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<title>Channels - The Rain Intensity Formula of Xunxian Based on Minute Precipitation Data Interpolation Extension and Its Applicability :: FRELIP Discovery
Channels The Rain Intensity Formula of Xunxian Based on Minute Precipitation Data Interpolation Extension and Its Applicability
Discussion on Early Warning of the Risk of Low-Temperature Rain, Snow, and Icing Hazards in Chongqing Based on Historical Disaster Data
Seasonal characteristics and trends in precipitation partitioning in the Arctic
Radar Maxima: Calibrated Area‐Based Probabilistic Forecasts for Heavy Precipitation
Remote impacts of maritime continent deforestation on early summer precipitation across Asia
Understanding biases and changes in European heavy precipitation using dynamical flow precursors
Unraveling the South–North Dipole in August Precipitation–Surface Air Temperature Relationship Over the Tibetan Plateau
Precipitation quantity and timing affect native plant production and growth of a key herbivore, the desert tortoise, in the Mojave Desert
Verification of Calibrated Multimodel Subseasonal Precipitation Predictions Cascaded From Global to Regional Scale Over Ceará State in Brazil
Differences Among the Precipitation Variations Over the Lower Reaches of the Jinsha River Basin on Southeastern Tibetan Plateau in June, July, and August
Correction to “Projections of Precipitation and Temperature Changes and Trends Using CMIP6 Global Climate Models in the Eastern Amhara, Northeastern, Ethiopia”
Observation and Numerical Simulation of a Microburst Encounter by an Arriving Aircraft at Hong Kong International Airport During Intense Convective Weather on August 14, 2025
Applicability Study of a Diffusion Transformer Forecasting Model in the Complex Terrain of Guizhou
Research on the Application of Weather Radar Echo Extrapolation Technology in Nowcasting of Civil Aviation Meteorology
Travelers Research Center: A Brief History and Its Contributions to the Emergence of Meteorology and Environmental Research in the Mid-Twentieth Century
Information loss in palaeoecological data from process and observer error
Glacier mass balance and its response to 2022 heatwaves for Kangxiwa Glacier in the eastern Pamir: insights from time-lapse photography
Data-adaptive harmonic decomposition and prediction of Arctic sea ice extent
Drought, Conflict and the Use of Historical Data and Methodologies in Interdisciplinary Palaeoclimatic Research
Multivariate Regression Analysis of Bio-Oil Yield Using Literature-Derived Biomass Data
Observational Data for Next-Generation Climate Model Evaluation: Requirements, Considerations, and Best Practices
Empirical Model for Predicting the Combustion Performance of Low-Quality Biomass Pellets Based on Experimental Data
Flowering-Stage Heat Stress Assessment in Summer Maize Using Multi-Source Data and Machine Learning
Disentangling key cloud properties for precipitation retrievals from geostationary satellite data using machine learning
Response to Foxhall Forbes et al. (2026) “Drought, conflict and the use of historical data and methodologies in interdisciplinary paleoclimatic research”
