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The Climate Change group addresses real problems related to climate and environment by using mathematical and statistical tools. Current research interest includes studying the impacts of climate change at local spatial scales and at fine time resolution and also extreme events. This entails exploring the various methodologies of downscaling meteorological variables from global climate models (GCM) or regional climate models (RCM). Among the methods used are regression-based statistical downscaling methods (SDSM), canonical correlation analysis (CCA), artificial neural networks.
Research Alliance: Resource Sustainability.
Vision
To be a premier research group in climate change modeling using statistical and stochastic approaches
Mission
Profiling, Developing, Modelling, and Predicting the behavior of hydrological, climatological, and meteorological variables with future climate change through knowledge and innovative statistical approaches.
Focus area: Statistical modeling of the climate system with a particular emphasis on extreme events and their future evolution and interdisciplinary climate impacts research that links to the physical, health, environmental, biological, economic, and social sciences.
Climate Change
Statistical Downscaling
Copula Modelling
Functional Data Analysis
Rainfall Modelling
Spatial Statistics
Support Vector Regression
Artificial Neural Network
Univariate & Multivariate Time Series
Generalized Linear & Additive Modelling
Geographically Weighted Regression
Surface Water Hydrology
CLIMATE CHANGE RESEARCH GROUP
Department of Mathematical Sciences,
Faculty of Science, UTM,
81310 Johor Bahru,
Johor, Malaysia
+607-553 4321
+607-553 4274