BIOMIMICRY

- OCEAN VIEW -

OUR CHALLENGE TO BIOLOGY

How does nature create conditions for information exchange, resource exchange and abundance?

An ecosystem is a community of organisms such as microbes, plants, insects, birds and animals that interact with one another. These organisms depend on one another to reproduce, survive, and thrive. For example, a beaver builds a dam across a river, and plants grow on the riverbank on either side of the dam. The dam protects plants from strong winds and floods. The plants also protect the beaver from predators.
Furthermore, the beaver helps the plants as it builds a lodge on the bank where it stores food. The lodge provides shelter for some birds which feed on insects. In some cases, the plants attract insects that feed on nectar. In turn, the insects attract birds that feed on the insects. All these plants and animals provide a home to a number of insects which feed on the plants and on one another. These insects excrete waste which collects at the base of the plants and helps to fertilize the plants. The dead trees are used as food by insects, birds and other animals. In more complex ecosystems, there are also larger animals which feed on both plants and insects. In return, these larger animals help to distribute the seeds of the plants far and wide.

INNOVATIONS

APPLICABLE LIFE'S PRINCIPLES

OUR NEXT CHALLENGE TO BIOLOGY

How does nature harness free energy?

Fish swim in groups so they can protect themselves from predators and to save energy. As fish swim, they shed tiny vortices. When swimming in large schools, the individual fish transfer energy to one another with these vortices, lowering the collective energy costs of swimming. Scientists at Caltech discovered that wind turbines arranged in proximity to interact with their neighbours are more efficient than those operating individually. Furthermore, the wind direction does not matter. Inspired by the way fish can reduce the energetic loss by swimming in a school, vertical axis wind turbines are placed close together so that individual turbines can capture downstream airflow produced by neighbouring turbines. This configuration of the array of turbines reduces the total area needed for the turbines while increasing energy output by up to 10-fold.

INNOVATIONS

APPLICABLE LIFE'S PRINCIPLES

OUR NEXT CHALLENGE TO BIOLOGY

How does nature manage locally available resources?

In nature everything is compliant with “Green Business” approaches. In fact, the concept of waste is a human construct as in nature you are either someone’s food or resource.
What humans consider a waste by-product, in nature is still a valuable raw material for the organism in the food or value chain. Humans can also relook at their current waste products and investigate how they can be valorised.
Furthermore, in nature the same resource typically can be used for multiple purposes. For example, spiders are able to vary the properties of the silks they produce depending on the variety of tasks for which it is to be used. What if we imagined multiple uses of the same product or resource?
Kelp, commonly known as seaweed, is a large, leafy marine algae that grows underwater. It often grows in dense beds along the coast in shallow water and can grow up to one metre a day under ideal conditions. Kelp can be sustainably harvested and used for multiple purposes. It is a sea vegetable that is highly nutritious and full of minerals, vitamins, and antioxidants. Explainer videos on different use cases can be made and downloaded from the local intranet.

INNOVATIONS

APPLICABLE LIFE'S PRINCIPLES

How does nature create conditions for information exchange, resource exchange and abundance?

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