Cities within systems of cities are the best tool for ensuring global sustainability

The COP21 that meet in Paris this December will discuss new agreements between countries for regulating activities that are detrimental to the global environment. Cities, because they organize in systems of cities are the best tool (that was invented long ago by societies) for solving environmental problems: first by circulating in a top-down way the international and national directives, second by sharing bottom-up ingenious local inventions to reduce pollution and save resource. This should no longer be conceived as a competition between cities for being considered as “the smarter” but as a collective challenge for territorial intelligence through interurban emulation. That message was presented last September in a conference at a meeting organized in Versailles by ESRI France that you can find here.

Denise Pumain

Complex Systems and Geography

GeoDiverCity Team was active at presenting their work to a diverse and large audience at the inauguration of the Complex Systems Institute in Paris.

Here are some documents we presented :

> A selection of visual results in geographical modeling

[gview file= »http://geodivercity.parisgeo.cnrs.fr/blog/wp-content/uploads/2014/03/GeoModelingok1.pdf »]

Paul Chapron, Clémentine Cottineau, Robin Cura, César Ducruet, Julie Fen-Chong, Sébastien Haule, Marion Le Texier, Nora Marei and Clara Schmitt

Picture Refs : 1. C. Cottineau, 2. D. Holten & J. W. Jarke, 3. R. Cura, 4.5. C. Ducruet, 6. M. Le Texier, 7. C. Cottineau, 8. P. Chapron, 9.10. C. Schmitt

> Netlogo models of systems of cities

  • SimpopNet

Clara Schmitt

 

  • MARIUS : Modeling of Agglomerations of Imperial Russia and the Soviet Union

Clémentine Cottineau and Paul Chapron

 

> A poster about a method to conceive, build and evaluate models at the intersection of generic systems of cities and the specific case of post-Soviet cities

Clémentine Cottineau, Paul Chapron, Denise Pumain and Romain Reuillon

 

> Accessing the European Grid computing power

Mathieu Leclaire and Romain Reuillon