Abstract
The accelerating decline in the environment and increasing atmospheric concentration of greenhouse gases (GHGs) are closely
linked to human activities. This has caused the menace of climate change with the impact globally felt. The continent of Africa,
given its geographical location, is believed to be more vulnerable and will severely feel these impacts. To curtail this, mitigation
and adaptation have been recognised as the most potent strategies to curtail the challenge of climate change. Increased adaptive
capabilities of infrastructures and systems in South Africa is, therefore, imperative. This paper explores biomimicry, a new field
that studies and emulates the forms, processes, and strategies found in natural organisms to solve human challenges. For its over
3.8 billion years of evolution, nature has effectively and efficiently tackled many of the challenges mankind is grappling wi th
today. Hence, the objective of this study is to evaluate and present existing biomimetic materials and technologies which
contribute less to the degradation of the environment. Biomimetic materials and technologies, known to possess sustainable
credentials will reduce the release of GHGs and has the potential for carbon sequestration. The result will help offer sustainable
alternatives to those materials and products which significantly contribute to the increase in carbon footprint.