Version 2 2025-04-21, 10:42Version 2 2025-04-21, 10:42
Version 1 2025-04-20, 04:22Version 1 2025-04-20, 04:22
dataset
posted on 2025-04-21, 10:42authored byYinhaibin DingYinhaibin Ding, Hong Zhang, Lu Xu, Lijun Zuo, Zihuan Guo, Haoxuan Duan, Mingyang Song, Yazhe Xie, Ji Ge, Yafei Zhu, Chao Wang, Huadong Guo
As a major food crop, rice is highly vulnerable to climate change. Assessing future changes in rice yields due to global climate extremes is critical for maintaining rice security. We projected the global rice yield distribution from 2030 to 2079 at a spatial resolution of 0.5° under the SSP126, SSP245, and SSP370 scenarios. The relative contributions of five key climate extreme indices were then determined. This study provides a spatial distribution of the magnitude of the impact of climate extremes on global rice yield variability, which has important scientific and practical value for global rice security.
The dataset includes the raster maps produced in the study. The core codes are also stored in a zip package.
Funding
International Research Centre of Big Data for Sustainable Development Goals (CBAS)