NP1	Scaling, multifractals and nonlinear variability in geophysics
		.3	Scaling vs. non-scaling methods in rainfall modelling (co-sponsored by HS)

Convener: Onof, C.
Co-Convener(s): Lebel, T.; Olsson, J.
Wednesday, 21 April 1999
Lecture Room: Paulus Potterzaal 1
Chairperson: Uijlenhoet, R.

10:25	KOUTSOYIANNIS, D.; MAMASSIS, N.
		The scaling model of storm hyetograph versus typical
		stochastic rainfall event models

10:40	SEED, A.W.; SRIKANTHAN, R.; MENABDE, M.
		A space and time model for design storm generation

10:55	WILLEMS, P.
		A stochastic hierarchical spatial rainfall model meeting
		scaling properties of rainfall

11:10	BOGNER, K.; NACHTNEBEL, H.P.; KONECNY, F.
		Multiresolution analysis, an auxiliary tool in stochastic
		precipitation modelling

11:25	THIELEN, J.; DUROURE, C.; JOURDAN, O.
		Statistical properties of a 3D mesoscale meteorological model (Poster)

11:30	UIJLENHOET, R.; STRICKER, J.N.M.; CREUTIN, J.-D.
		Rainfall modelling in terms of raindrops: a review of scaling
		vs. non-scaling methods

11:45	MAZZARELLA, A.
		Rainfall multifractal processes in Italy

12:00	MENABDE, M.; AUSTIN, G.; SEED, A.
		Fractal interpolator for rainfall fields

12:15	DUROURE, C.; JOURDAN, O.; POINTIN, Y.
		Rainfall model based on sedimentation of cloud drops in a turbulent field

12:30	OBREGON, N.; PUENTE, C.E.
		Temporal rainfall as a projection

12:45	END OF SUB-SESSION & POSTERS