… However, the acoustical properties of living plants are poorly understood. This information
is desirable as there has been strong evidence that some living plants (foliage) are able to …

… This information may lead to the development of better models for the acoustical properties
of living plants which will account for the viscous/inertia absorption, leaf vibration and …

… [9] that the acoustical properties of living plants can be approximated with an equivalent
fluid model. This model enables us to account for the viscous losses and …

Noise pollution is one of the most important features of architectural spaces having a great
impact on the comfort of residents. Therefore, providing appropriate and sustainable solutions …

The recent spread of vegetal skins in urban buildings in many parts of the world integrates
the trend to use low impact friendly environmental technologies in order to achieve mitigation …

This paper showcases the results of the sound attenuation properties of some plants with a
soil substrate for use as green sound absorbers in an indoor space. The plants used in this …

… Interestingly, the parameter inversion procedure can help to determine the non-acoustical
properties of living plants.Horoshenkov et al. used the 3-parameter Miki model8 to estimate …

… More recently, Horoshenkov [93] has applied the parameter inversion procedure to
determine non-acoustical properties of living plants. He has used the Miki [7] empirical model to …

… Different methods of measurement and modelling of the acoustical properties of living
plants will be discussed. It will be shown that living plants are also able to scatter a significant …

This work presents a detailed review of the development of distributed acoustic sensors (DAS)
and their newest scientific applications. It covers most areas of human activities, such as …