Emergency operations
EarthRanger: managing survey and control aircraft during emergencies
Vulcan, a philanthropic organization, has developed the EarthRanger software for wildlife management. In 2020, DLIS collaborated with Vulcan to adapt the software for managing Desert Locust aerial survey and control operations. EarthRanger has been enhanced to ensure ingestion of eLocust3m and eLocust3g data as well as exporting manually entered data in a compatible format for inclusion in the RAMSES GIS used by national locust authorities. Prior to the use of EarthRanger, aircraft used in emergency locust operations were not systematically managed or tracked.
Vulcan, a philanthropic organization, has developed the EarthRanger software for wildlife management. In 2020, DLIS collaborated with Vulcan to adapt the software for managing Desert Locust aerial survey and control operations. EarthRanger has been enhanced to ensure ingestion of eLocust3m and eLocust3g data as well as exporting manually entered data in a compatible format for inclusion in the RAMSES GIS used by national locust authorities. Prior to the use of EarthRanger, aircraft used in emergency locust operations were not systematically managed or tracked.
EarthRanger: tracking specific control operations
All aircraft and associated logistics can be managed by EarthRanger's online system. Data are visualized on maps, including the locations of all aerial assets and spray runs of specific control operations in real-time with continual updates. Using Tableau, statistical and inventory information are tabulated and presented for reporting purposes.
All aircraft and associated logistics can be managed by EarthRanger's online system. Data are visualized on maps, including the locations of all aerial assets and spray runs of specific control operations in real-time with continual updates. Using Tableau, statistical and inventory information are tabulated and presented for reporting purposes.
See also
Données d’observation de la Terre
(en anglais)
Suivi depuis l’espace de l’évolution des précipitations, de la végétation et de l’humidité du sol.
Outils numériques
(en anglais)
Suite eLocust3: transmission en temps réel de données de terrain aux centres nationaux de lutte contre les acridiens.
Modèles
(en anglais)
Estimation de la vitesse de l’évolution acridienne, migrations, outils 3D et interventions optimales.
Systèmes d’information géographique (GIS)
(en anglais)
SIG RAMSES et SWARMS: gestion et analyse des données géospatiales
Drones
(en anglais)
dLocust: drone longue portée pour cartographier la végétation et détecter la présence de criquets pèlerins.
Prévisions climatiques
(en anglais)
Utilisation des prévisions de précipitations et de températures sur six mois pour déterminer l’évolution acridienne.