Prior work has documented the effectiveness of traditional heating methods for building in improving indoor air
quality and reducing high-level pollution exposure. In recent years, a majority of researchers has Proposed views
which improving indoor heating equipment, for example, Zhang[14,15] reports that solar Chinese kang and burningcave
in a new heating methods improved indoor thermal environment. EzzatiMbinda [4]introduced comparison of
emissions and residential exposure from traditional and improved cook stoves in Kenya. However, these studies
have either been short-term studies or have not focused on indoor pollution transport path. In this study we tested the
indoor particulate matter PM2.5 pollution transport path for typical rural building. What we tested and surveyed
from all cases indicated that rural indoor environment need to improved. The hourly variation of Pollution transport
in respect to overall arrangements of the space and human behavior has been present in Figure 5 and Figure 6. In
addition, the analysis which noted in our study is unrelated to biomass quantity and category. This study therefore
indicates that the benefits gained from improving pollution transport path may reduce indoor air pollution. However,
it needs a wide range of rural building testing. Mostly notably, this is the first study to my knowledge to investigate
the indoor air pollution transport path. Our results provided compelling evidence for long-term living in high
pollution exposure environment may lead to different disease. However, the present study still has some
shortcomings. Although our study was supported statistically, the rural building of pollution transport is not
considered the heating transport path. Future work should therefore include these works which designed to combine
heating transport into air pollution in the long term and also whether there has other impact factors.
Acknowledgment