Urban green infrastructure includes both natural inputs and artificial supplements, including
irrigation, synthetic substrates, and drainage layers. Green infrastructure aims to make cities …

Ongoing urbanisation and climate change threaten urban green (UG) spaces in Lima,
exacerbated by conventional design and management methods. Extensive green roofs …

In Europe the cultivation of warm season turfgrasses was negligible until the beginning of
the 90's. A scientific approach to their cultivation started with field trials being installed in …

Green roofs constitute a promising technology for reintroducing lost flora in degraded urban
environments. The present study aimed to evaluate the growth and ground coverage …

The advancement in technology and rapid globalization have resulted in the emergence of
metropolitan cities and agglomerations that are constantly expanding to meet the ever …

The broad application of extensive green roofs in the Mediterranean region is hindered by
the stressful climatic conditions of the summer period, which is characterized by drought and …

In extensive green roof settings, plant communities can be more robust than monocultures.
In addition, native plants might be hardier and more ecologically sound choices than non …

The aim of this study was to determine the effects of different irrigation regimens on five
native aromatic and medicinal species including Ballota acetabulosa (Greek horehound) …

The use of vegetation associated with building materials is beneficial in combating climate
change, as highlighted in some articles, the power to adsorb CO 2, reduce the surface …

Several locally available materials were tested to create an optimized growth substrate for
arid and semiarid Mediterranean extensive green roofs. The study involved a four-step …