A review of remote sensing technology for lower tropospheric thermodynamic (TD) profiling
is presented with focus on high accuracy and high temporal‐vertical resolution. The …

Weather radar is the most indispensable tool for remote sensing of clouds and precipitation.
This chapter provides a conceptual overview of the principles of dual-polarization Doppler …

In many countries wind turbines are rapidly growing in numbers as the demand for energy
from renewable sources increases. The continued deployment of wind turbines can …

Tropospheric refractivity, related to temperature, pressure, and humidity, is an interesting
parameter for weather analysis, prediction, and study of climate trends. It has been shown to …

Tropospheric refractivity, which is closely related to temperature, pressure, and relative
humidity, is a valuable parameter for weather forecasting and climate analysis. It has already …

Abstract The Advanced Regional Prediction System (ARPS) three-dimensional variational
(3DVAR) system is enhanced to include the analysis of radar-derived refractivity …

Improving Radar Refractivity Retrieval by Considering the Change in the Refractivity Profile and
the Varying Altitudes of Ground Targets in: Journal of Atmospheric and Oceanic Technology …

The aim of this work is to update ground‐clutter classification methods in weather radar
rainfall measurements to more accurately identify clutter pixels from wind farms …

Knowledge of the spatial and temporal variability of near-surface water vapor is of great
importance to successfully model reliable radio communications systems and forecast …

The vertical refractivity gradient (VRG) is critical to weather radar beam propagation. The
most common method of calculating beam paths uses the 4/3 Earth radius model, which …