Seasonal trend of water budget at rain-fed paddy field in central-Thailand

Komori Daisuke; Aoki Masatoshi; Kim Wonsik; Miyazaki Shin; Cho Jaeil; Boonyawa Samakkee; Polson Panya; Pukngam Somnimit; Tongdeenok Piyapong; Kanae Shinjiro; Oki Taikan; Musiake Katumi

doi:10.1142/7073-vol11

Seasonal trend of water budget at rain-fed paddy field in central-Thailand

Komori Daisuke, Aoki Masatoshi, Kim Wonsik, Miyazaki Shin, Cho Jaeil, Boonyawa Samakkee, Polson Panya, Pukngam Somnimit, Tongdeenok Piyapong, Kanae Shinjiro, Oki Taikan, Musiake Katumi

Research output: Chapter in Book/Report/Conference proceeding › Chapter

Abstract

For understanding the interaction between vegetation and atmosphere over paddy field, a rain-fed paddy field, micrometeorological observation site, Sukhothai has been started since March 1997. This observation site, located in the Chaophraya river basin, is one of the sites in the framework of the GAME project. From the eight-year data analysis, it was found that the submerge process was different between 1999 and 2005. This indicates that water resource management is changing from purely rain-fed to carry water to farms such as artificial flood. From surface energy fluxes observations, it was found that the timing of decreasing submerge water is important for estimation of water budget on rain-fed paddy field. In the dry season, it was found that dew condensation is strongly related to evaporation with low surface temperature in the early morning and non-low amount of water vapor even in the dry season.

Original language	English
Title of host publication	Advances in Geosciences
Subtitle of host publication	Volume 11: Hydrological Science (HS)
Publisher	World Scientific Publishing Co.
Pages	365-375
Number of pages	11
ISBN (Electronic)	9789812836144
ISBN (Print)	9812836136, 9789812836137
DOIs	https://doi.org/10.1142/7073-vol11
Publication status	Published - 2009 Jan 1
Externally published	Yes

ASJC Scopus subject areas

Earth and Planetary Sciences(all)
Environmental Science(all)

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Daisuke, K., Masatoshi, A., Wonsik, K., Shin, M., Jaeil, C., Samakkee, B., Panya, P., Somnimit, P., Piyapong, T., Shinjiro, K., Taikan, O., & Katumi, M. (2009). Seasonal trend of water budget at rain-fed paddy field in central-Thailand. In Advances in Geosciences: Volume 11: Hydrological Science (HS) (pp. 365-375). World Scientific Publishing Co.. https://doi.org/10.1142/7073-vol11

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abstract = "For understanding the interaction between vegetation and atmosphere over paddy field, a rain-fed paddy field, micrometeorological observation site, Sukhothai has been started since March 1997. This observation site, located in the Chaophraya river basin, is one of the sites in the framework of the GAME project. From the eight-year data analysis, it was found that the submerge process was different between 1999 and 2005. This indicates that water resource management is changing from purely rain-fed to carry water to farms such as artificial flood. From surface energy fluxes observations, it was found that the timing of decreasing submerge water is important for estimation of water budget on rain-fed paddy field. In the dry season, it was found that dew condensation is strongly related to evaporation with low surface temperature in the early morning and non-low amount of water vapor even in the dry season.",

author = "Komori Daisuke and Aoki Masatoshi and Kim Wonsik and Miyazaki Shin and Cho Jaeil and Boonyawa Samakkee and Polson Panya and Pukngam Somnimit and Tongdeenok Piyapong and Kanae Shinjiro and Oki Taikan and Musiake Katumi",

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AU - Daisuke, Komori

AU - Masatoshi, Aoki

AU - Wonsik, Kim

AU - Shin, Miyazaki

AU - Jaeil, Cho

AU - Samakkee, Boonyawa

AU - Panya, Polson

AU - Somnimit, Pukngam

AU - Piyapong, Tongdeenok

AU - Shinjiro, Kanae

AU - Taikan, Oki

AU - Katumi, Musiake

PY - 2009/1/1

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N2 - For understanding the interaction between vegetation and atmosphere over paddy field, a rain-fed paddy field, micrometeorological observation site, Sukhothai has been started since March 1997. This observation site, located in the Chaophraya river basin, is one of the sites in the framework of the GAME project. From the eight-year data analysis, it was found that the submerge process was different between 1999 and 2005. This indicates that water resource management is changing from purely rain-fed to carry water to farms such as artificial flood. From surface energy fluxes observations, it was found that the timing of decreasing submerge water is important for estimation of water budget on rain-fed paddy field. In the dry season, it was found that dew condensation is strongly related to evaporation with low surface temperature in the early morning and non-low amount of water vapor even in the dry season.

AB - For understanding the interaction between vegetation and atmosphere over paddy field, a rain-fed paddy field, micrometeorological observation site, Sukhothai has been started since March 1997. This observation site, located in the Chaophraya river basin, is one of the sites in the framework of the GAME project. From the eight-year data analysis, it was found that the submerge process was different between 1999 and 2005. This indicates that water resource management is changing from purely rain-fed to carry water to farms such as artificial flood. From surface energy fluxes observations, it was found that the timing of decreasing submerge water is important for estimation of water budget on rain-fed paddy field. In the dry season, it was found that dew condensation is strongly related to evaporation with low surface temperature in the early morning and non-low amount of water vapor even in the dry season.

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SN - 9789812836137

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EP - 375

BT - Advances in Geosciences

PB - World Scientific Publishing Co.

ER -

Seasonal trend of water budget at rain-fed paddy field in central-Thailand

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