02069nam a22002897a 4500003000600000005001700006008004100023020001800064020001500082040003400097050002400131100001900155245003500174250001800209264006000227300006500287336002600352336003300378337002800411338002700439505027400466520085100740546003401591650005801625650005701683650003901740pucpr20260908130141.0260908b2023 |||ae||| |||| 00| 0 mul d a9788417557683 a8417557687 apucprbengcpucprdpucprerda aNA7434.V5bB56 2023 aMinguet, Anna  aBiophilic architecture. /htxt aFirst edition aSant Adrỉ de Bes̤s, Barcelona Spain :bMonsa,c2023. a141 pages : billustrations ; color ; plans ;c24 cm.fbook 2rdacontentatextbtxt 2rdacontentastill imagebsti 2rdamediaaunmediadedbn 2rdacarrieravolumebnc aVilla City 10 -- The Umbrella 24 -- Chaleta_A 34 -- Nhá Chong Mái 44 -- Uncle Tu’s House 58 -- Fahouse 64 -- House with Blue Bridge 72 -- Phu Yen House 80 -- Casa Jardin Escandón 90 -- Salem House 100 -- Villa Connect 110 -- House of Nghi Thu 124 -- Mev 134 --  aBiophilic architecture integrates nature into spaces and buildings to improve people's health and well-being. It is based on the idea that humans are innately connected with nature and that exposure to natural elements, such as sunlight, water, and plants, can positively impact our physical and mental health and, thus, our social well-being. Biophilic architecture can be applied in various environments, from office buildings to homes and public spaces. Some common characteristics of biophilic architecture include: - The incorporation of natural light - The integrated ventilation - The presence of green areas - The use of raw materials such as wood and stone. In addition to improving health and providing comfort, biophilic architecture also has environmental benefits by reducing the carbon footprint and promoting sustainable practices. aTexts in English and Spanish. 0aArchitecture DomesticxHistoryy21st centuryzVietnam 0aArchitecture DomesticxHistoryy21st centuryzCanada 0aArchitecture, Moderny21st century