A crop growth model was coupled to a simple land surface model to estimate the effect of
changes in the growing season for rice (Oryza sativa L.) on the energy balance and water …

A model for the energy balance of rice fields was improved by using meteorological and
geographical data to simulate the changes in the water temperature resulting from plant …

A water temperature simulation model was developed to estimate the effects of water
management on the thermal environment in rice paddies. The model was based on two …

Water temperature in rice paddies (Oryza sativa L.) is one of the most important factors
affecting the growth and yield of rice, and also influences CH4 emission from paddy fields …

Solar radiation in a rice canopy plays an important role in the energy balance on both the
plant leaves and soil/water surface. A simple model was derived from the two-stream model …

Water temperature and the growth of rice plants are interrelated and influence each other.
To elucidate this relationship, and in particular, to quantify the effects of the growth of rice …

Incoming solar radiation is one of the main climatic variables, and frequently considered as
an input to hydrological model and crop growth model. The present study aimed to develop …

Abstract Spatialvariationofevapotranspiration (EZ) fromalowlandfieldwasestimatedusingthepla…
modelcoupledtoalandsurfacemodelbasedo…. Erwas comparedwithprecipitation (P) …

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tt t iti s ri ri lti ti, i iirtrs rtr ti,) r li t ri l. s sitiit) itisst si sr iist lti t ttt rtr ti tri, t tt rtr ti. rl ti t tri ti it ri ls, t …

抄録 Water temperature (T w) is known to have an effect on the developmental rate (DVR) of
paddy rice. However, T w is not employed as input data in most developmental models …