AI With Double Attention Sharpens Drought Forecasts Across China
Chinese researchers have developed FAELSTM, a dual-attention deep learning framework that outperforms existing models in forecasting agricultural drought by filtering ...
Chinese researchers have developed FAELSTM, a dual-attention deep learning framework that outperforms existing models in forecasting agricultural drought by filtering ...
Geomorphologists and historians have reconstructed the lost artificial Lake Lorsch, showing that sediments, channels and elevation data still record 500 ...
A Bayesian spatio-temporal analysis of Bogotá's 2019–2024 water consumption reveals that locality-level demand follows spatially heterogeneous dynamics that simple city-wide ...
A new CMIP6-based global assessment projects that soil moisture droughts will become longer and more severe by 2050, pushing agricultural ...
A new satellite altimetry study has produced the first global map of river flood peak timing, revealing earlier peaks at ...
A 26-year analysis shows that upstream Everglades groundwater is driven by managed freshwater flows while coastal aquifers increasingly answer to ...
A five-year hydrogeochemical study of Messenia, Greece, shows that groundwater quality improved significantly during the COVID-19 Anthropopause and deteriorated again ...
A scoping review of 35 studies finds that African climate adaptation succeeds most often when technology is embedded in hybrid ...
A large-scale econometric study of over 33,000 households finds that only 9.4 percent of farmers in southern Ethiopia irrigate, with ...
New research from Colorado State University shows that U.S. agricultural irrigation prevents significantly more greenhouse gas emissions than it produces ...
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© 2025 Scienmag - Science Magazine