Model-Integrated Crop Meteorological Database (Meteocrop DB)
National Agriculture and Food Research Organization (NARO), Japan | Source | (In Japanese)
The Model-Integrated Crop Weather Database provides key meteorological data, including solar radiation, humidity and evapotranspiration that affect rice growth, from AMeDAS (Automated Meteorological Data Acquisition System) and weather station sites across Japan. It estimates rice growth conditions at selected locations and assesses microclimatic factors in paddy fields, such as water temperature and rice ear temperature, which affect yield and ripening. By integrating with existing crop databases and trail data, it facilitates analysis of the impact of climate change on rice production, supporting future yield projections, risk assessment and adaptation strategies.
Viewed Articles
National Agriculture and Food Research Organization (NARO), Japan | Source | (In Japanese)The Model-Integrated Crop Weather Database provides key meteorological data, including solar radiation, humidi
Read More
US NOAA | Source | Data |The Long-term Observations of Greenhouse gases and Ozone-depleting Substances (LOGOS) Division is dedicated to long-term atmospheric measurements of gases that affect climate,
USDA | Source | USDA's International Climate Hub is a global platform for sharing research, tools, and best practices to enhance climate adaptation and mitigation for farmers, ranchers, and fores
Foodsteps | Source | Foodsteps is a food sustainability platform designed for food service operators and manufacturers seeking trustworthy, data-driven insights to measure, reduce, and report environm
Agroforestry.com | Source | User Manual | AgroforestryX is a web-based design tool developed by Regenerative Agroforestry Systems (RAS) in Hawaii to support the creation of multistory agroforests tail
LCA Software Directory | The Directory is an independent initiative run by Brussels-based LCA professionals. It aims to be a reliable source of market research, business news and investment insights