[2026] PTE Academic Reading - Multiple Choice, Single Answer

Biological systems have spent billions of years refining solutions to complex problems through the unforgiving process of natural selection. In recent years, the field of biomimicry has emerged as a disruptive force in sustainable architecture, urging designers to look at the structural logic of nature rather than merely its outward appearance. While traditional green building often relies on energy-intensive mechanical systems to regulate temperature, biomimetic structures utilize passive cooling techniques inspired by the porous mounds of African termites. However, critics argue that the direct translation of biological mechanisms into synthetic materials is often prohibitively expensive and technically fraught. They contend that nature’s efficiency is born from organic growth, which is fundamentally incompatible with the rigid demands of industrial mass production. Nevertheless, the value of biomimicry lies not in a literal copy-paste of nature, but in the conceptual leap from viewing the environment as a resource to viewing it as a mentor. If architecture is to survive the climate crisis, it must evolve from a discipline of static shelter to one of adaptive, living systems.