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Learn Architecture like never before from most engaging online courses at Eduwik.com Exploring the Concept of Material Ecology, in Neri Oxman’s World Read Full Article>https://ow.ly/rjj250TCazL Let us begin exploring with an interesting question – What if the structures of the future were grown rather than being constructed? Is it possible for architecture to develop to resemble the intricacy of living things? I #interiordesign #architects #geometry #architect #design

Wow, the past few months have flown by and this image pretty much sums up why! Full time study, career change, lots of exciting new knowledge and time in nature. Can’t quite believe an entire semester has passed already. Studying Landscape Architecture at UTS has been awesome so far. I’m now eagerly awaiting results from my first subjects: 🌳 Landscape design studio 1 🌳 Urbanisms 🌳 Ecology

Architecture is about more than just building; it is about embedding quality in both the built and natural environment. Building Change aims to inspire architecture graduates who are conscious of the natural world on a holistic scale, from the large vision down to construction ecology. Find out more at www.buildingchange.ie

Hey Landscape Architects! Have you done a project that addresses Climate Change, Ecology and the Environment? Landscapes|Paysages magazine is looking for stories about projects for our fall issue that Decarbonize Design! DM me for more details!

This reading of the city as a terrain of living systems is neither simplistic nor picturesque; it suggests an urban strategy that facilitates recreation, sustainability, and health. Conversely, it implores new construction in this bigger ecology (an ecology bigger than any single building) to respect, learn from, and augment that which has existed long before – and will, with work, continue long after – our current civilization. https://lnkd.in/g6ghKSs8

Besides being a landmark public space for the town of Dhuliyan, the redevelopment of the Railway precinct attempts to contribute towards the ecological betterment of the place. It was observed that appropriate site grading and a system of connected water receptacles (many of which are existing ponds nearby) can solve flooding related issues. Design Team: Suptendu Biswas, Vina Verghese Biswas, Devneil Biswas, Sharli Chatterjee, Divija Pampana #contextualarchitecture #architectsforchange #ecology #climatechange #urban #landscape #city #sustainabledevelopment #publicspace #publicplacemaking #inclusivity #indianarchitecture

🐉 Preserving History, Embracing Modernity! ⛩️✨ Ever wondered how historic streets like Beijing's Qianmen Street can stay relevant in the fast-paced modern world? Our latest article explores how researchers Shu Tao and Wei Duan from Beijing Forestry University blend data-driven strategies with cultural preservation to bring new life to this iconic street. 🎋🌟 🔍 Dive into the findings and discover how urban renewal can honor the past while paving the way for the future! Link in the first comment.👇 🏮 Discussion: What historic site in your city would you like to see revitalized, and why? Follow EngiSphere for more insights into the fascinating world of engineering research 🌐 and don’t forget to share to spread the knowledge! Because learning isn’t just about knowing a lot about one thing—it’s about knowing something about everything. 🌱💡 #UrbanRenewal #CulturalPreservation #QianmenStreet #Engineering #Sustainability #HistoricDistricts #DataDriven #EngiSphere #Research #HeritagePreservation #Urbanism #Architecture

Termites: Nature's Master Architects As small as they are, termites wield a mighty influence on ecosystems worldwide. Let's delve into the fascinating world of these industrious insects: 1. Subterranean Termites: Biology: Subterranean termites are highly social insects, living in large colonies underground. They have specialized castes including workers, soldiers, and reproductives. Life Cycle: Their life cycle typically includes eggs, nymphs, and adults. Colonies can persist for decades, with the queen producing thousands of eggs annually. Habitat: They thrive in moist environments, often found in soil, decaying wood, and damp structures. Their presence can be detected through mud tubes they construct for protection while foraging. Fun Fact: Subterranean termites are responsible for significant damage to buildings and wooden structures worldwide, costing billions of dollars in damage repair annually. 2. Drywood Termites: Biology: Unlike their subterranean cousins, drywood termites live entirely within the wood they consume. They have smaller colonies with fewer individuals compared to subterranean species. Life Cycle: Drywood termites undergo similar life stages as subterranean termites, but their colonies tend to be smaller and less extensive. Habitat: They infest dry wood, including furniture, structural timbers, and dead trees. Their presence may go unnoticed until damage becomes visible. Fun Fact: Drywood termites are known for their ability to survive without soil contact, making them particularly adept at infesting wooden structures in dry regions. 3. Dampwood Termites: Biology: Dampwood termites are typically larger than other species and are named for their preference for moist wood. Life Cycle: Their life cycle mirrors that of other termites, with eggs, nymphs, and adults contributing to colony growth. Habitat: They inhabit damp or decaying wood, often found in forests, wetlands, and areas with high humidity. Their presence can indicate water damage in structures. Fun Fact: Dampwood termites play an essential role in the decomposition of dead wood in forest ecosystems, aiding in nutrient cycling. Termites may be small, but their impact on ecosystems and human structures is immense. Understanding their biology and behavior is crucial for effective pest management and ecosystem conservation. Let's marvel at the ingenuity of these tiny architects and strive for sustainable coexistence. #Termites #InsectEcology #PestManagement #NatureConservation 🐜🏡🌿

As Earth Day nears, we're revisiting conversations with our practitioners who combine expertise in both ecology and landscape architecture. How do they bring ecology into design decision-making? 🌍 Kelly Farrell observes that most of her projects with a strong ecological narrative were developed in response to an underlying interest by the client. “In my experience, usually ecology has been articulated as an explicit interest of the client from the beginning on the projects where it features strongly. When it is not, we work with clients and describe the benefits of ecological solutions." This may mean educating the design team about the benefits of integrating stormwater features or informing planting design with nearby template habitats. These ideas then trickle into the design options shown to the client. "If we can make the most appealing designs also be the ones that incorporate ecological considerations, it’s a win for everyone.” (From an article by Allyson Mendenhall, FASLA first published in Landscape Journal) https://lnkd.in/ew9ZQM7M

Designing for Urban Nature - the dark art? Improving local biodiversity as a result of architectural projects remains one of our greatest challenges, with a lot to learn to overturn our limited base understanding. The Urban Nature Index, published this month by Pierce et al, presents a very succinct yet broad approach for breaking this challenge down. I'll need a few more coffees though before i've digested it all! https://lnkd.in/enAfYriA #Regenerative #Design #Ecological #Crisis