Indoor Plants Can Cool Rooms by Two Degrees, Reveals Air Quality Study.

How Indoor Plants Improve Air Quality

According to TSN.ua: A new international study, conducted as part of the GREENIN Micro Network Plus project at the University of Surrey, demonstrates that houseplants can significantly enhance indoor air quality. The research found plants can reduce perceived heat and increase air humidity, which is particularly beneficial during winter or in air-conditioned buildings.

The study involved 35 experts from the UK, European countries, the USA, Australia, India, and Brazil. Scientists developed a system of ten key questions to assess the impact of greenery on indoor environments. Researchers compared 26 types of systems, including standard potted plants and hydroponic towers. According to the findings, large plants can lower a room's temperature by approximately two degrees Celsius.

Furthermore, plants can reduce concentrations of fine particles and volatile organic compounds, positively affecting air quality. The study also indicated plants can enrich a room's microbiome with natural microbes. Professor Prashant Kumar noted that people spend about 90% of their time indoors, underscoring the importance of plants in creating a comfortable and healthy environment.

Professor Prashant Kumar stated that 'people spend about 90% of their time indoors, which highlights the importance of plants in creating a comfortable and healthy environment.'

Future Applications for Plants in Interior Design

The scientist emphasized that plants should be viewed not merely as decor, but as a vital component of a building's ecological infrastructure. This opens new prospects for using greenery in interior landscaping, which could substantially impact the quality of life for people indoors.

The research stresses the importance of integrating plants into interior design not just for aesthetics, but for their potential to improve human health. As modern lifestyles keep people inside for longer periods, the role of plants in maintaining good air quality and a comfortable microclimate becomes increasingly critical. These results may encourage architects and designers to more actively implement green technologies in building construction and renovation.