The conscious emulation of nature

"“Sustainability must meet the needs of the present without compromising the ability of future generations to meet their own needs”.

United Nations.

To create sustainable designs, biomimicry emulates nature consciously. Learn from it, imitate its forms, processes and natural ecosystem
This creations are incorporated into disciplines so diverse such as design, engineering, business, economy, architecture and social system among others

Credits : Biomimicry 3.8. Under license Creative Commons CC-BY-SA 

3 fundamental elements

Biomimicry can only be understood through its elements and it is necessary that all of them are employed. To use it as a truly sustainable model we need a product design under an ethic that respects life and reconnect us with nature. Likewise, in its frequent known way, emulation allows the designer to emulate organism’s strategies to be successful under their surrounding context.

Biomimicry propose a new ethical relation with nature. Its goal is to respect the natural world and its expected outcomes are to be socially and environmentally responsible in order to promote the economic sustainability of products and services for the XXI century. 
Biomimicry connects us again with nature. We’ve been disconnected for so long and a fair example of this is the division between urban and rural landscapes. Thus, biomimicry bring solutions that reconnects us with our natural surroundings. Reconnect not only implies to regain our contact with nature, but also that such relation is not based on the exploitation of resources. We therefore propose to reconnect from a humanistic, aesthetic and naturalist point of view.
Biomimicry emulates forms, processes and systems from nature. This imitation should be performed sustainably, that is, respecting earth’s limits.


Forms, processes and systems

“The shape of the owl’s wing, the structure of the shark’s skin and the strong and flexible kelps show us incredible solutions to solve design problems”

What forms can be emulated?

Las largas orejas de algunos ratones, por su capacidad de emanar calor a través de sus vasos sanguíneos, se utilizan para regular la temperatura de una manera eficiente y sin usar metales de forma indiscriminada. En temperaturas bajas, los vasos de las orejas se vaso-dilatan y la sangre caliente del cuerpo incrementa su flujo hacia las orejas. Así, el calor es enviado al exterior, manteniendo la temperatura constante y regulando el sobrecalentamiento.

This nature’s form could be implemented in devices where heat exchange is necessary, from fins that cool microprocessors to cooling towers in large industrial plants.

“ From small bacteria to animals, every organism works through processes. Some of them are simple, like ingestion in microorganisms whereas in others are far more complex, such as the perfect coordination for organ development during a whale’s gestation.

What processes can we emulate?

Sunlight intensity concentrates plant proteins called hormones that are in charge of sending information to different parts of multicellular organisms. In response, the vegetal organism modifies its water levels prompting stalk bending towards the light source. This process is performed by hormones called auxins that increase their concentrations in regions with less light. 

This design can bring us a mechanical solution to take advantage of solar and eolic sources. In consequence, it brings sustainable alternatives to part of the electric energy that still depends on fossil fuels. 

What forms can be emulated?

The Australian Great Barrier reef, thanks to the use of emergency resources for areas under restoration, is an excellent example of resilience. The reef is home to more than 400 types of corals and other species, and has been strongly impacted by climate change, in particular cyclones, and invasive foreign species. One of the visible effects has been their loss of colour through a process called bleaching, by which corals die. When a disaster hits the coral, its neighbours called refugia have three interesting behaviours:

First, it has been shown that these neighboring reefs are less likely to be flooded by warm water currents that cause bleaching.

Likewise, it has been shown that they are sufficiently connected to each other through water movement during the spawning phase of some organisms. This allows coral larvae to travel and colonize devastated areas to refill them.