Abstract
The purpose of this paper is to present an overview of current research on the analysis of hydrometeorological time series with respect to climate variability and change, with particular emphasis on studies sponsored by the World Meteorological Organization (WMO).
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References
Antonovski H.Y., Buchstaber V.M. and Veksler L.S. (1991). Application of Multivariate statistical Analysis for the detection of structural changes. In the series of Monitoring Data IIASAWP-91–37.
Becker A. and Nemec J. (1987). Macroscale hydrologic models. In support of climate Research. IASH Publ., No 168.
Capodaglio A.G. and Moisello O. (1990). Simple Stochastic Model for Annual Flows. Journal of Hydrology, 58:11–27.
Carbonnel J.P. and Hubert P. (1989). Analyse de la non-stationnarité des séries pluviométriques et hydrologiques d’Afrique de l’Ouest. Proceedings of the Sahel Forum Ouagadougou Burkina Faso, pp. 18–23.
Cavadias G. (November 1992). A Survey of current approaches to modeling of hydrological time series with respect to climate variability and change. WCASP, 23, WMO/TD, n° 534.
Chin W.Q. and Yevjevich V. (1974). Almost periodic stochastic process of long-range climate change. Inland Waters Directorate Scientific, Series No. 39, Canada.
Cohen S.J. (1991). Possible impacts of climatic warming scenarios on water resources. In the Saskatchewan River Sub-basin Canada, Climate Change,19: 291–317.
Currie R.G. and O’Brien D.E. (1990). Deterministic signals in USA precipitation records. International J. of Climatology, 10: 795–818.
Croley II T.E. (1991). Use of general circulation model simulations in regional hydrological climate change impact studies. Proceedings of a Symposium on Climate Scenarios, University of Waterloo.
Demaree G.R. (1990). Did an abrupt global climatic warming occur in the 1920’s. Inst. R. Meteor, de Belgique, Pub. A., 124: 32–37.
Demaree G.R. and Nicolis C. (1990). Onset of Sahelian drought viewed as a fluctuation induced transition. Quart. J. Roy Meteor Soc, 16: 221–238.
Duckstein L., Bobée B. and Bogardi I. (1987). Bayesian forecasting of hydrologic variables under changing climatology. IAHS Publ., n° 168.
Eagleson P.S. (1991). Global change, a catalyst for the development of hydrologic science. Bulletin of the American Meteorological Society, 72,1.
Girard G., Charbonneau R. and Morin (1972). Modèle hydrophysiographique. Symp. Int. Sur les Techniques Mathématiques Appliquées aux Systèmes des Ressources en Eau, Environment Canada, Ottawa, 1: 190–205.
Gunn J. (1991). Influences of various forcing variables on Global Energy Balance during the period of intensive instrumental observations (1958–1987) and their implications for Paleoclimate. Climatic change, 19: 393–420.
Harrison P.J. and Stevens C.F. (1976). Bayesian forecasting. J. Roy Statist. Soc, B 38: 205–247.
Kaczmarek Z. (1974). Some problems of stochastic storage with correlated inflows. In: Proceedings of the IAS — UNESCO — WMO Symposium on Mathematical Models in Hydrology, IASH, 100:435–439.
Kaczmarek Z. and Krasuski D. (1991). Sensitivity of water balance to climate change and variability. WP-91 047, II ASA, Laxenburg.
Kane R.P. and Tuxeira N.R. (1990). Power Spectrum analysis of the time series of annual mean surface temperatures. Climatic Change, 17,1.
Katz R.W. (1982). Statistical evaluation of climate experiments with G.C.M. A parametric series modeling approach. J. Atmos. Sc. 39:1446–1455.
Kawamura A, Jinno K, Toshihiko U. and Medina R.R. (1986). Detection of abrupt changes in water quality time series by the adaptive Kaiman filter. IAHS Publ. n° 157.
Kite G. (1989). Use of time series analysis to detect climatic change. J. of Hydrology, 111:259–279.
Klemes V. (1981). The Hurst phenomenon. A puzzle ? Wat. Resour. Res., 10 (4).
Lettenmaier D.P., Thian Yew Gan and Dawdy D.R. (1989). Interpretation of hydrological effects of climate change in the Sacramento — San Joaquin river basin. California, EPA, 230 (05): 89 051.
Lins H. G. (1985). Interannual streamflow variability in the United States based on principal components. Water Resour. Res., 21 (5): 691–701.
Louie P.Y.T. (1991). Proposed GCM scenarios for the phase 2 study. Proceedings of a Symposium of Climate Scenarios, University of Waterloo, June 12, M. Sanderson. Ed.
Mc Farlane N.A., Boer G.J., Blanchet J. P. and Lazare M. (1992). The Canadian Climate Centre Second Generation Model and its Equilibrium Climate. Canadian Climate Centre.
Mc Cabe G.J., Wolock D.M., Hay L.E. and Ayers M.A. (1990). Effects of climatic change on the Thornthwaite moisture Index. Water Resour. Bull., 26 (4).
Mc Neill I.B. (1982). Detection of interventions at unknown time. In Time Series Methods in Hydrosciences, El-Shaarawi and S.R. Esterby Editors, Elsevier.
Mimikou M., Kouvopoulos Y., Cavadias G. and Vayianos N. (1991). Regional hydrological effects of climate change. J. Hydrol, 123:199–146.
Mitosek H.T. (1992). Occurrence of climate variability and change within the hydrological time series; a statistical approach. IIASA Collaborative Paper n°. CP-92–05 September 1992.
Morin G. and Slivitzky M. (1992). Impacts de changements climatiques sur le régime hydrologique. Le cas de la rivière Moisie. Revue des Sciences de l’Eau, 5 (2).
Nemec J. and Schaake J. (1982). Sensitivity of water resource systems to climate variations. Hydrol. Sc. Journal, 1982.
Refsgaard J.C., Allen W.M. and Vuglinsky V.S. (1989). Methodology for distinguishing between the effects of man’s influence and climatic effects on the hydrologic cycle. IHP-III Project 6.3 UNESCO, Paris.
Salas J.D. and Boes D.C. (1980). Shifting level modeling of hydrologic series. Advances in Water Resources, 3.
Schwartzmaier G, Mayer H. and Beyer U. (1992). Climatological criteria for estimation of runoff by linear regression. Int. J. of Climat., 12: 103–110.
Solow A.R. (1988). A. Bayesian approach to statistical inference about climatic change. Jour, of Climate, 1 (5): 512–521.
Sneyers R. (1992). On the use of statistical analysis for the objective determination of climate change. Meteorologische Zeitschrift, N.F. 247–256, October 1992.
Srikanthan R., Mc Mahon T. A and Insh J.L. (1983). Time series analyses of annual flows of Australian Streams. Journal of Hydrology, 66: 213–226
Srikanthan R. and Stewart B.J. (1991). Analysis of maximum daily rainfall with regard to climatic change. International Hydrology and Water Resources, Symposium Perth 2–4 October 1991.
Szentimrey T., Farago T. and Szelai S. (1992). Window technique for climate trend analysis. Climate Dynamics, Springer Verlag. 6: 127–134.
Tiku M.L. (1981). A robust statistic for testing that two autocorrelated samples come from identical populations. In Time Series Methods in Hydrosciences, El-Shaarawi and S.R. Esterby (Eds.) Elsevier.
Vannitsem S. and Demaree G. (1991). Détection et modélisation des sécheresses au Sahel. Hydrol. Continent, 6 (2): 155–171.
WMO (1966). Climatic Change. Technical Note n°. 79, WMO, Helsinki, Finland, 11–15 September, convened by WMO, (Rapporteur M. Beran).
WMO (1988). Analyzing Long Time Series of Hydrological Data with Respect to Climate Variability and Change. WCAP-3, WMO/TD — n° 224, WMO.
WMO (1989). Report of the conference on climate and water. Helsinki, Finland, 11–15 September.
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Cavadias, G. (1994). Detection and Modeling of the Impact of Climatic Change on River Flows. In: Duckstein, L., Parent, E. (eds) Engineering Risk in Natural Resources Management. NATO ASI Series, vol 275. Springer, Dordrecht. https://doi.org/10.1007/978-94-015-8271-1_12
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DOI: https://doi.org/10.1007/978-94-015-8271-1_12
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