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@@ -5,6 +5,8 @@ Partner: MITIGA, INGV-OE
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  Project: UNICORN
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  Overview
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  The lava tool developed in the Unicorn project represents a coherent and easy-to-access platform for emergency managers and other stakeholders that integrates:
@@ -21,6 +23,8 @@ This dataset represents exemplary data produced by the lava platform for the Jun
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  Note: the outputs included in this dataset are illustrative samples intended to showcase the system's capabilities, and do not represent final production outputs.
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  Explanation of individual files
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@@ -35,7 +39,9 @@ this is only for exemplary purposes.
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  5. example-simulation_medium-scenario_June2026-eruption
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  This is one example simulation file created by the system for the medium scenario. Note that end-users are not receiving these data directly; this is only for exemplary
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  purposes.
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  Methodology summary
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@@ -60,6 +66,7 @@ The service then runs on Mitiga computing systems following the below process:
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  7.
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  The overall time from triggering the service to receiving the email is usually less than 30 minutes.
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  Application to the June 2026 eruption
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  Project: UNICORN
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  Overview
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  The lava tool developed in the Unicorn project represents a coherent and easy-to-access platform for emergency managers and other stakeholders that integrates:
 
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  Note: the outputs included in this dataset are illustrative samples intended to showcase the system's capabilities, and do not represent final production outputs.
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  Explanation of individual files
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  5. example-simulation_medium-scenario_June2026-eruption
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  This is one example simulation file created by the system for the medium scenario. Note that end-users are not receiving these data directly; this is only for exemplary
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  purposes.
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  Methodology summary
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  7.
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  The overall time from triggering the service to receiving the email is usually less than 30 minutes.
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  Application to the June 2026 eruption
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