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