If you haven’t heard about the innovative approach biomimicry takes, you’re not
alone — but you are in the right place. Biomimicry is a practice that learns
from and mimics the strategies found in biology. Using nature as a model, mentor
and measurement tool for sustainability, we can create similar solutions to
solve human design challenges. And what better way to align with the
international effort of climate action than focusing the 2020 Biomimicry Global
Design Challenge on the United Nations’
Sustainable Development Goals
(SDGs).
Our Global Design Challenge invites students and professionals worldwide to
create viable solutions inspired by nature. Its mission is to mobilize thousands
to help create peace and prosperity for people and the planet, now and into the
future. The tagline for the Challenge, “Design° for People + Planet,” asks
participants to look at what degree of change they will make for a particular
SDG, using nature as their mentor. The degrees symbol in the tagline also refers
to the impact of global temperature rise as seen in the climate crisis — and the
need for action now.
But, why focus the 2020 Challenge on the SDGs?
The SDGs are a collection of 17 global goals created to promote prosperity while
protecting the planet. They address the global challenges we face, including
those related to poverty, inequality, peace and justice. Together, they
represent a shared vision that people around the world are using to work toward
solutions. The SDGs provide a window of opportunity for creating approaches to
climate action, and what we’ve found through biomimicry is that everything is
interconnected. Our ecosystems are affected by all of their inhabitants and the
services they provide. The SDGs represent the complexity of climate change and
the interconnectedness of environmental, economic and social inclusivity to
support all parts related to education, growth and employment, inequality and
accessibility for all humans.
Each goal can be viewed as a lens through which to further investigate climate
action. Take for example Goal 14: Life Below
Water,
which calls for the conservation and sustainable use of oceans, seas and marine
resources for sustainable development. According to the UN, “Oceans absorb about
30 percent of carbon dioxide produced by humans, buffering the impacts of global
warming.” A loss of our ocean ecosystems would exacerbate the effects of climate
change in unprecedented and catastrophic ways. One way biomimicry has inspired
restoration of this ecosystem happened during last year’s Challenge, where a
team conceptualized the Floating
Coconet,
which aims to capture plastic pollution in rivers before it has the chance to
enter the oceans. By mimicking the way organisms such as manta rays and basking
sharks filter food from water, the Floating Coconet is able to collect and
direct free-flowing plastics, small and large in size, to help combat the
growing plastic pollution
problem
in oceans.
Over billions of years, living organisms have learned to adapt, survive and
thrive on Earth. We need to do the same. The impacts of our rapidly changing
climate are becoming more evident every day. Inventors worldwide are using
nature-inspired design to create solutions to hunger, clean water, renewable
energy, resilient infrastructure,
deforestation,
biodiversity
loss
and threats to marine life.
Applying nature’s design blueprints to these challenges can help achieve the
2030 Agenda for Sustainable Development as agreed upon by leaders worldwide.
Through Goal 7: Affordable and Clean
Energy, we encourage participants
to create clean, renewable sources of energy for all humans, including the 13
percent of the global population that currently lacks access to modern
electricity. The UN states that energy is the main contributor to climate
change, accounting for roughly 60 percent of total global greenhouse gas
emissions.
Last year, team members from California Polytechnic University, San Luis
Obispo created the concept of the Carbon
Lung, which
would be placed on wind turbines to create a closed system for carbon capture
and utilization. Humpback whale tubercles, human lung alveoli and the carbon
fixing enzymes in cyanobacteria inspired this team’s final design — pulling
atmospheric air through a funnel, concentrating air into interconnected
chambers. As the chambers are filled with air, CO2 diffuses through a
semipermeable membrane, allowing it into the outer shell of the chamber — which
contains a carbon-fixing solution that captures and converts CO2 into
bicarbonate. The byproduct of this chemical process yields bicarbonate that can
later be processed into fertilizer. If 50 of these modules were placed on all
56,800 wind turbines in the US, 3.8 million tons of CO2 could be captured each
year.
The encouraging alignment between the SDGs and the Biomimicry Global Design
Challenge is that all innovation points to climate action — from Goal
13, specifically calling out
Climate Action; to all the goals interconnected within the climate crisis, such
as Goal 3: Good Health and
Wellbeing, Goal 12: Responsible
Consumption and Production, and
Goal 4: Quality Education. Each
SDG in some shape or form can be attributed to furthering regenerative
ecosystems for all species.
The Intergovernmental Panel on Climate Change (IPCC)
recognizes that effective responses to climate change requires a global effort,
which the SDGs aim to address. Undertaking the climate crisis is crucial to the
livelihood of all species on Earth. The SDGs provide a framework to promote
climate action by addressing the most pressing environmental and societal issues
of our lifetime. We encourage teams from all corners of the globe to participate
in the 2020 Biomimicry Global Design Challenge, and help bring the world closer
to achieving the Sustainable Development Goals by 2030.
Registration officially opens today. We
need all hands on deck to achieve a balanced, connected and resilient future for
all. What degree of change will you make with nature as your mentor?
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Published Jan 8, 2020 1pm EST / 10am PST / 6pm GMT / 7pm CET