Infrastructure is a major issue of out time, stretching across towns, cities, states, regions, and countries. Our current methodology of building and maintaining it is too expensive, too inflexible, and too ecologically damaging. If we hope to solve the numerous problems we face with energy, water, transportation, healthcare, and urbanized areas, we must completely reinvent our infrastructure. We can’t “efficient” our way out of problems like energy consumption or ecological decay. It will take a paradigm shift and a complete overhaul of careers from architecture to engineering to ecology to urban design.
An alternative to the conventional approach to public infrastructure work is emerging: Ecomimicry.
Ecomimicry conceives and constructs infrastructure that aligns the needs of society with the needs of nature. It is based on the concept of taking the knowledge we have gained as an industrious society and applying it to create a global culture more in harmony with nature. When I say “nature”, I’m not talking about a vague idyllic notion of the natural world. I mean the nature that science has discovered over the past 150 years.
In this series, I (and a host of co-writers from fields as diverse as conservation biology, re-wilding, architecture, healthcare, academia, design, wildlife conservation, urban planning, and business) will discuss how infrastructure needs to change in fundamental ways.
We will have to re-imagine the very things that have given us our modern day comforts. Don’t worry, none of the ideas discussed within this series will advocate going back into the wild to live as cavemen and cavewomen. Instead, the conversation will focus on new methods of infrastructure. For example, the practice of oyster-tecture uses oysters to help improve water quality, protect shorelines, eliminate erosion, re-generate fish stocks, and shield local coastal economies from collapse. Oyster-tecture, if done correctly, costs less to build and to maintain than standard storm water management techniques. Oysters have indirect benefits that include carbon sequestration, habitat restoration, and increased tourism. Oyster-tecture is just one example of this new model.

Photo from NOAA Habitat Conservation
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