Date post: | 21-Dec-2014 |
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Technology |
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A T M O S
Delft University of Technology
1 Atmospheric Remote Sensing
RainGain Project and TUDelft
Ricardo Reinoso-Rondinel,
Guendalina Bruni, Herman Russchenberg, and Marie-Claire ten Veldhuis
Faculty of Civil Engineering and Geosciences,
Atmospheric Remote Sensing,
Delft University of Technology
3TU.Datacentrum Symp 26th May 2014
A T M O S
Delft University of Technology
2 Atmospheric Remote Sensing
Obtain rainfall at high spatial and temporal resolution to enhance urban
pluvial flood prediction.
North West European Project: RainGain
Adapted from www.raingain.eu
A T M O S
Delft University of Technology
3 Atmospheric Remote Sensing
City pilot in the NL: Rotterdam
Adapted from www.hdtimelapse.net
A T M O S
Delft University of Technology
4 Atmospheric Remote Sensing
The challenge: coping with heavy rainfall in cities
A T M O S
Delft University of Technology
5 Remote sensing of the environment (RSE)
How to measure rain?
Adapted from en.wikipedia.org
A T M O S
Delft University of Technology
6 Remote sensing of the environment (RSE)
How to measure rain?
radar
DATA
Adapted from en.wikipedia.org
A T M O S
Delft University of Technology
7 Remote sensing of the environment (RSE)
DATA
Who needs data?
Adapted from en.wikipedia.org
USERS
A T M O S
Delft University of Technology
8 Remote sensing of the environment (RSE)
Data Management Plan
3TU.Datacentrum
RainGain Project & 3TU.Datacentrum
RainGain
Adapted from www.highsnobiety.com Adapted from www.shutterstock.com
Adapted from http://www.educause.edu
A T M O S
Delft University of Technology
9 Remote sensing of the environment (RSE)
Data Management Plan
3TU.Datacentrum
RainGain Project & 3TU.Datacentrum
RainGain
• Explanation
• Bring up questions
• Advice
Dataset
Storage
Archiving
Access
Discovery
Reuse
• Discussion
• Define
• Rules
• Limitation
• Before, during, after