Cold stress seriously affects rice yield in Northeast China and, as a result of climate change,
there are new trends in the characterization of cold damage. Accurate simulation of water …

Rice production not only consumes large amounts of irrigation water and fertilizer, but also
poses a high risk of water pollution by delivering nitrogen (N) through surface runoff. To …

Flooded rice paddies are important for modifying land surface energy and water budgets,
especially in Asian countries. This study incorporated shallow paddy water into the Noah …

Rice grain yield and quality are negatively impacted by high temperature stress. Irrigation
water temperature significantly affects rice growth and development, thus influencing yield …

Dew formation in the rice canopy was directly observed to assess its actual nature and was
simulated using a multilayer microclimate model to understand the relationship between the …

With the development of large‐scale rice cultivation management initiatives in East Asia,
there is concern that a reduction in the number of human cultivators per unit area may lead …

Shallow-water temperature is an essential factor in various ecosystems, particularly in paddy
fields, as damage to paddy rice due to high temperatures may severely affect grain yields …

A simple formula is proposed to calculate the air temperature from the temperatures of
multiple spheres of different size and thus eliminate the effects of radiation on the …

Phenotypic plasticity in time to and size at metamorphosis are representative examples of
the responses of larval amphibians to variable wetland environments. Larval growth rate is …

We developed a rice paddy model based on Noah land surface model (LSM) considering
the standing water layer during the irrigation periods. In the model, we adopted a consistent …