Urban Renewal & Remote Sensing 🏙️ What if satellites could tell us when a city breathes, rebuilds, and transforms? A new study used 20 years of Landsat satellite data to map urban renewal in Beijing—capturing not just where old buildings were torn down and rebuilt, but when and how fast the changes happened.
Rural hollowing and land attachment
This study aims to understand the emergence of hollow villages with the abandonment of cropland and homestead using a spatially explicit agent-based model. The process of rural hollowing can be explained by social-ecological feedback between land use and labor migration.
This paper describes the dataset for assessing the spillover effects of concurrently implemented policies. Methods for assessing spillover effects among concurrent green initiatives Author: Qi Zhang Updated: November 2024
Nature-based solutions and wildlife-human conflicts
This study investigates household land-use decisions on cropland abandonment under the influence of crop-raiding by wildlife. The research integrates satellite remote sensing, statistical modeling, and multilevel analysis.
Reforestation Policy & Rural Livelihoods: Migratio & Remittance
This study investigates the role remittance play in sustaining forest and livelihoods. The experiment is based on China’s largest payments for ecosystem services policy, Congversion of Cropland to Forest Program (CCFP).
Editor’s Summary: Excessive rainfalls have led to a greater decrease in monsoon-season rice yield in India than deficit rainfalls, suggests a statistical analysis of historical rice production and climate data from 1990 to 2017.
This paper describes methods for assessing effects of concurrently implemented policies. Methods for assessing spillover effects among concurrent green initiatives Author: Qi Zhang Updated: April 2024
We develop global renewable energy trade networks (GRETNs) during 2000–2018 and explore the patterns and determinants based on bilateral trade data. Global renewable energy trade network in 2018 Author: Qi Zhang Updated: February 2024