Last updated on Feb 21, 2024
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Green roofs and walls
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Connectivity and corridors
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Native plants and wildlife features
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Biophilic design principles
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Here’s what else to consider
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Biodiversity is the variety of life on Earth, and it is essential for sustaining the health and well-being of humans and other species. However, human activities such as urbanization, deforestation, and pollution have caused significant loss and fragmentation of natural habitats, threatening biodiversity and ecosystem services. How can engineers design buildings that promote biodiversity and create positive impacts on the environment and society? In this article, you will learn about some of the best ways to design buildings that promote biodiversity, such as integrating green roofs and walls, enhancing connectivity and corridors, incorporating native plants and wildlife features, and applying biophilic design principles.
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1 Green roofs and walls
One of the best ways to design buildings that promote biodiversity is to integrate green roofs and walls, which are vegetated surfaces that cover part or all of the building envelope. Green roofs and walls can provide multiple benefits, such as reducing stormwater runoff, improving thermal performance, enhancing air quality, and creating aesthetic value. Moreover, green roofs and walls can create habitats for various plants and animals, such as insects, birds, and bats, and increase the diversity and abundance of species in urban areas. Green roofs and walls can also help mitigate the urban heat island effect, which is the phenomenon of higher temperatures in urban areas compared to rural areas due to human activities and infrastructure.
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- PERVEZ A. Research Assistant Project Air Pollution Indian Institute of Technology (Banaras Hindu University) Varanasi
Designing buildings with biodiversity in mind is becoming increasingly important, and there are several clever ways to achieve this! Here are some of the best strategies:Green infrastructure:Green roofs and walls: These vegetated surfaces offer habitat for a variety of plants and animals, from insects and birds to bats and small mammals. They also provide other benefits like improved air quality, reduced stormwater runoff, and insulation.Living walls: Similar to green walls, these vertical gardens can be incorporated into interior or exterior spaces, bringing nature closer to inhabitants while promoting biodiversity.
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2 Connectivity and corridors
Another way to design buildings that promote biodiversity is to enhance connectivity and corridors, which are linkages between habitats that facilitate the movement and dispersal of species. Connectivity and corridors can help maintain genetic diversity, increase resilience, and reduce the risk of extinction for species that are isolated or fragmented by human development. Connectivity and corridors can be achieved by designing buildings that are compatible with the surrounding landscape, such as using permeable materials, minimizing barriers, and creating bridges or tunnels. Connectivity and corridors can also be achieved by designing buildings that connect with existing or potential green infrastructure, such as parks, gardens, wetlands, and rivers.
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- PERVEZ A. Research Assistant Project Air Pollution Indian Institute of Technology (Banaras Hindu University) Varanasi
Rain gardens and bioswales: These landscaped features capture and filter rainwater, mimicking natural drainage patterns and creating opportunities for native plants and pollinators.Connectivity and corridors:Minimize fragmentation: Buildings and infrastructure can act as barriers, disconnecting natural habitats. Minimizing fragmentation by preserving green spaces and incorporating wildlife corridors allows animals to move freely and access resources.Permeable materials: Using permeable pavements, walkways, and building materials allows water to flow through, reducing runoff and creating pathways for small animals.
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3 Native plants and wildlife features
A third way to design buildings that promote biodiversity is to incorporate native plants and wildlife features, which are elements that support the survival and reproduction of local species. Native plants and wildlife features can enhance the ecological function and value of buildings, as well as the sense of place and identity of the users and communities. Native plants and wildlife features can include a variety of elements, such as native trees, shrubs, flowers, grasses, herbs, fruits, seeds, nuts, berries, water sources, nesting boxes, bird feeders, bat boxes, insect hotels, bee hives, and amphibian ponds.
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- PERVEZ A. Research Assistant Project Air Pollution Indian Institute of Technology (Banaras Hindu University) Varanasi
Green bridges and tunnels: These structures above or below roads and railways, designed with vegetation and natural features, help animals safely cross busy areas.Native plants and wildlife features:Use native plants: Opting for locally adapted vegetation provides food and shelter for native wildlife, supporting local ecosystems instead of introducing invasive species.Wildlife shelters and nesting boxes: Integrate features like bat boxes, birdhouses, and insect hotels into the building design to offer homes for various species.Ponds and water features: Water bodies attract diverse animal life and can be designed with native plants and minimal maintenance needs.
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4 Biophilic design principles
A fourth way to design buildings that promote biodiversity is to apply biophilic design principles, which are guidelines that aim to increase the connection between humans and nature in the built environment. Biophilic design principles can improve the well-being, productivity, creativity, and happiness of the users and occupants of buildings, as well as foster a sense of respect and responsibility for the environment and other species. Biophilic design principles can involve a range of strategies, such as using natural materials, colors, shapes, patterns, textures, sounds, smells, and lighting, incorporating natural views and vistas, creating indoor and outdoor spaces that allow for exploration and discovery, and providing opportunities for direct and indirect contact with nature.
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- PERVEZ A. Research Assistant Project Air Pollution Indian Institute of Technology (Banaras Hindu University) Varanasi
Biophilic design principles:Maximize natural light and ventilation: Allowing natural light and air to flow creates healthier spaces for humans while mimicking natural environments for wildlife.Natural materials and textures: Integrating wood, stone, and other natural materials can create a more welcoming environment for both humans and animals.Views of nature: Designing buildings with access to greenery and views of natural landscapes provides stress relief for humans and promotes a connection with nature.
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5 Here’s what else to consider
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