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Climate Action 2011-2012

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Special Feature<br />

Esri<br />

Adapting to climate change<br />

GeoDesign provides a framework for action<br />

By Jack Dangermond, President and CEO, Esri<br />

The Earth’s climate is changing, leading to serious problems<br />

such as food security, health, and public safety for humanity.<br />

As our environment changes around us, we need to<br />

adapt swiftly. But where do we start? Should we reinforce<br />

or rebuild existing structures? Or should we abandon<br />

existing settlements and relocate the population in some<br />

cases? And how can mass rebuilding/relocation efforts be<br />

best accomplished from the human, environmental, and<br />

economic perspectives?<br />

GeoDesign is a framework for understanding the complex<br />

relationships between human designed settlements and<br />

the changing environment, for quickly planning ways to<br />

adapt existing communities and build new ones in a more<br />

sustainable manner. This methodology helps us to assess risk,<br />

identify change, create synergies, develop strategies, adapt to<br />

change, and monitor the results. A merging of geographic<br />

information system (GIS) technology with spatial design<br />

principles, GeoDesign takes an interdisciplinary, synergistic<br />

approach to solve the critical problems of future design to<br />

optimise location, orientation, and the features of projects<br />

from local to global scales.<br />

By bringing social, environmental, agricultural,<br />

meteorological, and other sciences into a common<br />

geographic perspective, people can better see the optimal<br />

solutions needed for planning and building our future.<br />

Governments, NGO’s, businesses, and civil society<br />

communities already use the GeoDesign approach to<br />

minimise climate impacts, increase resiliency, predict cause<br />

and effect, calculate sustainability capacity, rank risk levels,<br />

allocate resources, and prioritise action.<br />

By incorporating geographic technologies such as<br />

visualisation and modeling into the analysis of community<br />

development, people can intelligently answer far reaching<br />

design questions such as these.<br />

The GeoDesign framework lets us design and test various<br />

alternatives, thereby helping to make the most educated<br />

and informed decisions for adapting human kind to a<br />

rapidly changing environment and world. It acknowledges<br />

the inseparable relationship between society and nature<br />

and lets us take an active role in designing where and how<br />

we live.<br />

<strong>Climate</strong> change is a geographic problem that needs<br />

a geographic system to solve it. A GeoDesign-based<br />

framework for climate science gives us hope. With it we<br />

can gain a scientific understanding of Earth’s complex<br />

systems at a truly global scale and make thoughtful,<br />

informed design decisions that ultimately allow communities<br />

and nature to coexist more harmoniously.<br />

14 climateactionprogramme.org<br />

© Esri<br />

<strong>Climate</strong> change is a geographic problem that needs a geographic system to solve it.

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