Weaving Kreta Ayer
Urban Conservation and Regeneration Strategy
Group 3 - AC5003 AY 2022/2023
Sustainability Impact
This page explains the sustainability impact of the regeneration strategy of Kreta Ayer.
This graph compares the Ecosystem Services provided currently by the area compared to the proposed scheme.
Impact 1: Creating More Green Spaces to Reduce Carbon Emission of the Precinct
The transformation of the back lanes can create more green spaces, improve the quality of the urban ecosystem, improve natural systems and support urban biodiversity. This retrofitting can be done using a variety of strategies such as increasing vegetation cover, improving drainage systems and installing rainwater harvesting facilities to reduce flood risk and improve the quality of the urban water environment.
In addition, by creating links between rooftops and green spaces, green space can be further increased, the heat island effect reduced and air quality improved. For example, the installation of green roof systems, such as green roofs or rooftop gardens, can increase the area of urban greenery, improve air quality and reduce air pollution.
It is also to be noted that management and maintenance practices are needed to ensure the long-term sustainability of these green spaces. Such renovations can improve the quality of life of urban residents, create a better urban environment and provide a sustainable basis for future urban development.
The proposed car-free model transforms Kreta Ayer into a pedestrian and car-friendly neighborhood.
Impact 2: Pedestrian-Friendly Neighborhood
By promoting a walkable precinct, we can create a more sustainable urban community. This can be achieved by reducing the need for cars. We can prioritize walking and create a 400 m pedestrian zones in the chosen area, which will encourage people to walk and cycle as a way to improve social interaction, promote human interaction and healthier lifestyle. Walking and cycling will also reduce traffic congestion and pollution, and also help in developing a pedestrian precinct that can create a safer environment for the community.
Impact 3: Solving Urban Heat Island: Combining Natural Ventilation and Air-Conditioning
By removing the air conditioning units, turning the back lanes into green spaces, along with reducing heat emissions and regulating the temperature with vegetation, the back lanes are transformed into a vibrant public space while reducing the urban heat island effect.
The added greenery dispersed throughout the area reduced carbon emission of the site.