NSSL’s Zachary Flamig has been awarded the prestigious 2013 Chateaubriand Fellowship. The merit-based grant is offered by the Embassy of France in the United States and aims to encourage collaborations, partnerships or joint projects between France and the U.S. Flamig is a Ph.D. student in the School of Meteorology at The University of Oklahoma and works at NSSL with advisor J.J. Gourley.
Flamig will conduct his fellowship at the University Joseph Fourier in Grenoble, France and will work with the Hydrometeorology, Climate and Impacts (HCMI) team at the Laboratoire d’etude des Transferts en hydrologie et Environnement (LTHE). His mission will be to explore a variety of hydrologic models with various physics representations, including the French Cevennes (CVN) distributed hydrologic model, to determine the surface runoff generation and routing mechanisms that are needed to yield accurate simulations of flash floods. Results from his research topic will be incorporated in the U.S. Flooded Locations and Simulated Hydrographs (FLASH) project at NSSL, which capitalizes on the high-resolution (1km/5min) radar-based inputs from the NMQ/Q2 system. The four-month fellowship begins in January, 2014.
NSSL collaborated with the French team during HyMeX (Fall 2012) and used the NOAA X-Pol mobile radar to complement the research radar network. NSSL/CIMMS previously hosted an LTHE graduate intern, Martin Calianno, and is presently hosting Prof. Celine Lutoff, a social scientist. Flamig’s fellowship will strengthen collaboration between the teams to advance the state-of-the-science of flash flood prediction and societal impacts.
A team from NSSL will partner with the NOAA Hydrometeorological Testbed at the Weather Prediction Center to host the 1st annual Flash Flood and Intense Rainfall Experiment (FFaIR). FFaIR will explore using high-resolution atmospheric and hydrologic models to improve short-term forecasts of both precipitation amounts and flash flooding. The project runs from July 8-26, 2013.
NSSL’s Flooded Locations And Simulated Hydrographs (FLASH) system will be one of several modeling systems evaluated during FFaIR. The FLASH system uses radar-estimated rainfall from NSSL’s National Mosaic and QPE System (NMQ/Q2) as input into the CREST (Coupled Routing and Excess STorage) hydrologic model. FLASH then creates real-time 6-hour forecasts on a 1km grid that is updated every 15 minutes.
The 2013 FFaIR experiment will provide, for the first time, a pseudo-real time environment where participants from across the weather enterprise can explore the interface of meteorology and hydrology. Working together through the forecast process will foster collaboration between National Centers for Environmental Prediction, National Weather Service Forecast Offices, NOAA labs, and the academic community.
NOAA XPol (NOXP) preparing to participate in the HyMeX Experiment.
NOAA, NASA and the University of Connecticut are representing the United States in the Hydrological Cycle in the Mediterranean Experiment (HyMeX), the largest weather field research project in European history.
HyMex is a 10-year international effort to better understand, quantify and model the hydrologic cycle in support of improved forecasts and warnings of flash floods in the Mediterranean region.
For additional details see http://www.noaanews.noaa.gov/stories2012/20120912_flashflood.html
The team behind NMQ-FLASH-LANDSLIDE.
The kickoff meeting for NMQ-FLASH-LANDSLIDE (NFL) was held after a successful proposal. More details on future work and what this holds for the NMQ-FLASH project will be posted at a future time.
First CONUS flash flooding simulations are being produced by FLASH.
After the first successful tests over the Arkansas-Red river basins the FLASH system was scaled up to run over the CONUS at 1 km² spatial resolution. Work continues to correct the frequency estimates for the finer resolution NMQ/Q2 products.
First flash flooding simulations are being produced by FLASH.
Precipitation estimates from NMQ/Q2 are now flowing to FLASH in real time, and the very first flash flooding simulations over the Arkansas-Red river basins are being produced. The results will become more meaningful after the model has had time to spin up.
FLASH hardware consisting of 24 cores and 64 GB of RAM was recently installed in the computer room at the National Weather Center.
Hardware was purchased and installed at the National Weather Center to host the real-time FLASH system and web-based product dissemination system. A single server with 24 processing cores and 64 GB of RAM will be used for the initial demonstration system. The initial system demonstration will focus on Arkansas-Red Basin River Forecast Center (ABRFC) and Colorado Basin River Forecast Center (CBRFC) with a goal of having a single deterministic run forced by the NMQ Q2 radar only product every 5 minutes online within the next few months. Once that point is reached the system will quickly be expanded to CONUS coverage with ensemble forecasts.
Research intern, Martin Calianno, communing with nature.
Martin Calianno completed his internship at NSSL and has returned to Grenoble, France to finalize his 2nd Masters in HydroHazards at Universite Joseph Fourier. We wish Martin good luck with his career and rock climbing adventures.
J.J. Gourley gives invited presentation on “NMQ-FLASH: A prototype system for flash flood prediction in the USA” in H21G. Application of Physically Based Distributed Hydrological Models to Flood Forecasting: Progresses, Challenges, and Future Directions I at the American Geophysical Union Fall Meeting in San Francisco, CA.
An Inbox article proposal submitted to the Bull. Amer. Meteor. Soc. On “A Unified Flash Flood Database over the US” by Gourley et al. has been accepted.