Vascular aquatic plants of the Lower Tisa River (Serbia) – species composition and distribution pattern

The Lower Tisa is the 150 river km long section of the river through Serbia, where it runs into the Danube. The survey of vascular aquatic plants in the main channel of the Tisa River was undertaken during the time period 2004-2010. Survey included estimation of basic habitat characteristics (bank...

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Main Authors: VUKOV Dragana, RUĆANDO Marko, KRSTIVOJEVIĆ Mirjan, ILIĆ Miloš, IGIĆ Ružica
Format: Article
Language:English
Published: CITDD Publishing House 2013-12-01
Series:Scientific Annals of the Danube Delta Institute
Subjects:
Online Access:http://www.ddni.ro/manager/editor/UserFiles/File/Scientific%20annals/volume/19/19.Final/art_10.pdf
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author VUKOV Dragana
RUĆANDO Marko
KRSTIVOJEVIĆ Mirjan
ILIĆ Miloš
IGIĆ Ružica
author_facet VUKOV Dragana
RUĆANDO Marko
KRSTIVOJEVIĆ Mirjan
ILIĆ Miloš
IGIĆ Ružica
author_sort VUKOV Dragana
collection DOAJ
description The Lower Tisa is the 150 river km long section of the river through Serbia, where it runs into the Danube. The survey of vascular aquatic plants in the main channel of the Tisa River was undertaken during the time period 2004-2010. Survey included estimation of basic habitat characteristics (bank structure, sediment type, water flow velocity, water transparency, land use type) and estimation of the occurrence and abundance of plant species in the contiguous survey units along the main channel of the river, which were equal to the river kilometers. Recorded species were mainly estimated as rare, since the conditions found both on the banks and in the water do not favor the development of aquatic or semi aquatic vegetation. Many of hydrophytes do not have established populations in the main channel, but arrive through tributaries or from cut off oxbows during the periods of high water levels. Lateral connectivity interruptions caused by loss of flood plains and bank reinforcements are reflected in low diversity of the sediment material type, medium and high water flow velocity and low water transparency, which restrict growth of hydrophytes. The only observed effect of the longitudinal continuity interruption created by dam is presence of small populations of rooted hydrophytes Potamogeton x fluitans and Stuckenia pectinata found in the upstream section of the river.
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spelling doaj.art-740a4ded290b43949cae05ca72d5b6ac2022-12-21T19:42:18ZengCITDD Publishing HouseScientific Annals of the Danube Delta Institute1842-614X2247-99022013-12-0119697610.7427/DDI.19.10Vascular aquatic plants of the Lower Tisa River (Serbia) – species composition and distribution patternVUKOV Dragana0RUĆANDO Marko1KRSTIVOJEVIĆ Mirjan2ILIĆ Miloš3IGIĆ Ružica4University of Novi Sad , Faculty of Sciences, Department of Biology and Ecology, Novi Sad, SerbiaUniversity of Novi Sad , Faculty of Sciences, Department of Biology and Ecology: Trg Dositeja Obradovića 2, 21000 Novi Sad, SerbiaUniversity of Novi Sad , Faculty of Sciences, Department of Biology and Ecology: Trg Dositeja Obradovića 2, 21000 Novi Sad, SerbiaUniversity of Novi Sad , Faculty of Sciences, Department of Biology and Ecology: Trg Dositeja Obradovića 2, 21000 Novi Sad, SerbiaUniversity of Novi Sad , Faculty of Sciences, Department of Biology and Ecology: Trg Dositeja Obradovića 2, 21000 Novi Sad, SerbiaThe Lower Tisa is the 150 river km long section of the river through Serbia, where it runs into the Danube. The survey of vascular aquatic plants in the main channel of the Tisa River was undertaken during the time period 2004-2010. Survey included estimation of basic habitat characteristics (bank structure, sediment type, water flow velocity, water transparency, land use type) and estimation of the occurrence and abundance of plant species in the contiguous survey units along the main channel of the river, which were equal to the river kilometers. Recorded species were mainly estimated as rare, since the conditions found both on the banks and in the water do not favor the development of aquatic or semi aquatic vegetation. Many of hydrophytes do not have established populations in the main channel, but arrive through tributaries or from cut off oxbows during the periods of high water levels. Lateral connectivity interruptions caused by loss of flood plains and bank reinforcements are reflected in low diversity of the sediment material type, medium and high water flow velocity and low water transparency, which restrict growth of hydrophytes. The only observed effect of the longitudinal continuity interruption created by dam is presence of small populations of rooted hydrophytes Potamogeton x fluitans and Stuckenia pectinata found in the upstream section of the river.http://www.ddni.ro/manager/editor/UserFiles/File/Scientific%20annals/volume/19/19.Final/art_10.pdfrunning wateraquatic macrophyteshabitat parametersabundance
spellingShingle VUKOV Dragana
RUĆANDO Marko
KRSTIVOJEVIĆ Mirjan
ILIĆ Miloš
IGIĆ Ružica
Vascular aquatic plants of the Lower Tisa River (Serbia) – species composition and distribution pattern
Scientific Annals of the Danube Delta Institute
running water
aquatic macrophytes
habitat parameters
abundance
title Vascular aquatic plants of the Lower Tisa River (Serbia) – species composition and distribution pattern
title_full Vascular aquatic plants of the Lower Tisa River (Serbia) – species composition and distribution pattern
title_fullStr Vascular aquatic plants of the Lower Tisa River (Serbia) – species composition and distribution pattern
title_full_unstemmed Vascular aquatic plants of the Lower Tisa River (Serbia) – species composition and distribution pattern
title_short Vascular aquatic plants of the Lower Tisa River (Serbia) – species composition and distribution pattern
title_sort vascular aquatic plants of the lower tisa river serbia species composition and distribution pattern
topic running water
aquatic macrophytes
habitat parameters
abundance
url http://www.ddni.ro/manager/editor/UserFiles/File/Scientific%20annals/volume/19/19.Final/art_10.pdf
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AT ilicmilos vascularaquaticplantsofthelowertisariverserbiaspeciescompositionanddistributionpattern
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