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To see all 181 photos in this album of buses, many in the North East and from April 2005, please click here - www.flickr.com/photos/mals_uk_buses/sets/72157651711223322
The complete 8683 LEGO Minifigures Series 1 collection review can be found in Eurobricks, www.eurobricks.com/forum/index.php?showtopic=41524
Special Olympics Sargent Shriver International Global Messengers, class of 2015 to 2019, with Special Olympics Chairman Tim Shriver and Special Olympics CEO Janet Froetscher.
Stand around in the hall in a group trying to have a conversation and someone. . . everyone will ask for your picture. Hell, I can't make one pass across the con space without being stopped a few times for a photograph.
Image of our group taken on the Boston Seaport Walk on July 18th, part of Scott Kelby's World Wide Photo Walk Day.
These are Paleocene-aged, nonmarine, siliciclastic sedimentary rocks in North Dakota's Little Missouri Badlands. Most of the outcrops seen here are the Sentinel Butte Formation. The underlying Bullion Creek Formation is exposed along drainage in the lowest-elevation valleys.
Stratigraphy: Sentinel Butte Formation over Bullion Creek Formation, upper Fort Union Group, Upper Paleocene
Locality: view from the summit of Buck Hill, Little Missouri Badlands, South Unit of Roosevelt National Park, western North Dakota, USA
Project: Spring Forecasting Experiment
Location: National Weather Center (Norman, Oklahoma)
Date: May 2023
Photographer: James Murnan (NOAA/NSSL)
Summary: The Spring Forecasting Experiment provides opportunities for forecasters to provide feedback to ensure that new guidance products and visualization approaches meet their needs. This is a unique opportunity to see and influence the future of NWS forecasting tools for high-impact weather.
* The experiment is directly aligned with NOAA FACETs and Warn-on Forecast (WoF) programs, including examination and evaluation of real-time forecasts from a prototype WoF ensemble system.
* Activities are formulated to provide evidence-based information on how best to design convection-allowing models and ensemble systems, which is accomplished through contributions to the Community-Leveraged Unified Ensemble (CLUE) by EMC, GSL, NCAR, NSSL, and GFDL.
* The SFE supports NOAA plans to develop a simplified, unified forecast system (UFS) centered on the FV3 dynamic core. A prototype FV3-based CAM system called the Rapid Refresh Forecast System (RRFS) will be evaluated against the operational HRRR and HREF for severe weather forecasting applications..
* New testing and evaluation activities for SFE 2023 will include examinations of regional and global-with-nest versions of the Model for Prediction Across Scales (MPAS). New extended range (Days 3-8) CAM ensemble evaluations will also be conducted.