EUFAR10/01, flight day 238b/2010, Lake Balaton Peninsula

[iopa]

Data location: ~arsf/workspace/EU10_03-2010_238b_Lake_Balaton_Peninsula

Data arrived from ARSF via SATA disk Q on 15/09/2010.

Scientific objective: Mapping of species composition and stand health of shore vegetation, mapping of shore elevation and inundation structure.

This flight will also be used for EUFAR10-07.
Scientific Objective: High accuracy land use/land cover mapping, forest type mapping and invasive shrub species location

Priority: a4h

PI: A. Zlinszky

Note: Data is currently symlinked from ~arsf/arsf_data/2010/flight_data/archive_overflow and when this is resolved the symlinks will need to be re-directed.

Sensors:

• Eagle
• Hawk
• Leica LiDAR (04/03/2011)
• Digital Photography (04/03/2011)

[iopa]

The applanix and IPAS for this project have been copied from 238a. The processing need only be done once.

[iopa]

Note; Eagle file VNIR238b-10-3.raw is still incomplete and needs to be recovered when ARSF Ops notify us that it is on thelma.

[knpa]

Edited scientific objective.

[knpa]

This flight will also be used for EUFAR10-07.

[iopa]

From an email by Phil Goy on 19/10/2010,

Eagle file VNIR238b-10-3.raw is unrecoverable and we will have to process only the partial
one we already have.

The header for that still needs to be fixed to match the partial raw.

[iopa]

The header has been fixed and the line is processable as any other, BUT

(for eagle line 3)
azspec_args_extra needs to contain (at least):
azspec_args-extra = -sdr eagle/darkFrames.bil -sdh eagle/darkFrames.bil.hdr

Those dark frames have been extracted from VNIR238b-10-1.raw, it has been tested as far as azspec and seems to work. If any problems arise in next stages for this line, keep this in mind.

[iopa]

It turned out, as Phil and James told us when they visited, the above file was successfully recovered and then uploaded on thelma. After downloading and checking it, the file is complete and processable.

None of the above 'special care' will be necessary.

[knpa]

Appears to be an issue with the bandset labels in the header files; they start at 900nm which is lower than it should be. Possibly incorrect bandset selected or none specified. Will leave this until end of the year and new Hawk calibration.

[knpa]

Taking LIDAR.

[emca]

Processed the camera imagery from raw to tiff

[knpa]

Processed LIDAR. Images match-up well horizontally and vertically.

[knpa]

Delivery created and ready for checking at: ~airborne/workspace/EUFAR10_01-2010_238b_Lake_Balaton_Peninsula/delivery/20110221/EUFAR10_01

[iopa]

Checking LiDAR.

[iopa]

LiDAR delivery check;

no errors found, data ready for delivery.

[emca]

Processed camera data - ready for delivery check at
~airborne/workspace/EUFAR10_01-2010_238b_Lake_Balaton_Peninsula/delivery/20110302/EUFAR10_01

[anch]

Starting camera delivery check

[anch]

Camera delivery check complete.

All good and ready to deliver.

[anch]

Camera and LiDAR sent to PI