ŠVAŇHALOVÁ, Blanka, Světlana ZAHRÁDKOVÁ and Jindřiška BOJKOVÁ. Dlouhodobé změny taxonomické a funkční struktury taxocénů jepic (Ephemeroptera) v povodí Moravy a Odry v České republice (Long-term changes of mayflies (Ephemeroptera) in the basin of Morava and Odra in the Czech Republic). In Zborník abstraktov z konferencie 17. Feriancove dni. 2011.
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Basic information
Original name Dlouhodobé změny taxonomické a funkční struktury taxocénů jepic (Ephemeroptera) v povodí Moravy a Odry v České republice
Name in Czech Dlouhodobé změny taxonomické a funkční struktury taxocénů jepic (Ephemeroptera) v povodí Moravy a Odry v České republice
Name (in English) Long-term changes of mayflies (Ephemeroptera) in the basin of Morava and Odra in the Czech Republic
Authors ŠVAŇHALOVÁ, Blanka, Světlana ZAHRÁDKOVÁ and Jindřiška BOJKOVÁ.
Edition Zborník abstraktov z konferencie 17. Feriancove dni, 2011.
Other information
Type of outcome Conference abstract
Confidentiality degree is not subject to a state or trade secret
Organization unit Faculty of Science
Keywords (in Czech) jepice; dlouhodobé změny
Keywords in English mayfly; long-term changes
Changed by Changed by: Mgr. Blanka Zedková, učo 106921. Changed: 1/12/2011 12:12.
Abstract
Sledovali jsme dlouhodobé změny taxocenóz jepic v rámci gradientů prostředi a v čase.
Abstract (in Czech)
Sledovali jsme dlouhodobé změny taxocenóz jepic v rámci gradientů prostředi a v čase.
Abstract (in English)
Long-term studies of benthic macroinvertebrate assemblage composition can serve as a basis for fluvial ecosystem impact assessment on local, regional and even a global scale. However, the appropriate data are infrequent. One of the available datasets comprises information on Ephemeroptera of the Czech Republic, collected in the 1950's, 1990's and today. The 1st period of the investigation represents the time before intensive development of industry and agriculture in the 1970's and 1980's; the 2nd period can be characterised as the beginning of the phase of some mitigation of organic pollution and acidification. Reducing of organic pollution and acidification stressed the impacts of stream morphology degradation and changed hydrology in the 2nd period, which are further intensified by climate changes today (3rd period).
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