Deep Learning Network Reconstructs Missing Geometry in Maize Leaf Point Clouds
Researchers have developed PFL-Net, a deep learning network that reconstructs incomplete three-dimensional point clouds of maize leaves to improve structural ...
Researchers have developed PFL-Net, a deep learning network that reconstructs incomplete three-dimensional point clouds of maize leaves to improve structural ...
A study of 1,321 coffee plots in Vietnam's Central Highlands finds that grafting increases Robusta coffee yields by 61 percent ...
A hybrid classical-quantum computer vision pipeline measures rice panicle density, size, and curvature from slanted drone images, outperforming standard segmentation ...
An exploratory single-case study of 51 Yangyuan farmers found that coordinated innovation across breeding, machinery, processing, marketing, and contracts was ...
A comparative study finds that Kazakhstan–China agricultural trade has grown rapidly and rests on complementary production, but standardization, logistics, investment ...
An international model estimates that smart-farming technologies are already profitable on 42% of global cropland and could pay off on ...
A new study of 30 Chinese provinces finds that the rural digital economy significantly strengthens agricultural resilience, with direct, spatial ...
A 15-year analysis of 30 Chinese provinces shows digital agricultural technology innovation reduces agricultural carbon emission intensity, but only where ...
A new evolutionary game model reveals that green farming adoption depends on coordinated support from government, banks, and technology service ...
Researchers have built an AI framework that grades cassava roots by amylose content using hyperspectral imaging and reconstructs the crucial ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine