Water Vapor RGB (2 km) Longwave IR (2 km)Longwave IR [Dvorak] (2 km) Visible Hi-Res (0.5 km)Visible / Shortwave IR (2 km) True Color (2 km)Water Vapor [6.9 μm] (2 km) Water Vapor RGB (2 km) Longwave IR (2 km)Longwave IR [Dvorak] (2 km) ...
Imagery interpretationMeteorologyRadiation effectsWater vapor channelsThis chapter introduces the main principles and aspects of the interpretation of satellite infrared measurements in the water vapor (WV) absorption band. Radiation model simulations are presented for showing the information content of 6.2渭m...
Water vapor imagery is a type of satellite imagery that uses sensors to detect and measure the amount of water vapor in the Earth's atmosphere. Unlike visible imagery, which captures images in the visible light spectrum, and infrared imagery, which detects temperature emitted by objects, water ...
Example of satellite imagery from NASA's MSFC imagery viewer There are six spectral bands available for GOES-East and GOES-West imagery: Red Visible (band 2), Snow/Ice Near-Infrared (band 5), Shortwave Infrared (band 7), Upper-Level Water Vapor (band 8), Clean Longwave Infrared (band 13...
卫星水汽图像上两次暴雨过程的干、湿特征对比分析 Comparative Analysis of Two Severe Rainfall Events with Different Dry-Moist Characteristics on Satellite Water Vapor Imagery 文档格式: .pdf 文档大小: 3.95M 文档页数: 9页 顶/踩数: 0/0 收藏人数: ...
Encyclopedia Wikipedia Related to weather satellite:weather radar ThesaurusAntonymsRelated WordsSynonymsLegend: Switch tonew thesaurus Noun1. weather satellite- a satellite that transmits frequent picture of the earth below meteorological satellite artificial satellite,orbiter,satellite- man-made equipment that...
The retrieval of satellite-derived winds and moisture from geostationary water vapor imagery has matured to the point where it may be applied to better understanding longer term climate changes that were previously not possible using conventional measurements or model analysis in data-sparse regions....
The GOES-16 water vapor imagery, including the 6.9 um mid-level and 6.2 um upper-level, suggested that the mid/upper shortwave was more amplified than initialized by the global models. The feature was also apparent in the GOES-16 7.3 um lower-level water vapor imagery, indicating it may ...
Fig. 1: CONUS imagery from GOES-16 of the Channel-9 Water Vapor imagery from the Central United States. A dry line front is clearly visible as drier air (yellow shades) advancing eastward through eastern Colorado. The National Centers for Environmental Prediction (NCEP) Central Operations steward...
This 30-second imagery from GOES-18 shows the launch and booster separation as seen across all three water vapor bands. GOES-U will be renamed as GOES-19 once it makes it to geostationary orbit.pic.twitter.com/u9KfRyfdM7 — CIRA (@CIRA_CSU)June 26, 2024 ...