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In river-lake systems, reservoirs significantly affect the formation of water resources in the catchment by reducing the maximum flows and floods as well as increasing the low flows.
In lake catchments, the pace of hydrological drought progression is usually slow. However, this phenomenon can be very extreme and destructive for water balance structure as a result of the very slow renewal rate of catchment resources. An estimation of hydrological drought development was conducted in the Biebrza river catchment 6, km 2 on the basis of a daily discharge series for 18 water-gauge stations in the period — The number and location of the gauges allowed reliable results of the spatial pattern of drought to be obtained.
The main objective of the research was the construction and assessment of the applicability of indicators which are estimators of drought spatial progression. Comparative analysis of four proposed indices led to two of them being recommended. These characteristics estimate the direction of drought development according to the stream network hierarchy, location of sub-catchments and the direction of river basin area increase.
As a result, determinants of the spatial development of hydrological drought as well as its importance in the hydrographical structure were identified. Furthermore, the intensity of drought was evaluated and all investigated indices were applied to a time series analysis.
Anibas C. Earth Syst. Bajkiewicz-Grabowska E. Bartnik A. Batelaan O. Land Reclamation 57— Byczkowski A. Biological monograph , Wydaw. Dynowska I. Plansza Sheet Hisdal H. Processes and estimation methods for streamflow and groundwater. Developments in Water Science Vol. Part I: Numerical and descriptive summary tables , Wydaw. Jokiel P. PIG 75— Kaznowska E. Kozek M. Formatio Circumiectus 17 3 : 77— Mioduszewski W.
Smakhtin V. Wodna 8: — Strahler A. I: Susza hydrologiczna na Podkarpaciu w latach — Methodology of the evaluation of intensity and range of hydrological drought. Hydrological drought in the Carpathian Region during — , Wiad. IMGW 4: 15— Tokarczyk T. Tomaszewski E. Wassen M. Yevjevich, V. Home About us Subject Areas Contacts. Advanced Search Help. Sciendo degruyter. Sign In Create Profile.
English Deutsch. Malwina Kozek malwina. Access Metrics. Keywords: hydrological extremes ; low flows ; drought streamflow deficit ; drought spatial analyses. Export References. Limnological Review. Terms Privacy Latest News. Share Share.
Cimate and hydrology urbane area
Recognition of the causes of drought and flood processes. Methodology for assessing the scale of intensity of these phenomena in the environment. Natural and anthropogenic causes of water shortage in the environment - droughts. Atmospheric precipitation as a criterion for assessing the shortage or excess of water in the natural environment. The physical process of evaporation.
The scope of the journal includes management of agricultural productive space, water management in agriculture, rural sanitation and grassland management. Information For Authors. It published peer-reviewed original research papers on water management in agriculture, grassland sciences, biodiversity, rural sanitation etc. Rozprawy Habilitacyjne - the last issue in the year