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Why is the Fourth of July So Bad for the Environment?
Why is Independence day in the United States, the Fourth of July or July 4th, so bad for the environment?
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There’s a reason why people say to “let things go” – it’s because usually, the world has a way of working itself out and solving problems on its own, but these days – efforts which depict this mantra, such as biomimicry, are becoming more essential than ever before.
Nature is usually able to self-solve its problems, but as climate change persists – it’s becoming more difficult for Mother Earth to accomplish this on its own. Here is exactly where biomimicry comes into play.
Biomimicry refers to the practice of drawing inspiration from nature and mimicking those processes into human engineering with the goal to elicit the same effect.
In this article, we’ll explain what biomimicry is, why it is important, examples of biomimicry, and if it’s really the right solution in the midst of climate change.
Biomimicry, otherwise known as “biological mimicking”, refers to the practice of shadowing the natural processes depicted in nature and translating them to human engineering practices – hence the name, “biomimicry”, as biology is being copied to a tee.
The main goal of biomimicry is to help facilitate these natural processes once more in nature to help preserve biodiversity, boost habitat conservation, and preserve endangered wildlife.
Essentially, think of the same way a young child learns how to speak a language or to wash their hands before eating – these are learned practices that they pick up from their surrounding environment. The same goes for biomimicry – the principles implemented were taught behaviors from watching natural processes in nature.
There are 3 imperative elements to biomimicry:
👉 Ultimately, biomimicry is the process of copying innate traits found in nature to boost vitality across all life forms and create sustainable innovations to help companies and individuals alike reduce their environmental impact.
Biomimicry is important because it is an opportunity for all of us to return to our “roots” and remember why abiding by Earth’s natural processes is imperative for not only survival – but to thrive.
The more we work towards incorporating the use of biological strategies into human engineering, the better chances we have at making modern technology more sustainable and efficient in the long-run.
💡 As humans, we often forget that fish, trees, microbes, and more are an integral part of life on Earth – but luckily, biomimicry can help us to re-learn the crucial interconnectedness of all living things.
In addition to this, biomimicry can help boost sustainable innovation – as the more we aim to mimic biological processes and patterns, the more likely these ideals are bound to seep into the design and development of future technologies and business models.
Here are a few other reasons why biomimicry is important:
👉 Biomimicry can help us to re-prioritise natural processes that can not only aid in the fight against climate change, but strengthen our business models and daily life for various living organisms on Earth.
General examples of biomimicry include working to recreate the same substances found in nature or recreating the same biological processes in nature.
The oldest and most well-known example of biomimicry is velcro, where back in 1941 – George de Mestral noticed burrs sticking to one another on his dog. As a result, he developed velcro fastening – something still used to this day, often for sneakers to prevent the need for shoe laces for young children.
Here are some other successful examples of biomimicry:
Having developed technology primarily for the marine and shipping industry, Sharklet Technology later realised that they had developed surfaces that mimic shark skin – which in turn helps to prohibit bacterial growth and boost overall sanitary conditions in medical environments like hospitals.
This advanced surface technology mimics a pattern in nature, and is now used in disinfectants and antibacterial products to help maintain good hygiene in germ-ridden environments.
This start-up “started” with a goal in mind to reduce non-biodegradable waste created from packaging.
Biomimicry came in handy, as Notpla was able to mimic the algae found in biodegradable plants and create single-use cups and food containers made with seaweed – ultimately helping to reduce single-use plastic waste.
This company utilised biomimicry to find a solution to develop a way to fight crop fungal spoilage – which can now be used amongst those in the agriculture industry trying to utilise climate smart farming.
Think in the same way some vaccines we take contain small parts of a live virus to teach our immune systems how to fight off the disease if it comes our way. Mikos has employed the same concept for plants and fungi through the use of biomimicry.
👉 Biomimicry can help us to re-prioritise natural processes that can not only aid in the fight against climate change, but strengthen our business models and daily life for various living organisms on Earth.
While biomimicry is still growing, it has already been accepted by one of the most well-known, global standardizations – such as by ISO 18458 and ISO 18459, which focus on terminology for biomimicry and optimizing biomimetic and eco-design respectively.
An ISO certification is one of the most globally recognised standards in the world, and since there are ISO certifications that pertain to the ideals depicted by biomimicry – it can help accentuate the importance of biomimicry to other businesses and encourage them to implement the ideals of biomimicry as well.
Here are some other ways in which biomimicry is supported in the business world:
👉 Working to implement biomimicry into various aspects of a company’s business operations can help them to create a competitive edge, engage stakeholders, reduce their environmental impact, and spur new sustainable ideas.
Biomimicry is ultimately beneficial as it can inspire new ideas for business design and development, but as with anything else – there are drawbacks to the use of biomimicry, such as the unpredictability of the outcome and our limited understanding of nature.
Biomimicry is essential today, seeing as we need to find a way to make do with less. In other words, mankind has already aggravated emissions through excessive industrialization – meaning now we need to step back and reevaluate our current process of producing goods long-term.
💡One of the most evident solutions to this issue is biomimicry, as it could help to reduce excess waste and encourage the flow of natural processes and resources.
Still, it is important to remain mindful of the challenges that may arise while pursuing biomimicry, such as:
👉 Regardless of these roadblocks, it is important to remember that biomimicry is often worth the additional hurdles that must be overcome – as it can create long-lasting and sustainable solutions.
Overall, biomimicry can prove beneficial – but it is imperative to approach all efforts towards biomimicry with a critical eye and beware of its potential challenges. However, these setbacks shouldn’t deter companies from utilizing biomimicry – as it could spur new, unprecedented ideas to make their product relevant and successful long-term, which is now essential in the midst of climate change and the growing emphasis on sustainability.
If reading this article about biomimicry has made you interested in reducing your carbon emissions to further fight against climate change – Greenly can help you!
At Greenly we can help you to assess your company’s carbon footprint, and then give you the tools you need to cut down on emissions. We offer a free demo for you to better understand our platform and all that it has to offer – including assistance with boosting supplier engagement, personalised assistance, and new ways to involve your employees.
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