Green (vegetative) building envelopes are widely recognized for their environmental
benefits. They have a positive effect on the energy efficiency of buildings and improve the …

Various studies have confirmed the implications of Vertical Greening System (VGS) as a
nature-based solution to climate change mitigation. Even though VGSs are well established …

Green vertical systems (GVSs) can offer several benefits, both for buildings by increasing
their thermal and acoustic insulation, and for the urban environment by enhancing the …

Previous studies have shown that building greenery systems could provide passive cooling
for buildings. However, window gardens, a type of building greenery system that extends …

The advantages of low-impact development approaches, such as green walls in an urban
environment, are numerous. These systems can be applied for managing stormwater …

Ornamental grasses are often used in gardens to improve biodiversity and as additional
aesthetical resources. However, their use in green roofs (GR) and living walls (LW) is not so …

Abstract Energy flux of Vertical Greening System (VGS) is crucial for understanding of heat
exchange processes by optimizing the cooling performance in outdoor thermal comfort …

Vertical greenery provides a number of ecosystem services, yet its potential remains
underexploited in urban areas. Further, existing designs use a narrow range of species …

The escalating climate imbalance, coupled with rising water demands in rapidly expanding
urban areas, is forcing scientists and policymakers to seek alternative strategies for efficient …

This paper presents a novel approach to assess spatial and temporal irrigation performance
in urban parks and can assist park manager/operator decisions in irrigation management …