Keywords
water management, climate change, fuzzy logic
Start Date
1-7-2012 12:00 AM
Abstract
Embedded in an international project, a management model is developed for assessing climate change impacts on the Water Transfer System in Franconia, Germany. Based on expert knowledge, standard rules operating this system are defined and implemented in a fuzzy-based modelling system. Demands of stakeholders are identified as being core functionalities in the model. First climate change impact assessments were done, driving the management model with outputs from a hydrological model forced by dynamical climate model data
Using a fuzzy-logic approach to model a reservoir and transfer system under climate change conditions
Embedded in an international project, a management model is developed for assessing climate change impacts on the Water Transfer System in Franconia, Germany. Based on expert knowledge, standard rules operating this system are defined and implemented in a fuzzy-based modelling system. Demands of stakeholders are identified as being core functionalities in the model. First climate change impact assessments were done, driving the management model with outputs from a hydrological model forced by dynamical climate model data
