EUFAR10/01 (AIMWETLAB), flight day 238d/2010, Lake Balaton Peninsula

[iopa]

Data location: ~arsf/workspace/EUFAR10_01-2010_238d_Lake_Balaton_Peninsula

Data arrived from ARSF via SATA disk Q on 15/09/2010.
However missing IPAS and LiDAR data on disk Q and on thelma delayed unpacking until 06/10/2010.

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

This is the second set of data of the split 238c (see ​http://arsf-dan.nerc.ac.uk/trac/ticket/373 for details)

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 (28/03/2011)
• Hawk (28/03/2011)
• Leica LIDAR (04/03/2011)
• Digital Photography (04/03/2011)

[iopa]

Applanix and IPAS are common with 238c and need only be processed once.

[knpa]

Added scientific objective.

[knpa]

This flight will also be used for EUFAR10-07.

[emca]

Processed the camera imagery from raw to tiff

[anch]

Taking LiDAR and camera

[anch]

IPAS for 238c covers this flight and has already been processed so I am using this to process LIDAR and tag photos.

[anch]

Re-processing camera so that we can re tag with corrected event file.

[anch]

Lidar submitted for delivery check

[emca]

LiDAR delivery check complete.

Data is good, just a couple of fixes/typos:
Change julian day to 238d on logsheet
PI name incorrectly spelt on logsheet
Readme: dem resolution should be 2.0
Screenshot names - rename to standard name
DEM name - change to reflect new convention (-lidar-ASTER)

[anch]

Camera ready for checking at:

/users/rsg/arsf/workspace/EUFAR10_01-2010_238d_Lake_Balaton_Peninsula/delivery/20110303/EUFAR10_01

[iopa]

Checking camera.

[iopa]

Camera check;

data and delivery are good and ready to deliver.

[anch]

LiDAR and camera sent to PI

[iopa]

For Hyperspectral processor ; line 24 for Eagle & Hawk should be sliced around halfway as it looks like (when used for other testing) the lens was covered before the sensors were turned off.

[emca]

Starting Hyperspectral processing

[emca]

Hyperspectral data is ready for delivery check at
/users/rsg/arsf/workspace/EUFAR10_01-2010_238d_Lake_Balaton_Peninsula/delivery

SCT values:

Line	Eagle	Hawk
15	+0.03	-0.01
16	-0.02	0.00
17	0.00	+0.02
18	0.00	0.00
19	+0.03	0.00
20	+0.04	+0.02
21	0.00	0.00
22	0.00	+0.02
23	+0.01	0.00
24	0.00	0.00

Notes:
Line 20 contained a bend so both eagle and hawk lines were processed using -l 250 6000 in azspec
As noted above the end of line 24 was removed. Eagle was processed using -l 0 6590 and hawk using -l 0 6200 in azspec.

[iopa]

Hyperspectral check complete;

nothing to report, ready to go.

[iopa]

Hyperspectral has been dispatched (28/03/2011)

[knpa]

Project has been r-synced, beginning archiving.

[knpa]

AIMMS and GRIMM data present

[knpa]

Tarball created, made available to NEODC (17/05/11)

[knpa]

Backed-up by NEODC.

Moved to archive disk.

[knpa]

Removed workspace version. Closing ticket.

[emca]

Hyperspectral reprocessing completed by adbe

Creating delivery as he is on leave this week

[emca]

Delivery created, ready for checking.

[besm]

Delivery checked for reprocessing. No problems found.

[anhi]

Reprocessing hyperspectral delivered to Andras Zlinszky on 12/09/12 on disk 131.

[wja]

Archiving
Have restructured LiDAR delivery (previous delivery is in previous_deliveries/) to contain ascii data in flightlines/ascii/ in order to create JSONs.

[wja]

Archiving
JSONs RSYNCed to CEDA (all data is already archived).