Read our new publication published in the Journal of Urban Ecology titled “Landscape design approaches to enhance human-wildlife interactions in a compact tropical city”.
This collaboration with bioSEA’s director Anuj and the National University of Singapore’s Assoc/Prof Yun Hye Hwang outlines 12 design strategies to encourage designers and planners to strengthen the links between wildlife and urban dwellers and promote wildlife conservation within cities.
Wildlife and urban co-existence through landscape design (2021)
Our latest publication in journal Land highlights a precarious scenario for moths.
City lights act as population sinks for Tropical Swallowtail moths during their mass emergence. This occurs when February in that year is extremely dry. Climate change will likely increase drier spells and this will drain out the moths population further.
Unfortunately, this phenomenon also disfavors fitter individuals. Moths drawn to city lights tend to be better flyers with longer wings and lighter so city lights are unintentionally drawing out fitter individuals.
Lyssa zampa, Urban areas as population sinks for moths (2023)
Julia heliconian, makes Singapore home and expands range
Reimagining the industrial estates of the future as circular yet biodiverse and liveable needs some bold and unconventional thinking, especially in how we apply nature-based solutions.
With other tutors, bioSEA’s director Anuj guided students from the National University of Singapore’s Integrated Sustainable Design studio students to integrate nature-based solutions in redesigning the Sungei Kadut estate in Singapore.
The designs are out in a shining new book with support from the JTC. Kudos to Nirmal Kishnani, Dr Swinal Samant, and Mun Summ for leading the overall studio and to co-authors Dreiseitl Herbert and Celine Tan for authoring our vision of a new blue & green infrastructure.
Factory in a Forest: Reimagining Singapore’s industrial landscape (2022)
Eco-active Totems project is a multi-disciplinary collaboration between bioSEA, WOHA Architects, Systmz and GWS Living Art and research partner Mandai Nature. Starting with Singapore, the project aims to create habitat for animals in the city using re-imagined totems and nest boxes such that they become elegant, durable and functional.
Learning from the chameleon’s micro skin texture and chromatophores (colour-producing cells), an interactive building facade system is proposed which allows a building skin to evolve and become adaptable in appearance either to provide a noticeable experience for users or respond to certain environmental conditions.
Chameleon Inspired Facade
Taylor’s University, Malaysia
In collaboration with the National University of Singapore and Tongji University in Shanghai, bioSEA’s director Anuj guided students in the MSc. Integrated Sustainable Design Studio to develop an ecological and ecosystem service enhancement strategy for the Baoshan District of Shanghai. We drew design inspiration from Shanghai’s Dongtan wetland reserve, a haven for migratory birds, and proposed a greening plan for the district which led to enhanced migratory bird habitats along the district’s coastlines. We also removed key bottlenecks to animal movement in the landscape which led to improved connectivity for wildlife. Several newly proposed corridors also incorporated human uses of green areas such as community farming and permaculture plots. Ecosystem services of green areas were calculated using the ESII tool and incorporated into urban design.
Shanghai Baoshan Masterplan
National University of Singapore
In collaboration with National University of Singapore’s MSc. Integrated Sustainable Design Studio, bioSEA’s director Anuj advised students to redesign Sungei Kadut – one of the oldest industrial estates in Singapore slated for redevelopment into a key manufacturing centre for JTC. We reimagined the estate as a next-generation industrial park where natural ecosystems work in a sustainable and symbiotic manner with the industries and mixed-use commercial and residential spaces. Surrounded by natural assets, the final designs increased the size, quality and connectivity of green spaces thereby improving the ecology of the district while also showing substantial improvement in ecosystem services.
Sungei Kadut Masterplan
National University of Singapore
Msc. student Leanne Hann and PhD candidate Katharina Hecht from Utrecht University worked with bioSEA to undertake research in Singapore with particular focus on two aspects (i) green walls and their utility to biodiversity and managing thermal comfort & (ii) optimising ecosystem services in the built environment. The study was supported by NTU, Asian School of the Environment (ASE), Resilient and Inclusive Cities Lab and Nanyang Environment And Water Research Institute (NEWRI)
Vertical Green Wall Assessment
Utrecht University, Netherlands