Abstract Urban Heat Island (UHI) is a worldwide threat affecting building energy demand,
public health, and energy security. Green wall deployment can simultaneously positively …

Vertical greenery systems (VGS) integrate vegetation into the building facades to reduce
wall surface temperature, thereby reducing building energy consumption. The mechanisms …

High-resolution microclimate data is essential for capturing spatio-temporal heterogeneity of
urban climate and heat health management. However, previous studies have relied on …

Cooling demand dominates the energy consumption of buildings in hot-summer/warm-
winter zones. Vertical green façades (VGFs) are an effective design strategy to reduce the …

Coconut fibre insulators represent an insulating material considered as “exotic”, which
clashes with the scepticism of his thermo-hygrometric behaviour, particularly in the case of …

Abstract Purpose of Review Unprecedented urbanization in Asia affects the net radiation
and energy flux of urban areas in the form of urban heat islands (UHI). The application of …

Since water is inextricably linked with life, its presence in green building constructions is an
inevitable aspect in the process of hygrothermal behaviour analysis. Water content in the …

The present study focused on the effect of foliage thickness on thermal performance of green
facades under hot and humid climate. Field measurement was carried out on a south-facing …

In response to the problem of high-density urbanism and urban heat island (UHI), vertical
greenery system (VGS) applying in building design and construction is regarded as one of …

Environmental impact assessment of demolition of a building in India-A case study Page 1
www.civilenvironjournal.com 042 https://doi.org/10.29328/journal.acee.1001039 Literature …