Channels - A Method for Calculating Radar Echo-Top Height Based on Signals From the Same Horizontal Location :: FRELIP Discovery

Similar Items: A Method for Calculating Radar Echo-Top Height Based on Signals From the Same Horizontal Location

Quick Look
A comparative analysis of reference evapotranspiration from the surface of rainfed grass in Yaounde, calculated by six empirical methods against the penman-monteith formula
Quick Look
Cloud-Top Cooling Rate Based Rapidly Developing Convection Detection Using FY-2F Satellite Images
Quick Look
Bayesian estimation of englacial radar chronology in Central West Antarctica
Quick Look
Markov chain analysis of the rainfall patterns of five geographical locations in the south eastern coast of Ghana
Quick Look
Analysis of the Cause and Radar Characteristics of a Rare Autumn Strong Tornado Process Occurred in Northern Jiangsu Province
Quick Look
Estimation of snow depth from AMSR-2 based on an AutoML method over the Qinghai-Tibet Plateau
Quick Look
A Dual‐Perspective View of Kilometer‐Scale Precipitation Data Remapping: Differences Between Conservative and Nonconservative Methods
Quick Look
Life Cycle Assessment of Peat Extraction Towards Peat-bog Reconversion Strategies: Scenarios Comparison Based on a Real Case Study from a Latvian Peat Extraction Factory
Quick Look
Erratum to: Life Cycle Assessment of Peat Extraction Towards Peat-bog Reconversion Strategies: Scenarios Comparison Based on a Real Case Study from a Latvian Peat Extraction Factory
Quick Look
AF-UNet: Intelligent Recognition Model for Atmospheric Fronts Based on Adaptive Fuser
Quick Look
Digital Twin‐Based Uncertain Weather Condition Monitoring for Enhanced Crop Yield Prediction
Quick Look
A farmer-based analysis of climate change adaptation options of agriculture in the Bărăgan Plain, Romania
Quick Look
The Rain Intensity Formula of Xunxian Based on Minute Precipitation Data Interpolation Extension and Its Applicability
Quick Look
Empirical Model for Predicting the Combustion Performance of Low-Quality Biomass Pellets Based on Experimental Data
Quick Look
LSTM-Based Hybrid Deep Learning Models for Visibility Prediction: A Data-Driven Approach
Quick Look
Neural Network–Based Precipitable Water Vapor Estimation Integrating Ground Observations and GFS Data
Quick Look
Insights from a European Hail Research Project—A Seamless Approach from Observations and Numerical Simulations to Impacts in a Changing Climate
Quick Look
Cultivation of Euglena gracilis on Residues from a Food Industry
Quick Look
Information loss in palaeoecological data from process and observer error
Quick Look
Understanding the mechanisms that exclude indigenous knowledges from the IPCC reports
Quick Look
Monetary Policy, Institutional Quality, and Ecological Footprint: Insight From ECOWAS
Quick Look
Beyond exposure, sensitivity and adaptive capacity: a response based ecological framework to assess species climate change vulnerability
Quick Look
Discussion on Early Warning of the Risk of Low-Temperature Rain, Snow, and Icing Hazards in Chongqing Based on Historical Disaster Data
Quick Look
Machine Learning‐Based Air Temperature Prediction for Homa Bay County in Kenya: Implications for Weather‐Sensitive Sector Resilience