Национальный цифровой ресурс Руконт - межотраслевая электронная библиотека (ЭБС) на базе технологии Контекстум (всего произведений: 634655)
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Agricultural Biology  / №2 2015

THE INFLUENCE OF CLIMATIC ANOMALIES ON THE ANIMALS IN MIDDLE LATITUDES OF THE EAST OF THE RUSSIAN PLAIN (150,00 руб.)

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Первый авторSolov’ev
АвторыShikhova T.G., Busygin E.I.
Страниц13
ID428657
АннотацияWith a steady climate change increases the risk of weather anomalies. The droughts, forest fires, winter frosts become more frequent that affects the abundance and diversity of animals, including commercial species and crop pests. The deviation of timing of the phases of ontogeny from multiyear is a sensitive indicator of the state and the processes of ecosystems. In order to identify the features of the biota response to extreme weather conditions we studied the reaction of animals of the East Russian Plain (Kirov Region) to weather anomalies of cold winter in 2009-2010 and the hot summer of 2010 according to phenological (1890-2013 years) and phytosanitary (2000-2013 years) monitoring of 52 species Clitellata, Bivalvia, Gastropoda, Insecta, Aves, Mammalia. The observations were carried out on the territory of the boreal ecotone with different changes of hydrothermal regime within Vyatsko-Verkhnekamsk District of the Volga Region.
УДК6359.009:632.6/.7:591.54(470.342)
Solov’ev, A.N. THE INFLUENCE OF CLIMATIC ANOMALIES ON THE ANIMALS IN MIDDLE LATITUDES OF THE EAST OF THE RUSSIAN PLAIN / A.N. Solov’ev, T.G. Shikhova, E.I. Busygin // Agricultural Biology .— 2015 .— №2 .— С. 3-15 .— URL: https://rucont.ru/efd/428657 (дата обращения: 23.04.2024)

Предпросмотр (выдержки из произведения)

Reviews doi: 10.15389/agrobiology.2015.2.137rus doi: 10.15389/agrobiology.2015.2.137eng THE INFLUENCE OF CLIMATIC ANOMALIES ON THE ANIMALS IN MIDDLE LATITUDES OF THE EAST OF THE RUSSIAN PLAIN A.N. SOLOV’EV, T.G. SHIKHOVA, E.I. BUSYGIN Russian Academy of Agricultural Sciences, 79 ul. <...> Preobrazhenskaya, Kirov, 610000 Russia, e-mail biomon@mail.ru A b str a c t With a steady climate change increases the risk of weather anomalies. <...> The droughts, forest fires, winter frosts become more frequent that affects the abundance and diversity of animals, including commercial species and crop pests. <...> The deviation of timing of the phases of ontogeny from multiyear is a sensitive indicator of the state and the processes of ecosystems. <...> In order to identify the features of the biota response to extreme weather conditions we studied the reaction of animals of the East Russian Plain (Kirov Region) to weather anomalies of cold winter in 2009-2010 and the hot summer of 2010 according to phenological (1890-2013 years) and phytosanitary (2000-2013 years) monitoring of 52 species , , , , , . <...> The observations were carried out on the territory of the boreal ecotone with different changes of hydrothermal regime within Vyatsko-Verkhnekamsk District of the Volga Region. <...> The phenological monitoring carried out by a standard technique involving public opinion poll from permanent correspondents. <...> We analyzed the date of the seasonal phases of development: the end of winter diapause, the beginning of oviposition, hatching of eggs, the emergence of the imago insects; spring arrival, the beginning of the breeding cycle, autumn departure of birds and others. <...> In 2010 the survey of additional information on phenology of biological objects was conducted by method of questioning of permanent observers in 23 geographical locations of the Kirov Region. <...> Long frosts below 35 С were pessimal and sublethal for different stages of ontogenesis in , , above 30 °C and drought were pessimal for lethal for eggs and larvae of emergence of , , and others. <...> Extreme summer heat and sub, but contributed to the early adults. <...> Exceeding monthly average air temperature at the 1 С resulted in advancing the timing of microthermal insects development by 1.9 days and advancing the arrival dates of near migrant birds by 1 day in April, and in advancing the timing of mesothermal insects development by 1.3 days and advancing the arrival dates of distant migrant birds by 1.4 day in May. <...> The 100 С excess of the effective temperature in May <...>