Changes in air temperature, precipitation, and the Toplica river discharge were investigated. Annual and seasonal climatic data were collected at weather stations Kursumlija and Prokuplje, and discharge data on hydrological gauges Pepeljevac and Doljevac. The data covered a period of 62 years (1957–2018). Mann-Kendall and Pettitt’s tests have been applied for the periods 1957–2018, 1957–1987, 1988–2018, and 1975–1994, which we find as very important period when atmospheric circulation was altered. Mean annual temperature and precipitation were greater in the second half-period, while the discharge was smaller, even all the signals had growth trend. Mean seasonal temperature increased for all seasons, as well as precipitation, except for sum...
Climate change is one of the largest environmental issues causing hydroclimatological extremes such ...
The annual and seasonal trends of surface air temperatures were analyzed on the territory of Vojvodi...
Hydrologic regime is highly dependent on climate change, as hydrologic cycle components are directly...
The paper examines changes in air temperature, precipitation, and river discharges on seasonal and a...
Detection of changes in observed meteorological and hydrological changes are of the great interest f...
This study presents trend analyses in several catchments across Serbia. The trend analyses are prefo...
The rainfall-runoff process is a natural event affecting a landscape. There are many factors which m...
AbstractImportant hydrological changes are observed in Serbia, as well as in many parts of the world...
It is very important to keep a close watch on river runoff, because this is one of the indicators th...
In this research, changes in annual and seasonal trends of mean temperatures were analyzed on the te...
In this paper, the results of trend analysis applied to precipitation and temperature monthly data f...
Correlation coefficient of 0.81 between Sava River flow through Zagreb and precipitation in Ljubljan...
The catchment of the Toplica River, situated in an underdeveloped region of southern Serbia, is stud...
Temperature, humidity and precipitation in an area, are parameters proved influential in the climate...
Investigation of changes in the rainfall-runoff regimes of rivers and its extremes has become more i...
Climate change is one of the largest environmental issues causing hydroclimatological extremes such ...
The annual and seasonal trends of surface air temperatures were analyzed on the territory of Vojvodi...
Hydrologic regime is highly dependent on climate change, as hydrologic cycle components are directly...
The paper examines changes in air temperature, precipitation, and river discharges on seasonal and a...
Detection of changes in observed meteorological and hydrological changes are of the great interest f...
This study presents trend analyses in several catchments across Serbia. The trend analyses are prefo...
The rainfall-runoff process is a natural event affecting a landscape. There are many factors which m...
AbstractImportant hydrological changes are observed in Serbia, as well as in many parts of the world...
It is very important to keep a close watch on river runoff, because this is one of the indicators th...
In this research, changes in annual and seasonal trends of mean temperatures were analyzed on the te...
In this paper, the results of trend analysis applied to precipitation and temperature monthly data f...
Correlation coefficient of 0.81 between Sava River flow through Zagreb and precipitation in Ljubljan...
The catchment of the Toplica River, situated in an underdeveloped region of southern Serbia, is stud...
Temperature, humidity and precipitation in an area, are parameters proved influential in the climate...
Investigation of changes in the rainfall-runoff regimes of rivers and its extremes has become more i...
Climate change is one of the largest environmental issues causing hydroclimatological extremes such ...
The annual and seasonal trends of surface air temperatures were analyzed on the territory of Vojvodi...
Hydrologic regime is highly dependent on climate change, as hydrologic cycle components are directly...