Abstract
This article is concerned with the air quality of the closed indoor environment with respect to its temperature and carbon dioxide levels and with the assessment of management practices that have been used to reduce temperature and carbon dioxide levels with the help of certain plants. Phanerophytic lifeforms, such as trees, shrubs, herbs and creepers surrounding dwellings can be shown to produce a cooling effect, reducing temperatures by up to 11{sup o}C. Certain succulent plants like Kalanchoe marmorata, Bryophyllum pinnata and Apicra deltoideae were observed under experimental conditions to reduce carbon dioxide levels up to 90% from closed chambers under dark conditions. Certain ornamental plants such as Verbena bipinnatifida and Ixora coccinea could remove 63-75% of carbon dioxide from closed indoor environments in the presence of light. (author) 3 tabs., 11 refs.
Raza, S H
[1]
- Osmania Univ., Ecology and Environmental Studies Div., Hyderabad (India)
Citation Formats
Raza, S H.
Plant life forms in thermal regulation and self purification of urban housing environments.
Switzerland: N. p.,
1995.
Web.
Raza, S H.
Plant life forms in thermal regulation and self purification of urban housing environments.
Switzerland.
Raza, S H.
1995.
"Plant life forms in thermal regulation and self purification of urban housing environments."
Switzerland.
@misc{etde_132317,
title = {Plant life forms in thermal regulation and self purification of urban housing environments}
author = {Raza, S H}
abstractNote = {This article is concerned with the air quality of the closed indoor environment with respect to its temperature and carbon dioxide levels and with the assessment of management practices that have been used to reduce temperature and carbon dioxide levels with the help of certain plants. Phanerophytic lifeforms, such as trees, shrubs, herbs and creepers surrounding dwellings can be shown to produce a cooling effect, reducing temperatures by up to 11{sup o}C. Certain succulent plants like Kalanchoe marmorata, Bryophyllum pinnata and Apicra deltoideae were observed under experimental conditions to reduce carbon dioxide levels up to 90% from closed chambers under dark conditions. Certain ornamental plants such as Verbena bipinnatifida and Ixora coccinea could remove 63-75% of carbon dioxide from closed indoor environments in the presence of light. (author) 3 tabs., 11 refs.}
journal = []
volume = {4}
journal type = {AC}
place = {Switzerland}
year = {1995}
month = {Dec}
}
title = {Plant life forms in thermal regulation and self purification of urban housing environments}
author = {Raza, S H}
abstractNote = {This article is concerned with the air quality of the closed indoor environment with respect to its temperature and carbon dioxide levels and with the assessment of management practices that have been used to reduce temperature and carbon dioxide levels with the help of certain plants. Phanerophytic lifeforms, such as trees, shrubs, herbs and creepers surrounding dwellings can be shown to produce a cooling effect, reducing temperatures by up to 11{sup o}C. Certain succulent plants like Kalanchoe marmorata, Bryophyllum pinnata and Apicra deltoideae were observed under experimental conditions to reduce carbon dioxide levels up to 90% from closed chambers under dark conditions. Certain ornamental plants such as Verbena bipinnatifida and Ixora coccinea could remove 63-75% of carbon dioxide from closed indoor environments in the presence of light. (author) 3 tabs., 11 refs.}
journal = []
volume = {4}
journal type = {AC}
place = {Switzerland}
year = {1995}
month = {Dec}
}