PICOs HS3.3
|
HS3.3 Open Source Computing in Hydrology |
| Convener: Attilio Castellarin | Co-Conveners: Jan Seibert , Paolo Paron , Martinus van den Berg , Margherita Di Leo , Ann van Griensven |
|
PICOs
/ Tue, 29 Apr, 13:30–15:00
|
|
Tuesday, 29 April 2014 PICO Spot 1 |
|
|
13:30–13:40 PICO1.1 |
EGU2014-10327
HydRology Edzer Pebesma |
|
Data processing, preparation and reuse
|
|
|
13:40–13:42 PICO1.2 |
EGU2014-10052
Managing hydrological measurements for small and intermediate projects: RObsDat Dominik E. Reusser |
|
13:42–13:44 PICO1.3 |
EGU2014-6308
wradlib - an Open Source Library for Weather Radar Data Processing Thomas Pfaff, Maik Heistermann, and Stephan Jacobi |
|
13:44–13:46 PICO1.4 |
EGU2014-15456
Automatic set up of SHETRAN for catchments in Great Britain Elizabeth Lewis, Chris Kilsby, and Hayley Fowler |
|
13:46–13:48 PICO1.5 |
EGU2014-12645
Sharing Water-related Information to Tackle Changes in the Hydrosphere - for Operational Needs (SWITCH-ON) Berit ARHEIMER |
|
Modelling
|
|
|
13:48–13:50 PICO1.6 |
EGU2014-3810
An open-source distributed mesoscale hydrologic model (mHM) Luis Samaniego, Rohini Kumar, Matthias Zink, Stephan Thober, Juliane Mai, Matthias Cuntz, David Schäfer, Martin Schrön, Jude Musuuza, Vladyslav Prykhodko, Giovanni Dalmasso, Sabine Attinger, Diana Spieler, Oldrich Rakovec, John Craven, and Ben Langenberg |
|
13:50–13:52 PICO1.7 |
EGU2014-14007
The Wageningen Lowland Runoff Simulator (WALRUS): implementation and application to the freely draining Hupsel Brook catchment and controlled Cabauw polder Claudia Brauer, Paul Torfs, Ryan Teuling, and Remko Uijlenhoet |
|
13:52–13:54 PICO1.8 |
EGU2014-5605
Jump reconstruction in diffusive shallow water modeling Tullio Tucciarelli and Fernanda Ribeiro Reis |
|
13:54–13:56 PICO1.9 |
EGU2014-10038
An open source package of enhanced degree-day (hourly) models. Giuseppe Formetta, Stephanie K. Kampf, Olaf David, and Riccardo Rigon |
|
13:56–13:58 PICO1.10 |
EGU2014-12863
Development of an integrated modelling framework: comparing client-server and demand-driven control flow for model execution Oliver Schmitz, Derek Karssenberg, Kor de Jong, Jean-Luc de Kok, and Steven M. de Jong |
|
13:58–14:00 PICO1.11 |
EGU2014-15822
| presentation
Integrating an open source dynamic river model in hydrology modeling frameworks Frank Liu and Ben Hodges |
|
14:00–14:02 PICO1.12 |
EGU2014-14543
Multi-Hydro: towards a hydrological and hydraulic modelling of peri-urban catchment. Agathe Giangola-Murzyn, Auguste Gires, Abdellah Ichiba, Julien Richard, Daniel Schertzer, and Ioulia Tchiguirinskaia |
|
14:02–14:04 PICO1.13 |
EGU2014-6237
Open-Source Software for Analytic Modeling of Transient Groundwater flow Using Interactive IPython Notebooks (withdrawn) Mark Bakker |
|
Water resources management and planning
|
|
|
14:04–14:06 PICO1.14 |
EGU2014-11652
ArcNEMO, a spatially distributed nutrient emission model developed in Python to quantify losses of nitrogen and phosphorous from agriculture to surface waters Mattias Van Opstal, Mia Tits, Veronique Beckers, Okke Batelaan, Jos Van Orshoven, Annemie Elsen, Jan Diels, Tom D'heygere, and Kor Van Hoof |
|
14:06–14:08 PICO1.15 |
EGU2014-12783
An Open Source approach to automated hydrological analysis of ungauged drainage basins in Serbia using R and SAGA Nikola Zlatanovic, Irina Milovanovic, and Jelena Cotric |
|
14:08–14:10 PICO1.16 |
EGU2014-11334
Open-Source as a strategy for operational software - the case of Enki Sjur Kolberg and Oddbjørn Bruland |
|
14:10–14:12 PICO1.17 |
EGU2014-10624
Exceedance Probabilities of Envelope-Curves: the R-package “pREC” Attilio Castellarin, Alessio Pugliese, and Björn Guse |
|
14:12–14:14 PICO1.18 |
EGU2014-7140
Flood hazard mapping using open source hydrological tools Daniel Tollenaar, Lex Wensveen, Hessel Winsemius, and Jaap Schellekens |
|
14:14–14:16 PICO1.19 |
EGU2014-14643
Open source 3D visualization and interaction dedicated to hydrological models Julien Richard, Agathe Giangola-Murzyn, Auguste Gires, Ioulia Tchiguirinskaia, and Daniel Schertzer |