Modern-day architects brainstorm disaster-defense mechanisms to strengthen buildings in the wake of natural calamities.
Constructing Resilient Buildings: A Growing Need Amid Climate Change
Climate change is deepening its hold on life as we know it. The world now faces many more adverse weather events, from floods to hurricanes, many of them unexpected. The World Bank Group notes that climate change is also impacting human health and well-being, worsening poverty and preexisting medical conditions. Constructing Resilient Buildings has emerged as a growing need amid climate change
These are consequences that become infinitely worse when one doesn’t have the reassuring shelter of home. Last year, Hurricane Helene caused unprecedented damage in the US. The resulting flooding destroyed many homes, businesses, and hospitals. Wildfires, which have also become alarmingly frequent, are also wreaking havoc in many cities. Scientists have established that climate change has made them rampant.
It is no revelation that we need more resilient buildings to manage these circumstances. After all, the construction sector is largely responsible for climate change and contributes 37% to total carbon emissions. But how should modern-day engineers and scientists pair up to make them a reality? Let us explain.
Incorporating Disaster Defense for Resilient Buildings
It’s time to learn from the elevated foundations of flood-prone houses, which have been safeguarding them for years. We may not anticipate bustling cities becoming flooded anytime soon, but it is hardly an absurd idea anymore.
Modern-day architects brainstorm disaster-defense mechanisms to strengthen buildings in the wake of natural calamities. For example, strong winds during a cyclone can cause constant pushing and pulling on a house, slowly ripping it apart. Stronger connections between a home’s foundations and roof can help it tolerate cyclones better.
The Conversation suggests adopting a comprehensive disaster-protection approach, with window shutters and a design that withstands stronger winds. Little steps like securing your gutters with clips can prevent water overflow and debris accumulation.
The general idea is that it will no longer suffice to build based on the ‘minimum’ safety and endurance standards. Upscaling the commitment to durability has become mandatory in the face of climate change.
More Energy Efficiency to Reduce Resource Usage
Climate change is also affecting the world’s supply of essential resources. Natural disasters can wreck properties and land, turning buildings into rubble. They can damage power connections, pipelines, freshwater, and food supplies. Considering this, the construction sector must aim to minimize resource usage in building and maintenance.
One way to achieve this is to use sustainable materials with a lower carbon footprint than conventional options. Bamboo has emerged as a popular choice, thanks to its easy availability and low waste generation. Bio-based materials are also emerging as possible options, though their commercial usage may take time.
Besides materials, other routes to energy efficiency in resilient buildings include reliance on renewable options for heating and wastewater management. While it may seem easier to integrate these concepts in new buildings, some of them can help make existing buildings more energy-efficient.
For example, many homes and commercial spaces suffer from thermal bridging, leading to heat loss and raising power bills. Installing thermal break material, such as polyurethane foam, can avoid this problem.
Fabreeka recommends checking that the chosen material is impermeable and appropriate for severe weather conditions. It should be able to endure harsh environments, now increasingly common even in formerly temperate regions.
Green Resilient Buildings for Human Wellness
Considering all the bad press construction gets for its environmental impact, it seems improbable that buildings could improve human health. However, some thoughtfully green establishments are now taking steps to safeguard human well-being from the perils of climate change. They actively improve air quality and enhance biodiversity.
Consider the Bullitt Center in Seattle. It is a massive commercial resilient building; it is also one of the most notable green properties in the world.
The building has a rooftop solar panel array that produces 30% more electricity than the building consumes. It has a convenient provision for rainwater harvesting and biophilic design. It even focuses on maintaining the ideal indoor air quality. Some estimates suggest that the Bullitt Center will generate $18.5 million in societal benefits over its lifetime.
Another advantage of green buildings is their impact on our emotional well-being and scope for social engagement. According to the World Economic Forum, buildings with accessible green spaces can enhance our quality of life through meaningful community interaction. These benefits can mitigate some of the likely threats of climate change, which include mental health issues.
Here are other key green elements you can find in modern constructions:
- Smarter design to maximize sunlight exposure in winter and reduce heating needs
- IoT (Internet of Things) integration to optimize the usage of HVAC systems
- Vertical gardens to create more natural living spaces that don’t feel like heat islands
For engineers and scientists of tomorrow, resilience will be a key trait, both in their work and their personalities. The mercurial environment can throw up surprising challenges, derailing construction plans or forcing alternative approaches.
Committing to an eco-friendly approach that keeps sustainability at its center will help us design durable buildings in synergy with the environment.
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Paul Lazarus is a freelance content writer and violinist by profession. He holds a master’s degree in psychology and writes content for a diverse range of businesses, including those in real estate, legal, healthcare, crypto, and other industries. His ability to quickly adapt to different voices and industries makes him a reliable partner for brands looking to connect with their audiences in an authentic way. In addition to writing, Paul has trained individuals in counseling skills, helping them develop empathy, communication techniques, and strategies for mental well-being. One area especially close to Paul’s heart is writing content on self-improvement and personal development. Drawing from his background in psychology and his own interest in growth, he enjoys crafting pieces and scripts that encourage people to unlock their innate potential. YouTube videos written by Paul helped stimulate one creator to go from 0 to 30,000 subscribers in just 27 videos. When he’s not writing or counselling, Paul can often be found with his violin, exploring music as another form of expression and balance in his life. With over 13 years of experience as a Western Classical violinist, he was the second violinist in David Fogel’s International ‘Symphonina’ Orchestra in 2023. Today, he continues to focus on constant growth as a musician and is currently working on Sonata No. 2 by J.S. Bach. Paul has created original music for clients, bringing the same creativity and discipline he applies to his writing into his musical projects. He also teaches violin online and offline at his home studio in Vellore and uses an eclectic approach inspired by Galamian and Simon Fischer in conjunction with the Suzuki repertoire. As a writer, he is open to working with brands looking for a human touch with their content requirements. As a violinist, he is open to tutoring or composing for anyone with a passion for music.
