Titlebook: Engineering Risk in Natural Resources Management; With Special Referen L. Duckstein,E. Parent Book 1994 Springer Science+Business Media B.V

皮萨

Intact

Institutional Analysis and Water Resources Managementyear investigation of problems in water resource management. More detailed discussions of these constructs can be found in Gregg et al. (1991). The subsequent section of the paper presents the outlines of an application of this framework in an ongoing examination of water resource management and cli

MILL

Numerical Models for the Simulation of Natural and Anthropogenic Climate Variationshe scientific basis for developing climate models is considered, with particular emphasis on the main uncertainties affecting our understanding of physical processes: role of clouds and oceans and fate of released carbon. The capability of model simulations to reproduce the actual climate and its va

notice

FECT

commute

Tartar

Statistical Detection of Changes in Geophysical Seriesnagement rules in water resources systems. There are many statistical techniques available for the purpose of testing and estimating changes of any kind (constant, linear trend in the mean,..) in series of observations. This paper presents a short review of these methods and compares their performan

Generator

Crumple

Estimation of Extreme Regional Precipitation under Climate Changesure distributions is used to define circulation patterns. The classification of the circulation patterns is constructed using a fuzzy rule based approach. A multivariate stochastic model describes the link between circulation patterns and daily precipitation amounts at a number of selected location

GEAR

Sea Level Rise Problemsrology Hamburg. The computations are based on the IPCC (Intergovernmental Panel on Climate Change) scenarios A (“Business as usual”) and D (“Accelerated policies”) and a “2×CO.” experiment. As a reference state the “constant 1985 CO. concentration” has been chosen. The resulting global increase of t