Rainfall is one of the most important climatic elements that influence both the spatial and temporal water availability. Therefore, identification of its trend over years is vital for detection of extreme climatic changes. The purpose of this study is to investigate the variability of precipitation in flood source areas of Kelantan river basin by detecting precipitation flood changes in the temporal structure for the period of 1984-2014. A total of 17 rain gage stations with at least 25 years’ records in the temporal structure for the period 1984-2014 were selected. For the AMF data, 4 gauging stations were selected for the analysis. Mann-Kendall and Sen slope estimator tests were used to detect possible precipitation trend. This resulted i...
This present study was carried out to detect the spatial and temporal change (1974-2000) in hydrolog...
Abstract This paper describe temporal variability of rainfall data in East Java region and perform t...
This present study was carried out to detect the spatial and temporal change (1974-2000) in hydrolog...
Using the data of annual maximum series of 24-hour precipitation and the annual maximum flood (AMF) ...
Trend analysis was widely used as a tool to detect changes in climatic and hydrologic time series da...
Rainfall intensity seems to be increasing nowadays due to climate change as presented in many studie...
Almost all the hydrological and meteorological variables such as rainfall and temperature etc are af...
The purpose of this study is to determine the trend of amount of rainfall and number of flood incide...
Regional spatio-temporal assessment of extreme precipitation is essential to develop better climate ...
Various hydrological and meteorological variables such as rainfall and temperature have been affecte...
Flooding appears to be increasing in Kelantan, Malaysia, in terms of frequency as well as magnitude....
Floods and drought have been essential aspects of the water issue for over the past 50 years. Severa...
The current study is carried out to determine the potential trend of rainfall and assess its signifi...
A study was undertaken to detect long-term trends in the annual and seasonal series of maximum and m...
The objective of the research was to analyzed rainfall trends from 6 rainfall stations Kajoran, Mend...
This present study was carried out to detect the spatial and temporal change (1974-2000) in hydrolog...
Abstract This paper describe temporal variability of rainfall data in East Java region and perform t...
This present study was carried out to detect the spatial and temporal change (1974-2000) in hydrolog...
Using the data of annual maximum series of 24-hour precipitation and the annual maximum flood (AMF) ...
Trend analysis was widely used as a tool to detect changes in climatic and hydrologic time series da...
Rainfall intensity seems to be increasing nowadays due to climate change as presented in many studie...
Almost all the hydrological and meteorological variables such as rainfall and temperature etc are af...
The purpose of this study is to determine the trend of amount of rainfall and number of flood incide...
Regional spatio-temporal assessment of extreme precipitation is essential to develop better climate ...
Various hydrological and meteorological variables such as rainfall and temperature have been affecte...
Flooding appears to be increasing in Kelantan, Malaysia, in terms of frequency as well as magnitude....
Floods and drought have been essential aspects of the water issue for over the past 50 years. Severa...
The current study is carried out to determine the potential trend of rainfall and assess its signifi...
A study was undertaken to detect long-term trends in the annual and seasonal series of maximum and m...
The objective of the research was to analyzed rainfall trends from 6 rainfall stations Kajoran, Mend...
This present study was carried out to detect the spatial and temporal change (1974-2000) in hydrolog...
Abstract This paper describe temporal variability of rainfall data in East Java region and perform t...
This present study was carried out to detect the spatial and temporal change (1974-2000) in hydrolog...