomy with a supplemental scleral buckle (n = 488) had an increased failure rate compared with those who underwent vitrectomy alone (n = 2235; P = 0.048). Pneumatic retinopexy was found to be comparable with scleral buckle when a retinal hole was present (P = 0.65), but not in cases with a flap tear (P = 0.034). CONCLUSIONS: In the treatment of uncomplicated phakic retinal detachments, repair using scleral buckle may be a good option. There was no significant difference between segmental versus 360-degree buckle. For pseudophakic uncomplicated retinal detachments, the surgeon should balance the risks and benefits of vitrectomy versus scleral buckle and keep in mind that the single-surgery reattachment rate may be higher with vitrectomy. However, if a vitrectomy is to be performed, these data suggest that a supplemental buckle is not helpful.

Published
2013

18. Strategy for the management of complex retinal detachments: the European vitreo-retinal society retinal detachment study report 2

Author

BENMERZOUGA N, METTI F, RAZZARI A, MIESBAUER P, SCHÖNHERR U, ZEYNALOVA Z, BASHIR SJ, JACOB J, KOCH P, LADHA R, SMETS E, STALMANS P, DARE A, DEVENYI R, LAM WC, SHAHEEDA M, POTAMITIS T, CHRISTENSEN SR, RAYES E, MORTADA H, SHOUMAN A, HOLM M, ALBINET P, AMAR JP, BECQUET F, BERROD JP, BOULZE M, BOSCHER C, COURJARET JC, DENION E, FOURMAUX, E, GUIGOU S, HAMON F, LAFONTAINE PO, LE ROUIC JF, LEYNAUD JL, NOCHEZ Y, PERONE JM, RYSANEK B, SOYEUR R, BOPP S, BRIX A, HÖHN F, KUSSEROW C, LUCKE K, MOHR A, SCHÜLER A, WEINBERGER A, GOTZARIDIS S, KARATZENIS D, STEFANIOTOU M, K. TSILIMBARIS MK, TSOURIS D, TSANG CW, GABOR R, SZIJARTO Z, BABU N, BANKER AS, BAPAYE M, KELKAR A, ENTEZARI, M, FATEH MOGHADAM HF, RAMEZANI A, SAFARPOUR LIMA B, OMER K, BOSCIA F, CHIARA FRENO M, CIAN R, DONVITO G, FACINO M, LESNONI G, LIUZZI, F, METE M, MININNI F, MOCHI B, PRIMAVERA V, PERTILE G, TURCO I, VASTARELLA P, FONG K, LEE M, VP LOO A, ARAGON HARRISON O, FLORES AGUILAR M, LOPEZ MONTERO LM, LOPEZCARASA HERNANDEZ G, VELASCO I, BOEYDEN V, BOSSCHA M, DE VRIES KNOPPERT W, LINDSTEDT, E. RENARDEL DE LAVALETTE VW, VAN DEN BIESEN PR, ALHASSAN M, BAERLAND TP, BOBER AM, FORSAA V, FOSSEN K, VARHAUG P, ATIENZA J.r. NF, CISIECKI S, FRYCZKOWSKI P, KOWAL LANGE A, MICHALEWSKA Z, MICHALEWSKI J, NAWROCKI J, NOWOSIELSKA A, ODROBINA D, PIETRAS TRZPIEL M, ZAKRZEWSKA A, MEIRELES A, TEIXEIRA S, ELSHAFEI M, DANIELESCU C, TALU S, ALTYNBAEV U, GORIN A, SEREJINE I, EL DEEB M, DAVIDOVIC S, IGNJATOVIC Z, STEFANICKOVA J, VENTER L, CHANG W, JO YL, KIM JY, LEE J, LIM ST, SAGONG M, ASCASO FJ, CASTRO J, CORDOVES L. DESCO ESTEBAN C, MORENO MANRESA J, VILAPLANA D, JANIEC S, TOMIC Z, BEN YAHIA S, ACAR N, GÜNGEL H, KAPRAN Z, OSMANBASOGLU O, OZDEK S, TOPBAS S, TOTAN Y, ÜNVER YB, CHICHUR D, DOBROVOLSKEY O, KOZLOVSKA I, LYTVYNCHUK L, PHYLYPCHUK O, POSTOLOVSKA A, SERGIIENKO A, SHEVCHYK V, WINDER S, CULOTTA J, KIM S, KING J, KURUP SK, LIN SJ, PACURARIU R, ROTH D, SINCLAIR S, WEBER P, DOAN H, TUNG T., ROMANO, MARIO, Benmerzouga, N, Metti, F, Razzari, A, Miesbauer, P, Schönherr, U, Zeynalova, Z, Bashir, Sj, Jacob, J, Koch, P, Ladha, R, Smets, E, Stalmans, P, Dare, A, Devenyi, R, Lam, Wc, Shaheeda, M, Potamitis, T, Christensen, Sr, Rayes, E, Mortada, H, Shouman, A, Holm, M, Albinet, P, Amar, Jp, Becquet, F, Berrod, Jp, Boulze, M, Boscher, C, Courjaret, Jc, Denion, E, Fourmaux, E, Guigou, S, Hamon, F, Lafontaine, Po, LE ROUIC, Jf, Leynaud, Jl, Nochez, Y, Perone, Jm, Rysanek, B, Soyeur, R, Bopp, S, Brix, A, Höhn, F, Kusserow, C, Lucke, K, Mohr, A, Schüler, A, Weinberger, A, Gotzaridis, S, Karatzenis, D, Stefaniotou, M, K., TSILIMBARIS MK, Tsouris, D, Tsang, Cw, Gabor, R, Szijarto, Z, Babu, N, Banker, A, Bapaye, M, Kelkar, A, Entezari, M, FATEH MOGHADAM, Hf, Ramezani, A, SAFARPOUR LIMA, B, Omer, K, Boscia, F, CHIARA FRENO, M, Cian, R, Donvito, G, Facino, M, Lesnoni, G, Liuzzi, F, Mete, M, Mininni, F, Mochi, B, Primavera, V, Romano, Mario, Pertile, G, Turco, I, Vastarella, P, Fong, K, Lee, M, VP LOO, A, ARAGON HARRISON, O, FLORES AGUILAR, M, LOPEZ MONTERO, Lm, LOPEZCARASA HERNANDEZ, G, Velasco, I, Boeyden, V, Bosscha, M, DE VRIES KNOPPERT, W, Lindstedt, E., RENARDEL DE LAVALETTE VW, VAN DEN BIESEN, Pr, Alhassan, M, Baerland, Tp, Bober, Am, Forsaa, V, Fossen, K, Varhaug, P, ATIENZA J. r., Nf, Cisiecki, S, Fryczkowski, P, KOWAL LANGE, A, Michalewska, Z, Michalewski, J, Nawrocki, J, Nowosielska, A, Odrobina, D, PIETRAS TRZPIEL, M, Zakrzewska, A, Meireles, A, Teixeira, S, Elshafei, M, Danielescu, C, Talu, S, Altynbaev, U, Gorin, A, Serejine, I, EL DEEB, M, Davidovic, S, Ignjatovic, Z, Stefanickova, J, Venter, L, Chang, W, Jo, Yl, Kim, Jy, Lee, J, Lim, St, Sagong, M, Ascaso, Fj, Castro, J, CORDOVES L., DESCO ESTEBAN C, MORENO MANRESA, J, Vilaplana, D, Janiec, S, Tomic, Z, BEN YAHIA, S, Acar, N, Güngel, H, Kapran, Z, Osmanbasoglu, O, Ozdek, S, Topbas, S, Totan, Y, Ünver, Yb, Chichur, D, Dobrovolskey, O, Kozlovska, I, Lytvynchuk, L, Phylypchuk, O, Postolovska, A, Sergiienko, A, Shevchyk, V, Winder, S, Culotta, J, Kim, S, King, J, Kurup, Sk, Lin, Sj, Pacurariu, R, Roth, D, Sinclair, S, Weber, P, Doan, H, and Tung, T.

Abstract

OBJECTIVE: To study the outcome of the treatment of complex rhegmatogenous retinal detachments (RRDs). DESIGN: Nonrandomized, multicenter, retrospective study. PARTICIPANTS: One hundred seventy-six surgeons from 48 countries spanning 5 continents reported primary procedures for 7678 RRDs. METHODS: Reported data included clinical manifestations, the method of repair, and the outcome. MAIN OUTCOME MEASURES: Failure of retinal detachment repair (level 1 failure rate), remaining silicone oil at the study's conclusion (level 2 failure rate), and need for additional procedures to repair the detachments (level 3 failure rate). RESULTS: The main categories of complex retinal detachments evaluated in this investigation were: (1) grade B proliferative vitreoretinopathy (PVR; n = 917), (2) grade C-1 PVR (n = 637), (3) choroidal detachment or significant hypotony (n = 578), (4) large or giant retinal tears (n = 1167), and (5) macular holes (n = 153). In grade B PVR, the level 1 failure rate was higher when treated with a scleral buckle alone versus vitrectomy (P = 0.0017). In grade C-1 PVR, there was no statistically significant difference in the level 1 failure rate between those treated with vitrectomy, with or without scleral buckle, and those treated with scleral buckle alone (P = 0.7). Vitrectomy with a supplemental buckle had an increased failure rate compared with those who did not receive a buckle (P = 0.007). There was no statistically significant difference in level 1 failure rate between tamponade with gas versus silicone oil in patients with grade B or C-1 PVR. Cases with choroidal detachment or hypotony treated with vitrectomy had a significantly lower failure rate versus treatment with scleral buckle alone (P = 0.0015). Large or giant retinal tears treated with vitrectomy also had a significantly lower failure rate versus treatment with scleral buckle (P = 7×10(-8)). CONCLUSIONS: In patients with retinal detachment, when choroidal detachment, hypotony, a large tear, or a giant tear is present, vitrectomy is the procedure of choice. In retinal detachments with PVR, tamponade with either gas or silicone oil can be considered. If a vitrectomy is to be performed, these data suggest that a supplemental buckle may not be helpful. FINANCIAL DISCLOSURE(S): The author(s) have no proprietary or commercial interest in any materials discussed in this article.

Published
2013

19. Invariant Correlation Analysis of the Vibration of Rolling Bearing with Defects on its Outer and Inner Races.

Author

Mats'ko, І., Yuzefovych, R., Shevchyk, V., and Yavors'kyi, І.

Subjects
ROLLER bearings, NONLINEAR systems, VIBRATION (Mechanics), STATISTICAL correlation, SPACETIME
Abstract

By the methods of vector periodically correlated random processes, we analyze the vibration of a rolling bearing simulated by its stochastic dynamic model in the form of a system of second-order nonlinear differential equations with periodically varying coefficients. It is shown that the linear and quadratic invariants of the correlation tensor function for this class of random processes improve the efficiency of identification of the defects and enable one to split the defects on the inner and outer races, investigate their space properties, and determine their location. We also established the characteristic changes in the space-and-time structure of the invariants caused by the growth of defect. [ABSTRACT FROM AUTHOR]

Published
2017
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21. The Study of Electrical Properties of Cobalt Intercalated InSe.

Author

Kovalyuk, Z. D., Shevchyk, V. V., Boledzyuk, V. B., and Netyaga, V. V.

Subjects
INDIUM selenide, ELECTRIC properties of metals, METAL crystals, INTERCALATION reactions, PERMANENT magnets, MAGNETIC fields
Abstract

The investigation of the electrical properties of InSe crystals and CoxInSe (x = 0.05; 0.1; 0,15) intercalates as well as the effect of permanent magnetic field on the intercalation processes and parameters of the obtained structures was carried out. It was established that the dependence of the change of the electrical resistance is not stable with the increase in the concentration of the intercalated cobalt. We have shown that the magnetic field effects on the properties of the intercalated compounds based on InSe crystals during the intercalation process. The properties of the obtained intercalates depend on the crystal orientation in the magnetic field. [ABSTRACT FROM AUTHOR]

Published
2014

22. Differences in spatial versus temporal reaction norms for spring and autumn phenological events.

Author

Delgado MDM, Roslin T, Tikhonov G, Meyke E, Lo C, Gurarie E, Abadonova M, Abduraimov O, Adrianova O, Akimova T, Akkiev M, Ananin A, Andreeva E, Andriychuk N, Antipin M, Arzamascev K, Babina S, Babushkin M, Bakin O, Barabancova A, Basilskaja I, Belova N, Belyaeva N, Bespalova T, Bisikalova E, Bobretsov A, Bobrov V, Bobrovskyi V, Bochkareva E, Bogdanov G, Bolshakov V, Bondarchuk S, Bukharova E, Butunina A, Buyvolov Y, Buyvolova A, Bykov Y, Chakhireva E, Chashchina O, Cherenkova N, Chistjakov S, Chuhontseva S, Davydov EA, Demchenko V, Diadicheva E, Dobrolyubov A, Dostoyevskaya L, Drovnina S, Drozdova Z, Dubanaev A, Dubrovsky Y, Elsukov S, Epova L, Ermakova OS, Ermakova O, Esengeldenova A, Evstigneev O, Fedchenko I, Fedotova V, Filatova T, Gashev S, Gavrilov A, Gaydysh I, Golovcov D, Goncharova N, Gorbunova E, Gordeeva T, Grishchenko V, Gromyko L, Hohryakov V, Hritankov A, Ignatenko E, Igosheva S, Ivanova U, Ivanova N, Kalinkin Y, Kaygorodova E, Kazansky F, Kiseleva D, Knorre A, Kolpashikov L, Korobov E, Korolyova H, Korotkikh N, Kosenkov G, Kossenko S, Kotlugalyamova E, Kozlovsky E, Kozsheechkin V, Kozurak A, Kozyr I, Krasnopevtseva A, Kruglikov S, Kuberskaya O, Kudryavtsev A, Kulebyakina E, Kulsha Y, Kupriyanova M, Kurbanbagamaev M, Kutenkov A, Kutenkova N, Kuyantseva N, Kuznetsov A, Larin E, Lebedev P, Litvinov K, Luzhkova N, Mahmudov A, Makovkina L, Mamontov V, Mayorova S, Megalinskaja I, Meydus A, Minin A, Mitrofanov O, Motruk M, Myslenkov A, Nasonova N, Nemtseva N, Nesterova I, Nezdoliy T, Niroda T, Novikova T, Panicheva D, Pavlov A, Pavlova K, Van P, Podolski S, Polikarpova N, Polyanskaya T, Pospelov I, Pospelova E, Prokhorov I, Prokosheva I, Puchnina L, Putrashyk I, Raiskaya J, Rozhkov Y, Rozhkova O, Rudenko M, Rybnikova I, Rykova S, Sahnevich M, Samoylov A, Sanko V, Sapelnikova I, Sazonov S, Selyunina Z, Shalaeva K, Shashkov M, Shcherbakov A, Shevchyk V, Shubin S, Shujskaja E, Sibgatullin R, Sikkila N, Sitnikova E, Sivkov A, Skok N, Skorokhodova S, Smirnova E, Sokolova G, Sopin V, Spasovski Y, Stepanov S, Stratiy V, Strekalovskaya V, Sukhov A, Suleymanova G, Sultangareeva L, Teleganova V, Teplov V, Teplova V, Tertitsa T, Timoshkin V, Tirski D, Tolmachev A, Tomilin A, Tselishcheva L, Turgunov M, Tyukh Y, Van V, Ershkova E, Vasin A, Vasina A, Vekliuk A, Vetchinnikova L, Vinogradov V, Volodchenkov N, Voloshina I, Xoliqov T, Yablonovska-Grishchenko E, Yakovlev V, Yakovleva M, Yantser O, Yarema Y, Zahvatov A, Zakharov V, Zelenetskiy N, Zheltukhin A, Zubina T, Kurhinen J, and Ovaskainen O

Subjects
Animals, Ecosystem, Seasons, Temperature, USSR, Adaptation, Physiological physiology, Climate Change, Environmental Monitoring, Population
Abstract

For species to stay temporally tuned to their environment, they use cues such as the accumulation of degree-days. The relationships between the timing of a phenological event in a population and its environmental cue can be described by a population-level reaction norm. Variation in reaction norms along environmental gradients may either intensify the environmental effects on timing (cogradient variation) or attenuate the effects (countergradient variation). To resolve spatial and seasonal variation in species' response, we use a unique dataset of 91 taxa and 178 phenological events observed across a network of 472 monitoring sites, spread across the nations of the former Soviet Union. We show that compared to local rates of advancement of phenological events with the advancement of temperature-related cues (i.e., variation within site over years), spatial variation in reaction norms tend to accentuate responses in spring (cogradient variation) and attenuate them in autumn (countergradient variation). As a result, among-population variation in the timing of events is greater in spring and less in autumn than if all populations followed the same reaction norm regardless of location. Despite such signs of local adaptation, overall phenotypic plasticity was not sufficient for phenological events to keep exact pace with their cues-the earlier the year, the more did the timing of the phenological event lag behind the timing of the cue. Overall, these patterns suggest that differences in the spatial versus temporal reaction norms will affect species' response to climate change in opposite ways in spring and autumn., Competing Interests: The authors declare no competing interest., (Copyright © 2020 the Author(s). Published by PNAS.)

Published
2020
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23. Author Correction: Chronicles of nature calendar, a long-term and large-scale multitaxon database on phenology.

Author

Ovaskainen O, Meyke E, Lo C, Tikhonov G, Delgado MDM, Roslin T, Gurarie E, Abadonova M, Abduraimov O, Adrianova O, Akimova T, Akkiev M, Ananin A, Andreeva E, Andriychuk N, Antipin M, Arzamascev K, Babina S, Babushkin M, Bakin O, Barabancova A, Basilskaja I, Belova N, Belyaeva N, Bespalova T, Bisikalova E, Bobretsov A, Bobrov V, Bobrovskyi V, Bochkareva E, Bogdanov G, Bolshakov V, Bondarchuk S, Bukharova E, Butunina A, Buyvolov Y, Buyvolova A, Bykov Y, Chakhireva E, Chashchina O, Cherenkova N, Chistjakov S, Chuhontseva S, Davydov EA, Demchenko V, Diadicheva E, Dobrolyubov A, Dostoyevskaya L, Drovnina S, Drozdova Z, Dubanaev A, Dubrovsky Y, Elsukov S, Epova L, Ermakova OS, Ermakova O, Esengeldenova A, Evstigneev O, Fedchenko I, Fedotova V, Filatova T, Gashev S, Gavrilov A, Gaydysh I, Golovcov D, Goncharova N, Gorbunova E, Gordeeva T, Grishchenko V, Gromyko L, Hohryakov V, Hritankov A, Ignatenko E, Igosheva S, Ivanova U, Ivanova N, Kalinkin Y, Kaygorodova E, Kazansky F, Kiseleva D, Knorre A, Kolpashikov L, Korobov E, Korolyova H, Korotkikh N, Kosenkov G, Kossenko S, Kotlugalyamova E, Kozlovsky E, Kozsheechkin V, Kozurak A, Kozyr I, Krasnopevtseva A, Kruglikov S, Kuberskaya O, Kudryavtsev A, Kulebyakina E, Kulsha Y, Kupriyanova M, Kurbanbagamaev M, Kutenkov A, Kutenkova N, Kuyantseva N, Kuznetsov A, Larin E, Lebedev P, Litvinov K, Luzhkova N, Mahmudov A, Makovkina L, Mamontov V, Mayorova S, Megalinskaja I, Meydus A, Minin A, Mitrofanov O, Motruk M, Myslenkov A, Nasonova N, Nemtseva N, Nesterova I, Nezdoliy T, Niroda T, Novikova T, Panicheva D, Pavlov A, Pavlova K, Petrenko P, Podolski S, Polikarpova N, Polyanskaya T, Pospelov I, Pospelova E, Prokhorov I, Prokosheva I, Puchnina L, Putrashyk I, Raiskaya J, Rozhkov Y, Rozhkova O, Rudenko M, Rybnikova I, Rykova S, Sahnevich M, Samoylov A, Sanko V, Sapelnikova I, Sazonov S, Selyunina Z, Shalaeva K, Shashkov M, Shcherbakov A, Shevchyk V, Shubin S, Shujskaja E, Sibgatullin R, Sikkila N, Sitnikova E, Sivkov A, Skok N, Skorokhodova S, Smirnova E, Sokolova G, Sopin V, Spasovski Y, Stepanov S, Stratiy V, Strekalovskaya V, Sukhov A, Suleymanova G, Sultangareeva L, Teleganova V, Teplov V, Teplova V, Tertitsa T, Timoshkin V, Tirski D, Tolmachev A, Tomilin A, Tselishcheva L, Turgunov M, Tyukh Y, Vladimir V, Vargot E, Vasin A, Vasina A, Vekliuk A, Vetchinnikova L, Vinogradov V, Volodchenkov N, Voloshina I, Xoliqov T, Yablonovska-Grishchenko E, Yakovlev V, Yakovleva M, Yantser O, Yarema Y, Zahvatov A, Zakharov V, Zelenetskiy N, Zheltukhin A, Zubina T, and Kurhinen J

Abstract

An amendment to this paper has been published and can be accessed via a link at the top of the paper.

Published
2020
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24. Chronicles of nature calendar, a long-term and large-scale multitaxon database on phenology.

Author

Ovaskainen O, Meyke E, Lo C, Tikhonov G, Delgado MDM, Roslin T, Gurarie E, Abadonova M, Abduraimov O, Adrianova O, Akimova T, Akkiev M, Ananin A, Andreeva E, Andriychuk N, Antipin M, Arzamascev K, Babina S, Babushkin M, Bakin O, Barabancova A, Basilskaja I, Belova N, Belyaeva N, Bespalova T, Bisikalova E, Bobretsov A, Bobrov V, Bobrovskyi V, Bochkareva E, Bogdanov G, Bolshakov V, Bondarchuk S, Bukharova E, Butunina A, Buyvolov Y, Buyvolova A, Bykov Y, Chakhireva E, Chashchina O, Cherenkova N, Chistjakov S, Chuhontseva S, Davydov EA, Demchenko V, Diadicheva E, Dobrolyubov A, Dostoyevskaya L, Drovnina S, Drozdova Z, Dubanaev A, Dubrovsky Y, Elsukov S, Epova L, Ermakova OS, Ermakova O, Esengeldenova A, Evstigneev O, Fedchenko I, Fedotova V, Filatova T, Gashev S, Gavrilov A, Gaydysh I, Golovcov D, Goncharova N, Gorbunova E, Gordeeva T, Grishchenko V, Gromyko L, Hohryakov V, Hritankov A, Ignatenko E, Igosheva S, Ivanova U, Ivanova N, Kalinkin Y, Kaygorodova E, Kazansky F, Kiseleva D, Knorre A, Kolpashikov L, Korobov E, Korolyova H, Korotkikh N, Kosenkov G, Kossenko S, Kotlugalyamova E, Kozlovsky E, Kozsheechkin V, Kozurak A, Kozyr I, Krasnopevtseva A, Kruglikov S, Kuberskaya O, Kudryavtsev A, Kulebyakina E, Kulsha Y, Kupriyanova M, Kurbanbagamaev M, Kutenkov A, Kutenkova N, Kuyantseva N, Kuznetsov A, Larin E, Lebedev P, Litvinov K, Luzhkova N, Mahmudov A, Makovkina L, Mamontov V, Mayorova S, Megalinskaja I, Meydus A, Minin A, Mitrofanov O, Motruk M, Myslenkov A, Nasonova N, Nemtseva N, Nesterova I, Nezdoliy T, Niroda T, Novikova T, Panicheva D, Pavlov A, Pavlova K, Petrenko P, Podolski S, Polikarpova N, Polyanskaya T, Pospelov I, Pospelova E, Prokhorov I, Prokosheva I, Puchnina L, Putrashyk I, Raiskaya J, Rozhkov Y, Rozhkova O, Rudenko M, Rybnikova I, Rykova S, Sahnevich M, Samoylov A, Sanko V, Sapelnikova I, Sazonov S, Selyunina Z, Shalaeva K, Shashkov M, Shcherbakov A, Shevchyk V, Shubin S, Shujskaja E, Sibgatullin R, Sikkila N, Sitnikova E, Sivkov A, Skok N, Skorokhodova S, Smirnova E, Sokolova G, Sopin V, Spasovski Y, Stepanov S, Stratiy V, Strekalovskaya V, Sukhov A, Suleymanova G, Sultangareeva L, Teleganova V, Teplov V, Teplova V, Tertitsa T, Timoshkin V, Tirski D, Tolmachev A, Tomilin A, Tselishcheva L, Turgunov M, Tyukh Y, Vladimir V, Vargot E, Vasin A, Vasina A, Vekliuk A, Vetchinnikova L, Vinogradov V, Volodchenkov N, Voloshina I, Xoliqov T, Yablonovska-Grishchenko E, Yakovlev V, Yakovleva M, Yantser O, Yarema Y, Zahvatov A, Zakharov V, Zelenetskiy N, Zheltukhin A, Zubina T, and Kurhinen J

Subjects
Kyrgyzstan, Republic of Belarus, Russia, Seasons, Ukraine, Uzbekistan, Biota, Climate Change, Databases, Factual
Abstract

We present an extensive, large-scale, long-term and multitaxon database on phenological and climatic variation, involving 506,186 observation dates acquired in 471 localities in Russian Federation, Ukraine, Uzbekistan, Belarus and Kyrgyzstan. The data cover the period 1890-2018, with 96% of the data being from 1960 onwards. The database is rich in plants, birds and climatic events, but also includes insects, amphibians, reptiles and fungi. The database includes multiple events per species, such as the onset days of leaf unfolding and leaf fall for plants, and the days for first spring and last autumn occurrences for birds. The data were acquired using standardized methods by permanent staff of national parks and nature reserves (87% of the data) and members of a phenological observation network (13% of the data). The database is valuable for exploring how species respond in their phenology to climate change. Large-scale analyses of spatial variation in phenological response can help to better predict the consequences of species and community responses to climate change.

Published
2020
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