Geomatic Approaches for Modeling Land Change Scenarios

María Teresa Camacho Olmedo, PhD, is a tenured Professor at the University of Granada, Spain, where she is currently Head of the Department of Geographical Regional Analysis and Physical Geography. She is also head of the Geomatic simulations for modeling environmental dynamics II. Horizon 2020 project, funded by the Spanish Ministry of the Economy and Competitiveness and the FEDER European Regional Development Fund. Her current research areas are land use and cover modeling, simulation models and scenarios, and environmental dynamics. She has published numerous scientific papers and books. Martin Paegelow, PhD, is a Professor at the Department of Geography, Land Planning and Environment at the University of Toulouse Jean Jaurès, France and a member of GEODE (Geography of Environment) UMR 5602 CNRS laboratory.  In 1991 he obtained his PhD in geography and was accredited to supervise research in 2004. He is a specialist in environmental geography and geomatics. His principal research areas are environmental management and geomatic solutions with a special focus on geomatic land change modeling and its validation.  Jean-Francois Mas, PhD, is a tenured Professor at the National University of Mexico’s Center of Research in Environmental Geography. His research interests include land use/cover change monitoring and modeling, accuracy assessment of spatial data, forest inventory and vegetation cartography. He has published more than 70 peer-reviewed scientific publications and participated in 34 research projects.   Francisco Escobar, PhD, is a tenured Professor at the Department of Geology, Geography and Environmental Sciences at the University of Alcalá, Spain. He has previously worked as a researcher at the European Commission, RMIT University and the University of Melbourne, and as Guest Professor at the University of Strasbourg and the Luxembourg Institute of Socio-Economic Research. His current research areas include the analysis and evaluation of modeling outcomes, and developing geospatial techniques for the characterization of neighborhoods in relationship to cardiovascular health, as well as for the analysis of the spatial distribution of rare and work-related diseases. He has published numerous scientific papers, books and atlases, and web-based cartographic tools in these areas.

• Geomatic Approaches for Modeling Land Change Scenarios.- Part I: LUCC Modeling Approaches to Calibration.- The Simulation Stage in LUCC Modeling.- Techniques for the Validation of LUCC Modeling Outputs.- LUCC Scenarios.- Part II: Obtaining and Comparing Factors in Land Change Models Using One or Two Time Points Based Calibration.- Impact and Integration of Multiple Training Dates for Markov Based Land Change Modeling.- Land Use Change Modeling with SLEUTH: Improving alibration with a Genetic Algorithm.- Part III: Urban Land Use Change Analysis and Modeling: A Case Study of the Gaza Strip.- Constraint Cellular Automata for Urban Development Simulation: An Application to the Strasbourg-Kehl Cross-Border Area.- Part IV : Cellular Automaton.- Cellular Automata in CA_MARKOV.- Fuzzy Coincidence.- Part V : A Short Presentation of the Actor, Policy, and Land Use Simulator (APoLUS).- A Short Presentation of CA_MARKOV.