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11 to 15 of 15 Results

Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection Nov 20, 2020 - CLaMS Dataverse Grooß, Jens-Uwe, 2020, "Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection", https://doi.org/10.26165/JUELICH-DATA/ATC1MZ, Jülich DATA, V1 These are trajectory data calculated for the study by Hooghiem et al. (Atmos Chem. Phys. , 2020). In this study, wildfire-influenced airmasses were observed and the trajectories were used to trace back the origin.
traj_BZ2_3d_17090408_17082512.nc Nov 20, 2020 - Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection Network Common Data Form - 33.3 KB - SHA-256: 4f7ce89a44e789735921a27cefb9bbda2a50d4c887cc896c09347b1eb1943859 Trajectory from observation on 4 Sep
traj_BZ2_3d_17090508_17082612.nc Nov 20, 2020 - Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection Network Common Data Form - 33.3 KB - SHA-256: 0adb333fbb3678849ad03416b5e36685e6633f70a4a54465d0354887827a495c Trajectory from observation on 5 Sep
traj_BZ3_3d_17090302_17081212.nc Nov 20, 2020 - Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection Network Common Data Form - 99.7 KB - SHA-256: cf985170b0f1b74bba5738b67f28dc2de1bac372945e3ce1087bdc09e03c2b89 Trajectory from CALIOP Match on 3 Sep
traj_BZ4_3d_17082004_17081212.nc Nov 20, 2020 - Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection Network Common Data Form - 41.1 KB - SHA-256: 9f553a27409522044de9b88318a41a315b2da07c8015a7d2250de486353da98a Trajectory from CALIOP Match on 20 Aug

Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection

Nov 20, 2020 - CLaMS Dataverse

Grooß, Jens-Uwe, 2020, "Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection", https://doi.org/10.26165/JUELICH-DATA/ATC1MZ, Jülich DATA, V1

These are trajectory data calculated for the study by Hooghiem et al. (Atmos Chem. Phys. , 2020). In this study, wildfire-influenced airmasses were observed and the trajectories were used to trace back the origin.

traj_BZ2_3d_17090408_17082512.nc

Nov 20, 2020 - Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection

Network Common Data Form - 33.3 KB - SHA-256: 4f7ce89a44e789735921a27cefb9bbda2a50d4c887cc896c09347b1eb1943859

Trajectory from observation on 4 Sep

traj_BZ2_3d_17090508_17082612.nc

Nov 20, 2020 - Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection

Network Common Data Form - 33.3 KB - SHA-256: 0adb333fbb3678849ad03416b5e36685e6633f70a4a54465d0354887827a495c

Trajectory from observation on 5 Sep

traj_BZ3_3d_17090302_17081212.nc

Nov 20, 2020 - Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection

Network Common Data Form - 99.7 KB - SHA-256: cf985170b0f1b74bba5738b67f28dc2de1bac372945e3ce1087bdc09e03c2b89

Trajectory from CALIOP Match on 3 Sep

traj_BZ4_3d_17082004_17081212.nc

Nov 20, 2020 - Replication Data for: Trajectory Data Set from the study on the 2017 BC wildfire detection

Network Common Data Form - 41.1 KB - SHA-256: 9f553a27409522044de9b88318a41a315b2da07c8015a7d2250de486353da98a

Trajectory from CALIOP Match on 20 Aug

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