Author(s)

J. Chon, Y. Eui Choi, S. Jin You, H. Ji Lee & Y. Sun Seok

Abstract

Sustainable designs like low-carbon landscapes are key to lowering the anthropogenic carbon footprint of our society and promoting harmony with natural ecosystems. We can design low-carbon landscapes for terrestrial (e.g. forests and urban farming areas) as well as aquatic (e.g. urban streams, ponds, and wetlands) urban spaces. Ecological interactions between water and soil in an urban ecosystem cause high carbon accumulation rates, especially in waterfront areas. Furthermore, heat absorption at waterfronts also significantly mitigates urban heat island effect. Therefore, urban open spaces with waterfronts are ecologically vital and may help us cope with climate change. However, the design and application of urban low-carbon landscapes are still in the conceptual phase and the creation a low carbon city remains as a preliminary draft. At present, there are very few studies measuring carbon emissions and carbon absorptions in the urban area. Moreover, studies that analyze low-carbon landscape components and their social effects are needed. In this study, we propose a novel conceptual definition of low-carbon landscape and investigate the research methods related to low-carbon landscape design. We have also listed numerous case studies of urban waterfronts scrutinizing the various components of a low-carbon landscape. Keywords: design elements, low-carbon society, carbon reduction, carbon sequestration.

Keywords

design elements, low-carbon society, carbon reduction, carbon sequestration.