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• W3026574450 abstract "Abstract Thermal properties of streams and rivers, due to significant impact on biota and other physico-chemical water properties, were broadly recognized in hydrological literature last years. Nevertheless, water temperature of temperate lowland watercourses has received relatively small attention, despite the development of new measurement devices and techniques. Thus, the current study attempt to document spatial water temperature variability of lowland watercourses and examined the effects of environmental drivers on their thermal heterogeneity. For this purpose, water temperature was monitored from May to October 2017 with the use of digital data loggers in 20 sites located in central Poland, representing two spatial scales—main rivers (MR) and tributaries (TR). On the basis of the measurement data, statistical distribution of magnitude and variability water temperature parameters was presented, whereas cluster analysis (Ward method) was used to group sites similar in their thermal properties. Furthermore, selected catchment and channel metrics were computed using GIS software for each site, which in combine with the principal component analysis allowed to assess the effect of such metrics on thermal parameters. Then, to support the findings of PCA and assess meteorological dependence of the water temperature, linear regression between daily mean water and air temperatures was performed. The results indicate that in terms of magnitude and variability parameters TR scale sites demonstrated clear thermal heterogeneity, particularly in comparison to MR sites, characterized by similar thermal properties even between separate, independent catchments; in such sites the highest thermal contrast were related to anthropogenic impacts, such as reservoir releases and sewage inflows. Clear longitudinal zonation of water temperature parameters was found as presented by first two principal components, which was related to transition from small headwater sites to the largest, downstream catchments, driven mainly by changes of catchment area, mean slope, and width:depth ratio. The increase of the catchment area also resulted in a shift in linear regression parameters, which suggested higher meteorological control in the downstream direction and simultaneously, lower impacts of groundwater inflows. The obtained results provide new insight into lowland watercourses temperature behavior, being of primary significance in the context of fisheries and environmental management, particularly in the face of climate warming and increasing anthropopressure." @default.
• W3026574450 created "2020-05-29" @default.
• W3026574450 creator A5065983316 @default.
• W3026574450 date "2020-05-01" @default.
• W3026574450 modified "2023-10-17" @default.
• W3026574450 title "The effect of environmental drivers on summer spatial variability of water temperature in Polish lowland watercourses" @default.
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• W3026574450 cites W1774389136 @default.
• W3026574450 cites W1806346535 @default.
• W3026574450 cites W1845825979 @default.
• W3026574450 cites W1910382331 @default.
• W3026574450 cites W1987374209 @default.
• W3026574450 cites W1991489338 @default.
• W3026574450 cites W1993760488 @default.
• W3026574450 cites W2006022134 @default.
• W3026574450 cites W2006934982 @default.
• W3026574450 cites W2013922780 @default.
• W3026574450 cites W2018214289 @default.
• W3026574450 cites W2035174903 @default.
• W3026574450 cites W2035682098 @default.
• W3026574450 cites W2036246130 @default.
• W3026574450 cites W2039488026 @default.
• W3026574450 cites W2050053170 @default.
• W3026574450 cites W2050068726 @default.
• W3026574450 cites W2051848460 @default.
• W3026574450 cites W2057705926 @default.
• W3026574450 cites W2064392668 @default.
• W3026574450 cites W2066416365 @default.
• W3026574450 cites W2066641403 @default.
• W3026574450 cites W2069529316 @default.
• W3026574450 cites W2070046552 @default.
• W3026574450 cites W2073535431 @default.
• W3026574450 cites W2074040629 @default.
• W3026574450 cites W2077623913 @default.
• W3026574450 cites W2078127323 @default.
• W3026574450 cites W2083356047 @default.
• W3026574450 cites W2095750989 @default.
• W3026574450 cites W2096319484 @default.
• W3026574450 cites W2100377232 @default.
• W3026574450 cites W2115988608 @default.
• W3026574450 cites W2116794165 @default.
• W3026574450 cites W2117665309 @default.
• W3026574450 cites W2121740907 @default.
• W3026574450 cites W2124363610 @default.
• W3026574450 cites W2126890351 @default.
• W3026574450 cites W2144233045 @default.
• W3026574450 cites W2146904562 @default.
• W3026574450 cites W2147690605 @default.
• W3026574450 cites W2153028881 @default.
• W3026574450 cites W2168313526 @default.
• W3026574450 cites W2258915585 @default.
• W3026574450 cites W2339441814 @default.
• W3026574450 cites W238239142 @default.
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• W3026574450 cites W2767329313 @default.
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• W3026574450 doi "https://doi.org/10.1007/s12665-020-08981-w" @default.
• W3026574450 hasPublicationYear "2020" @default.
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