GPM

Content which is affiliated solely with the Global Precipitation Measurement Mission.

Document Description

This 17 page flyer provides an overview of the GPM Mission. It describes the technologies used to measure precipitation and the missions scientific goals and societal applications.

Excerpt:

D3R Radar Arrives at Wallops

NASA's D3R radar at Wallops Flight Facility. Shown, NASA engineer Manuel Vega NASA's Dual-frequency, Dual-polarization, Doppler Radar (D3R) was transferred from Goddard Space Flight Center to Wallops Flight Facility this week. D3R's dual frequencies match those of the GPM Dual-Frequency Precipitation Radar ( DPR). Some work to the D3R computing infrastructure will be performed at Wallops, and then the radar will be collocated with NASA's NPOL radar in Newark, MD. Ku (large) and Ka (small) antennas being readied for installation on radar pedestal. NASA technicians preparing for installation of
GPM "Unique Perspectives" Contest
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GPM Successfully Completes Performance and Functional Testing

An engineer stands in front of the GPM Core Observatory in the EMI testing chamber. GPM has successfully completed post-environmental Comprehensive Performance and Functional testing. These tests are performed to verify that the GPM Core satellite still meets all of its requirements after completing a suite of environmental tests (thermal/vacuum, electromagnetic interference/electromagnetic compatibility, vibration/acoustic/shock). The satellite is now being prepared for shipment to the HII-A launch site in Tanegashima, Japan.

International GPM Ground Validation Workshop

The Sixth International Ground Validation Workshop will be held November 5 -7 in Rome, Italy, at the headquarters of the National Research Council of Italy ( CNR), Institute of Atmospheric Sciences and Climate ( ISAC). The workshop is organized in coordination with NASA’s Precipitation Measurement Missions Science Program. The meeting will focus on activities related to the upcoming launch of the Global Precipitation Measurement mission's Core Observatory, including: Developing consensus plans for post-launch assessments of satellite algorithms/products using GV measurements Reviewing results
2013 GPM Applications Workshop, November 13th-14, NOAA Center for Climate Predic
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GPM flying over Earth with a data swath visualized.
Date: November 12-13th Location: NOAA Center for Weather and Climate Prediction University of Maryland M Square Research Park College Park, MD 20740 Info: The Global Precipitation Measurement (GPM) and Tropical Rainfall Measuring Mission (TRMM) will hold its first Applications Workshop on November 12-13th, 2013 at the NOAA Center for Weather and Climate Prediction in College Park Maryland. This two day workshop will explore topics of weather forecasting, water resources, agricultural modeling, food security, hydrological modeling, disaster response, ecological forecasting and public health...
A 360 Degree View of Water
Update 1/8/14: "Water Falls" is coming soon to a sphere near you! Jan. 25, 2014: Premiere at The Wild Center, Tupper Lake, NY Jan. 29 & 30, 2014: Premiere at the Space Foundation, Colorado Springs, CO Jan. 31, 2014: Global Premiere, at a Sphere Near You Escaping from the ocean, then surfing on clouds until taking that fateful fall back to Earth, water is on a journey. NASA's new short film "Water Falls" invites the public along for the ride as scientists follow water around the globe — on a globe. Produced specifically for the Science on a Sphere media platform in partnership with the Global...

GPM Completes Vibration Tests

The GPM Core satellite successfully completed vibration testing in July 2013, at NASA's Goddard Space Flight Center, Greenbelt, Md. The tests ensure that the spacecraft can withstand the vibrations caused by the Japan Aerospace Exploration Agency (JAXA) H-IIA rocket during satellite’s launch early in 2014. Sitting on a specialized mobile platform, the GPM spacecraft was abruptly moved back and forth in each of its three spatial orientations. GPM attached to the shaker table for horizontal vibration testing. Credit: Warren Shultzaberger / NASA