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Center forSoutheast Asian Studies Kyoto University

International Program of Collaborative Research, CSEAS

Joint Research(Type Ⅳ)

Research on Meteorological Environment and Human Activity in Bangladesh
Project Leader: HAYASHI, Taiichi, Disaster Prevention Research Institute, Kyoto University
(Term:2011 - 2012)

Outline of Joint Research
Meteorological/Climatic phenomena affect the human activity of agricultural products, the contamination of the atmosphere and water quality. Meteorological disasters such as cyclones and floods cause damage and contribute as water resources through precipitation. We will evaluate the quantitative impact of climatic components to rice products and the prevalence of infectious diseases.
Purpose of Joint Research

Flood in the downtown area of Dhaka city in the summer monsoon season 2004.

People queuing for water (flood in Dhaka city, 2004)

The purpose of this research is to evaluate the quantitative impact of meteorological and climatological components to human activity. We will especially focus on the relationship of surface weather variables to the amount of rice products and the prevalence of infectious diseases. Meteorological phenomena has yearly , seasonally and daily variations of time scales. We will find out the preceding key parameter indices and investigate the possibility of predictions, which may be available to those in other regions except the tropical region.
The results of the research will contribute to the reduction infectious diseases and the increase of rice production in Bangladesh.
Outline of Result
Based on the purpose of this research, we carried out the following performances to clarify the relationship between the meteorological environment and the human activity in the south Asia in Bangladesh and India.
1. Impact of meteorological disasters on the occurrence and prevalence infectious diseases.
2. Impact of the meteorological disasters on the human activities in rural area.
3. Usage of remote sensing data to clarify the spatial distribution of the effect of the above impact.
4. Clarification of various time scale of weather phenomena.