Deep Learning Framework Improves Hub-Height Wind Speed Estimates for Power Projections
Researchers developed a ResUNet deep learning framework that simultaneously downscales near-surface winds and estimates hub-height wind speeds for wind power ...
Researchers developed a ResUNet deep learning framework that simultaneously downscales near-surface winds and estimates hub-height wind speeds for wind power ...
High-resolution regional climate simulations project widespread warming and intensifying extreme precipitation across the Himalayan arc between 2031 and 2060.
Projections indicate that twenty-first-century heatwaves will far surpass recently observed record events in cumulative heat and duration across multiple emissions ...
A CMIP6-based model study finds that 56 to 60 percent of India's land area shifts to higher drought hazard grades ...
A 40-member climate model ensemble reveals that the Southern Annular Mode and ENSO's nonlinear rectification of Southern Ocean winds drive ...
A global CMIP6 modelling study projects that compound renewable energy droughts, with simultaneous low wind and solar generation, intensify progressively ...
An analysis of four decades of Rwandan rainfall records and CORDEX-CORE climate projections finds the March-to-May long rains starting earlier, ...
An integrated study finds that Malawi's drinking water infrastructure faces accelerating cascading climate risks driven by a critical lake level ...
A downscaled seven-model climate ensemble projects steep increases in cattle heat-load days and unsafe outdoor working days across northern Australia's ...
A cyclonic disturbance over the northern Bay of Bengal, reinforced by the western Pacific subtropical high, triggered an extreme October ...
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© 2026 Scienmag - Science Magazine