Assessment of Satellite Precipitation Products in Relation With Orographic Enhancement Over the Western United States

Submitted by LisaN on
Publication Year
Authors
Adhikari, A., and A. Behrangi
Journal
Earth and Space Science
Volume
9(2)
Page Numbers
e2021EA001906
DOI
10.1029/2021EA001906
Mission Affiliation
Major Category
Screenshot of the IMERG animation showing rainfall totals from the atmospheric river in Jan. and Feb. 2024.
A pair of powerful atmospheric river events brought heavy precipitation across much of coastal California this week, resulting in record rainfall totals, extensive flooding, numerous landslides, hurricane-force winds, and power outages. These types of atmospheric river events that impact the U.S. West Coast are also known as the “Pineapple Express” due to their transport of moisture up from the Tropics originating around Hawaii. The first event had the greatest impact on northern and central California. It was initiated when a large low-pressure trough located in the northeast Pacific

Resumption of radar and combined NRT products

On 16 January 2024, JAXA MOS will begin sending an NRT version of L1B Ku and Ka radar. PPS NRT will begin producing L2 KU, KA, and DPR radar products. It will also begin producing combined GMI/radar products. All these products will have the data version V07X. The X is to designate that this is not the final code for radar products including boost adjustments but an early one to allow resumption of GPM NRT. The final version will arrive in March 2024. The algorithm versions for the radar products will also change. So, if you retrieve radar products based on file names, you should not use the
jasper-screenshot.png
In mid-December 2023, the far north region of Australia’s Queensland state experienced heavy precipitation and flooding as a result of Tropical Cyclone Jasper, which made landfall on December 13 north of the town of Port Douglas. The Joint Typhoon Warning Center began issuing bulletins on Jasper on December 5 as it developed into a tropical depression over the Western South Pacific Ocean. By December 7, Jasper had strengthened to a Category 4-equivalent cyclone on the Saffir-Simpson scale as it tracked southwestward. By the time it made landfall on December 13, Jasper’s winds had weakened back