If a person were to imagine a setting of complete relaxation, odds are the first image that comes to mind is a place surrounded by nature, be it a forest, the mountains, the sea, or a meadow. Rarely does one imagine an office or a shopping mall as a source of comfort and relaxation. Still, the majority of people spend almost 80-90 % of their time indoors, going back and forth from their houses to their workplaces.
Architects and designers are now searching for design solutions that will resonate well into the future, turning to 'biophilia' as an important source of inspiration that promotes well-being, health, and emotional comfort.
Customization, within the context of interior architectural design, is a resurfacing topic among cross-disciplined design firms focused on interior architecture. Since the reemergence of the Localism trend, individuals and organizations increasingly seek one-of-a-kind experiences, objects, and spaces that can help deepen their connections to their communities.
World leading engineered surfaces manufacturer shares three trends influencing next-generation decorative surfaces
For years, interior surface designers have drawn inspiration from their environments in order to create delightful and innovative engineered surfacing materials specified in architectural spaces. From familiar and traditional to futuristic and contemporary, design inspiration can be found all around structures, elements, and styles that surround us every day.
In his monumental four-volume book, TheNature of Order, Christopher Alexander talks about an intelligent architecture, responsive to human needs and sensibilities through adaptation to existing buildings and nature. This is a new way of viewing the world—a way of connecting to it, and to ourselves—yet it is very much the same as the most ancient ways of connecting.
https://www.archdaily.com/907139/how-to-judge-a-building-does-it-make-you-feel-more-or-less-aliveNikos A. Salingaros & Kenneth G. Masden II
Timber buildings are regularly praised for their sustainability, as carbon dioxide removed from the atmosphere by the trees remains locked in the structure of the building. But what if you could go one better, to design buildings that not only lock in carbon, but actively absorb carbon dioxide to strengthen their structure? In this article, originally published by the International Federation of Landscape Architects as "Baubotanik: Botanically Inspired Biodesign," Ansel Oommen explores the theory and techniques of Baubotanik, a system of building with live trees that attempts to do just that.
Trees are the tall, quiet guardians of our human narrative. They spend their entire lives breathing for the planet, supporting vast ecosystems, all while providing key services in the form of food, shelter, and medicine. Their resilient boughs lift both the sky and our spirits. Their moss-aged grandeur stands testament to the shifting times, so much so, that to imagine a world without trees is to imagine a world without life.
To move forward then, mankind must not only coexist with nature, but also be its active benefactor. In Germany, this alliance is found through Baubotanik, or Living Plant Constructions. Coined by architect, Dr. Ferdinand Ludwig, the practice was inspired by the ancient art of tree shaping.