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Informazioni - link

1. Sito ufficiale del modello GNOME
   https://response.restoration.noaa.gov/oil-and-chemical-spills/oil-spills/response-tools/gnome.html
2. GNOME model driving forces - Forecast data of driving forces for oil spill trajectory simulations with GNOME model; daily updated.
   Driving forces for oil spill simulations via GNOME model
   http://interreg.c3hpc.exact-lab.it/FIRESPILL/gnome_inputs/gnome_inputs.html
3. Daily oil spill simulations - Oil spill forecasting simulations via PyGNOME model; daily updated.
   http://interreg.c3hpc.exact-lab.it/FIRESPILL/pygnome_sims/pygnome_sims.html
4. GNOME course - Material of the course on GNOME model held in September 2021.
   http://interreg.c3hpc.exact-lab.it/FIRESPILL/gnome_course/gnome_course.html

In order to identify the simulation of interest via its ID, see the table at the end of the page.

Oil trajectories are simulated by means of NOAA's PyGNOME model. Output is provided in the form of a GIF animation. Black dots represent the forecast trajectories, while red dots represent trajectories that incorporate a certain level of uncertainty in the model input data.

Every simulation set is identified via a unique ID, which contains the information about the simulation specific features. All sets consist of 24 forecasting simulations: each one refers to a spill starting at a specific hour (UTC) of the current day.

Each simulation set is identified by a 15-character alphanumeric code XXXXXXXXXX_XXXX: 10 hexadecimal digits that identify the general class and 4 hexadecimal digits that identify the specific features, separated by an underscore. The following table contains the details about the code meaning. Please see it to identify the simulation of interest.

 Driving forces for oil spill simulations via GNOME model

Tools for GNOME model