TIME SERIES ANALYSIS OF HYDROLOGIC DATA FOR WATER ...
TIME SERIES ANALYSIS OF HYDROLOGIC DATA FOR WATER ... TIME SERIES ANALYSIS OF HYDROLOGIC DATA FOR WATER ...
D. Machiwal, M. K. JhaCouncil of Agricultural Research (ICAR), NewDelhi, India for conducting this study.REFERENCESADAMOWSKI K. and BOUGADIS J., 2003: Detection oftrends in annual extreme rainfall. Hydrological Processes,17, 18, 3547–3560.ADELOYE A.J. and MONTASERI M., 2002: Preliminarystreamflow data analyses prior to water resources planningstudy. Hydrological Sciences J., 47, 5, 679–692.ALEMAW B.F. and CHAOKA T.R., 2002: Trends in the flowregime of the southern African Rivers as visualized from rescaledadjusted partial sums (RAPS). African J. of Scienceand Technology, Science and Engineering Series, 3, 1, 69––78.ALEXANDERSSON H., 1986: A homogeneity test applied toprecipitation data. J. of Climatology, 6, 661–675.ALEXANDERSSON H., 1995: Homogeneity testing, multiplebreaks and trends. Proceedings of the 6 th International Meetingon Statistical Climatology, Galway, pp. 439–441.ANGEL J.R. and HUFF F.A., 1997: Changes in heavy rainfallin Midwestern United States. J. of Water Resources Planningand Management, ASCE, 123, 4, 246–249.ANTONOPOULOS V.Z., PAPAMICHAIL D.M. and MIT-SIOU, K.A., 2001: Statistical and trend analysis of waterquality and quantity data for the Strymon River in Greece.Hydrology and Earth System Sciences, 5, 4, 679–691.APPEL U. and BRANDT A.V., 1983: Adaptive sequentialsegmentation of piecewise stationary time series. Inf. Sci.(N. Y.), 29, 27–56.ASTATKIE T., YIRIDOE E.K. and CLARK J.S., 2003: Testingfor trend in variability of climate data: Measures andtemporal aggregation with applications to Canadian data.Theoretical and Applied Climatology, 76, 3-4, 235–247.AULENBACH B.T., HOOPER R.P. and BRICKER O.P.,1996: Trends in the chemistry of precipitation and surfacewater in a national network of small watersheds. HydrologicalProcesses, 10, 2, 151–181.BEIGHLEY E. and MOGLEN G.E., 2002: Trend assessmentin rainfall-runoff behavior in urbanizing watersheds. J. ofHydrologic Engineering, ASCE, 7, 1, 27–34.BETHEA R.M. and RHINEHART R.R., 1991: Applied EngineeringStatistics. Marcel Dekker, Inc., New York. BîrsanM.-V., Molnar P. and Burlando P., 2002. Streamflow trendsin Switzerland. Proceedings of the PHEFRA Workshop,Barcelona, October 16 – 19, 2002. http://www.ccma.csic.es//dpts/suelos/hidro/phefra/images/chapter_38_phefra.pdf (accessedon 27 January 2004).BRUNETTI M., BUFFONI L., MAUGERI M. and NANNI,T., 2000: Precipitation intensity trends in northern Italy. InternationalJ. of Climatology, 20, 9, 1017–1031.BRUNETTI M., MAUGERI M. and NANNI T., 2001:Changes in total precipitation, rainy days and extremeevents in northeastern Italy. International J. of Climatology,21, 7, 861–871.BUISHAND T.A., 1982: Some methods for testing the homogeneityof rainfall records. J. of Hydrology, 58, 11–27.BUISHAND T.A., 1984: Tests for detecting a shift in the meanof hydrological time series. J. of Hydrology, 73, 51–69.BURN D.H., 1994: Hydrologic effects of climatic change inwest-central Canada. J. of Hydrology, 160, 1-4, 53–70.BURN D.H. and ELNUR M.A.H., 2002: Detection of hydrologictrends and variability. J. of Hydrology, 255, 1-4, 107–122.CAPODAGLIO A.G. and MOISELLO U., 1990: Simple stochasticmodel for annual flows. J. of Water Resources Planningand Management, ASCE, 116, 2, 220–232.CHANG T.J., 1988: Stochastic forecast of water losses. J. ofIrrigation and Drainage Engineering, ASCE, 114, 3, 547––558.CHEN H.-L. and RAO A.R., 2002: Testing hydrologic timeseries for stationarity. J. of Hydrologic Engineering, ASCE,7, 2, 129–136.CIMINO G., DEL DUCE G., KADONAGA L.K., ROTUNDOG., SISANI A., STABILE G., TIROZZI B. and WHITICARM., 1999: Time series analysis of geological data. ChemicalGeology, 161, 1-3, 253–270.CLARKE R.T., 2002: Fitting and testing the significance oflinear trends in Gumbel-distributed data. Hydrology andEarth System Sciences, 6, 1,17–24.DAHMEN E.R. and HALL M.J., 1990: Screening of hydrologicdata: Tests for stationarity and relative consistency.ILRI Publication No. 49, Wageningen, 60 pp.DARKEN P.F., HOLTZMAN G.I., SMITH E.P. and ZIPPERC.E., 2000: Detecting changes in trends in water quality usingmodified Kendall's tau. Environmetrics, 11, 4, 423–434.DE LUÍS M., RAVENTÓS J., GONZÁLEZ-HIDALGO J.C.,SÁNCHEZ J.R. and CORTINA J., 2000: Spatial analysis ofrainfall trends in the region of Valencia (east Spain). InternationalJ. of Climatology, 20, 12, 1451–1469.DOUGLAS E.M., VOGEL R.M. and KROLL C.N., 2000:Trends in floods and low flows in the United States: Impactof spatial correlation. J. of Hydrology, 240, 1-2, 90–105.DUCRÉ-ROBITAILLE J., VINCENT L.A. and BOULET G.,2003: Comparison of techniques for detection of discontinuitiesin temperature series. International J. of Climatology,23, 9, 1087–1101.EL-SHAARAWI A.H., ESTERBY S.R. and KUNTZ K.W.,1983: A statistical evaluation of trends in the water qualityof the Niagara River. J. of Great Lakes Research, 9, 234–240.ESTEBAN-PARRA M.J. and CASTRO-DIEZ, Y., 1995: Onthe homogeneity of the longest temperature series in Spain:a critical analysis. Proceedings of the Conference on ClimateDynamics and the Global Change Perspective, Cracow,Poland, October 17–20, 1995. http://www.cyfkr.edu.pl/~ziniedzw/paper034.html(accessed on 30 January2004).ESTERBY S.R., 1996: Review of methods for the detectionand estimation of trends with emphasis on water quality applications.Hydrological Processes, 10, 2, 127–149.FANTA B., ZAAKE B.T. and KACHROO R.K., 2001: Astudy of variability of annual river flow of the southern Africanregion. 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D. Machiwal, M. K. JhaCouncil of Agricultural Research (ICAR), NewDelhi, India for conducting this study.REFERENCESADAMOWSKI K. and BOUGADIS J., 2003: Detection oftrends in annual extreme rainfall. Hydrological Processes,17, 18, 3547–3560.ADELOYE A.J. and MONTASERI M., 2002: Preliminarystreamflow data analyses prior to water resources planningstudy. Hydrological Sciences J., 47, 5, 679–692.ALEMAW B.F. and CHAOKA T.R., 2002: Trends in the flowregime of the southern African Rivers as visualized from rescaledadjusted partial sums (RAPS). African J. of Scienceand Technology, Science and Engineering Series, 3, 1, 69––78.ALEXANDERSSON H., 1986: A homogeneity test applied toprecipitation data. J. of Climatology, 6, 661–675.ALEXANDERSSON H., 1995: Homogeneity testing, multiplebreaks and trends. Proceedings of the 6 th International Meetingon Statistical Climatology, Galway, pp. 439–441.ANGEL J.R. and HUFF F.A., 1997: Changes in heavy rainfallin Midwestern United States. J. of Water Resources Planningand Management, ASCE, 123, 4, 246–249.ANTONOPOULOS V.Z., PAPAMICHAIL D.M. and MIT-SIOU, K.A., 2001: Statistical and trend analysis of waterquality and quantity data for the Strymon River in Greece.Hydrology and Earth System Sciences, 5, 4, 679–691.APPEL U. and BRANDT A.V., 1983: Adaptive sequentialsegmentation of piecewise stationary time series. Inf. Sci.(N. Y.), 29, 27–56.ASTATKIE T., YIRIDOE E.K. and CLARK J.S., 2003: Testingfor trend in variability of climate data: Measures andtemporal aggregation with applications to Canadian data.Theoretical and Applied Climatology, 76, 3-4, 235–247.AULENBACH B.T., HOOPER R.P. and BRICKER O.P.,1996: Trends in the chemistry of precipitation and surfacewater in a national network of small watersheds. HydrologicalProcesses, 10, 2, 151–181.BEIGHLEY E. and MOGLEN G.E., 2002: Trend assessmentin rainfall-runoff behavior in urbanizing watersheds. J. ofHydrologic Engineering, ASCE, 7, 1, 27–34.BETHEA R.M. and RHINEHART R.R., 1991: Applied EngineeringStatistics. Marcel Dekker, Inc., New York. BîrsanM.-V., Molnar P. and Burlando P., 2002. Streamflow trendsin Switzerland. Proceedings of the PHEFRA Workshop,Barcelona, October 16 – 19, 2002. http://www.ccma.csic.es//dpts/suelos/hidro/phefra/images/chapter_38_phefra.pdf (accessedon 27 January 2004).BRUNETTI M., BUFFONI L., MAUGERI M. and NANNI,T., 2000: Precipitation intensity trends in northern Italy. InternationalJ. of Climatology, 20, 9, 1017–1031.BRUNETTI M., MAUGERI M. and NANNI T., 2001:Changes in total precipitation, rainy days and extremeevents in northeastern Italy. International J. of Climatology,21, 7, 861–871.BUISHAND T.A., 1982: Some methods for testing the homogeneityof rainfall records. J. of Hydrology, 58, 11–27.BUISHAND T.A., 1984: Tests for detecting a shift in the meanof hydrological time series. J. of Hydrology, 73, 51–69.BURN D.H., 1994: Hydrologic effects of climatic change inwest-central Canada. J. of Hydrology, 160, 1-4, 53–70.BURN D.H. and ELNUR M.A.H., 2002: Detection of hydrologictrends and variability. J. of Hydrology, 255, 1-4, 107–122.CAPODAGLIO A.G. and MOISELLO U., 1990: Simple stochasticmodel for annual flows. J. of Water Resources Planningand Management, ASCE, 116, 2, 220–232.CHANG T.J., 1988: Stochastic forecast of water losses. J. ofIrrigation and Drainage Engineering, ASCE, 114, 3, 547––558.CHEN H.-L. and RAO A.R., 2002: Testing hydrologic timeseries for stationarity. J. of Hydrologic Engineering, ASCE,7, 2, 129–136.CIMINO G., DEL DUCE G., KADONAGA L.K., ROTUNDOG., SISANI A., STABILE G., TIROZZI B. and WHITICARM., 1999: Time series analysis of geological data. ChemicalGeology, 161, 1-3, 253–270.CLARKE R.T., 2002: Fitting and testing the significance oflinear trends in Gumbel-distributed data. Hydrology andEarth System Sciences, 6, 1,17–24.DAHMEN E.R. and HALL M.J., 1990: Screening of hydrologicdata: Tests for stationarity and relative consistency.ILRI Publication No. 49, Wageningen, 60 pp.DARKEN P.F., HOLTZMAN G.I., SMITH E.P. and ZIPPERC.E., 2000: Detecting changes in trends in water quality usingmodified Kendall's tau. Environmetrics, 11, 4, 423–434.DE LUÍS M., RAVENTÓS J., GONZÁLEZ-HIDALGO J.C.,SÁNCHEZ J.R. and CORTINA J., 2000: Spatial analysis ofrainfall trends in the region of Valencia (east Spain). InternationalJ. of Climatology, 20, 12, 1451–1469.DOUGLAS E.M., VOGEL R.M. and KROLL C.N., 2000:Trends in floods and low flows in the United States: Impactof spatial correlation. J. of Hydrology, 240, 1-2, 90–105.DUCRÉ-ROBITAILLE J., VINCENT L.A. and BOULET G.,2003: Comparison of techniques for detection of discontinuitiesin temperature series. International J. of Climatology,23, 9, 1087–1101.EL-SHAARAWI A.H., ESTERBY S.R. and KUNTZ K.W.,1983: A statistical evaluation of trends in the water qualityof the Niagara River. J. of Great Lakes Research, 9, 234–240.ESTEBAN-PARRA M.J. and CASTRO-DIEZ, Y., 1995: Onthe homogeneity of the longest temperature series in Spain:a critical analysis. Proceedings of the Conference on ClimateDynamics and the Global Change Perspective, Cracow,Poland, October 17–20, 1995. http://www.cyfkr.edu.pl/~ziniedzw/paper034.html(accessed on 30 January2004).ESTERBY S.R., 1996: Review of methods for the detectionand estimation of trends with emphasis on water quality applications.Hydrological Processes, 10, 2, 127–149.FANTA B., ZAAKE B.T. and KACHROO R.K., 2001: Astudy of variability of annual river flow of the southern Africanregion. Hydrological Sciences J., 46, 4, 513–524.FERNANDO D.A.K. and JAYAWARDENA A.W., 1994:Generation and forecasting of monsoon rainfall data. 20 thWEDC Conference on Affordable Water Supply and Sanitation,Colombo, Sri Lanka, pp. 310–313.<strong>FOR</strong>TUNIAK K., 1995: Periodicity of temperature and precipitationin Poland in the period 1956-1990. Conference onClimate Dynamics and the Global Change Perspective, Cracow,Poland, October 17–20, 1995. http://www.cyfkr.edu.pl/~ziniedzw/paper037.html(accessed on 30 January2004).254
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