Trade can shift ecological pressures far beyond where goods are consumed.
Liang et al. (2026) show rising HANPP embodied in Belt and Road trade, increasingly transferring ecological burdens to resource-exporting regions.
@geosus.bsky.social
@geosus.bsky.socialTrade can shift ecological pressures far beyond where goods are consumed.
Liang et al. (2026) show rising HANPP embodied in Belt and Road trade, increasingly transferring ecological burdens to resource-exporting regions.
@geosus.bsky.socialHow is AI transforming ecology?
Wu, Luo, Liu et al. review 30 years of machine learning in ecology and explore the emerging shift toward human–AI collaborative research.
@geosus.bsky.socialCan satellite fusion improve wildfire severity mapping?
Nguyen Van et al. (2026) find Landsat-9 is the strongest single sensor, while Sentinel-2 + Landsat-9 provides the most consistent gains across 40 US wildfires.
@geosus.bsky.socialRural settlement fragmentation varies markedly across China.
Huang et al. (2026) find that a 10% settlement expansion was associated with a 23.5% decline in ecological connectivity in coastal regions.
@geosus.bsky.socialCan AI improve water allocation in drylands?
Lu et al. (2026) combine machine learning with multi-objective optimization to balance water use, economic efficiency and ecological needs at basin scale.
@geosus.bsky.socialChina's wind power expansion is delivering major climate benefits.
Long et al. (2026) estimate 3,672 Mt CO₂ avoided since 2006, with cumulative reductions potentially reaching 50,101 Mt by 2060.
