Development and application of Doppler radar profilers to ground validation of satellite precipitation measurements

Submitted by LisaN on
Publication Year
Authors
Gage, K. S., C. R. Williams, W. L. Ecklund, and P. E. Johnston
Journal
Adv. Space Res.
Volume
24(7)
Page Numbers
931-934
DOI
10.1016/S0273-1177(99)00366-X
Mission Affiliation
Major Category

Cluster Analysis Applied to Spatiotemporal Variability of Monthly Precipitation over Paraíba State Using Tropical Rainfall Measuring Mission (TRMM) Data

Submitted by LisaN on
Publication Year
Authors
Santos, C. A. G., R. M. B. Neto, R. M. da Silva, and S. G. F. Costa
Journal
Remote Sens.
Volume
11(6)
Page Numbers
637
DOI
10.3390/rs11060637
Mission Affiliation
Major Category
Rain Patterns During the Alaska Wildfires
NASA's satellite-based estimate of global precipitation can provide valuable information to officials monitoring the many wildfires in Alaska this summer. Wildfires occur in Alaska each summer, but July 2019 is shaping up to be a particularly active month. Few rain gauges exist in the large tracts of Alaskan wilderness, but wildfires unchecked can spread to populated areas within the state. Satellite-based precipitation estimates are particularly valuable here because of precipitation's relationship to wildfire hazard. The movie shows NASA's IMERG precipitation estimates for May 1 through July...
Observing the Intertropical Convergence Zone with IMERG
The intertropical convergence zone or “ITCZ” roughly forms a band that circumnavigates the Earth near the Equator where the northeast trade winds in the Northern Hemisphere converge with the southeast trade winds in the Southern Hemisphere. Sailors have often referred to it as the “doldrums” due to its generally light winds. Yet, the ITCZ is an important part of the global circulation as it forms the ascending branch of the Hadley circulation. This is ultimately driven by incoming solar radiation, which peaks near the Equator. This warms the air and the ocean, causing warm buoyant air to rise...