TY - JOUR
T1 - GREEN: Cool & Care—Research and Development of Greening Measures in Nursing Homes in Austria. Technical and Social Interconnections
AU - Halbmayer, Katharina
AU - Hollands, Jutta
AU - Korjenic, Azra
AU - Pichler, Barbara
AU - Reitinger, Elisabeth
AU - Zojer, Eva
AU - Knoll, Bente
AU - Renkin, Agnes
AU - Dopheide, Ralf
AU - Alasu, Sara
N1 - Publisher Copyright:
© 2021 by the authors. Licensee MDPI, Basel, Switzerland.
PY - 2021/10
Y1 - 2021/10
N2 - According to demographic data, the percentage of elderly people within the population is growing, representing a vulnerable group to the effects of increasing heat, but little attention has been paid to developed adaptation measures. In addition, many older people leave their familiar homes and live in nursing homes. The person-centred care pursues creating spaces of high living quality for these people in nursing homes, to which plants and greenery can contribute. Greening is also considered an effective climate change adaptation measure. To create healthy conditions for this vulnerable group of elderly, both technical and social factors must be considered, and accordingly, a successful solution can only be achieved in an interdisciplinary way. The research and development of the project “Green: Cool & Care” dealt with this outset from a building physics, social, and nursing science perspective, and concepts to integrate greening measures in nursing homes were developed jointly by researchers, planners, staff, volunteers, and residents. For this purpose, measurement campaigns of air quality parameters, individual interviews and focus groups, as well as co-creative workshops were conducted aiming to include the objective building conditions as well as the subjective needs in developing and, in a further step, implementing greening measures.
AB - According to demographic data, the percentage of elderly people within the population is growing, representing a vulnerable group to the effects of increasing heat, but little attention has been paid to developed adaptation measures. In addition, many older people leave their familiar homes and live in nursing homes. The person-centred care pursues creating spaces of high living quality for these people in nursing homes, to which plants and greenery can contribute. Greening is also considered an effective climate change adaptation measure. To create healthy conditions for this vulnerable group of elderly, both technical and social factors must be considered, and accordingly, a successful solution can only be achieved in an interdisciplinary way. The research and development of the project “Green: Cool & Care” dealt with this outset from a building physics, social, and nursing science perspective, and concepts to integrate greening measures in nursing homes were developed jointly by researchers, planners, staff, volunteers, and residents. For this purpose, measurement campaigns of air quality parameters, individual interviews and focus groups, as well as co-creative workshops were conducted aiming to include the objective building conditions as well as the subjective needs in developing and, in a further step, implementing greening measures.
KW - BENEFITS
KW - HEALTH
KW - climate change adaption
KW - co-creation
KW - elderly care
KW - healthy cities
KW - hygrothermal comfort
KW - indoor environment quality
KW - interactions between urban green and human wellbeing
KW - interdisciplinary approach
KW - nursing home
KW - plant-based solutions
KW - urban green infrastructure
KW - vulnerable population groups
KW - Hygrothermal comfort
KW - Indoor environment quality
KW - Plant-based solutions
KW - Elderly care
KW - Healthy cities
KW - Vulnerable population groups
KW - Nursing home
KW - Interactions between urban green and human wellbeing
KW - Urban green infrastructure
KW - Climate change adaption
KW - Co-creation
KW - Interdisciplinary approach
UR - http://www.scopus.com/inward/record.url?scp=85117703236&partnerID=8YFLogxK
U2 - 10.3390/su132011469
DO - 10.3390/su132011469
M3 - Article
VL - 13
JO - Sustainability
JF - Sustainability
SN - 2071-1050
IS - 20
M1 - 11469
ER -