GB09/04, flight day 062/2010, Coed-y-Brenin

[benj]

Data location: ~arsf/arsf_data/2010/flight_data/uk/GB09_04-2010_062_Coed_Y_Brenin

Data arrived from ARSF via network transfer on 19th March 2010.

Scientific objective: Mapping Rhododendron sites using combination hyperspectral and LiDAR.

Priority: a4l

PI: Sarah Taylor

Sensors:

• Eagle
• Hawk
• Leica LIDAR
• RCD Digital Photography

[benj]

There are 24 eagle and hawk lines but only 22 recorded on the logsheet, presumably two were re-flown. Have asked ARSF-ops which two are affected (though looking at file sizes I think the bad ones are probably 1 and 13 for Eagle and 1 and 2 for Hawk).

[mggr]

When the photos are processed, please let Mike know - Bill is interested in copies of high-relief photos purely for internal testing purposes.

[pmlvis10]

IPAS navigation for this project has been processed.

[ella]

Looks like applanix navigation processing has been done. Copied to arsf workspace in Samba.

[iopa]

Processing Hyperspectral.

[iopa]

Hyperspectral data has been processed. PI will now be contacted to determine whether OS vector verification is required.

[iopa]

Regarding my message above, no contact with PI is required since we already have the vectors.

[iopa]

Eagle/Hawk SCT Offsets attached. Hawk ones have been significantly over the 0.1 positive limit in this project and above 1 second. There were also two peaks of 28.75 and 43.3 seconds.

[jb362]

Starting delivery check

[jb362]

Hyperspectral delivery check complete. Everything fine, although worth noting:

1) Only 60 bands for eagle data although this is because of 8,1 binning as shown in eagle header file.

2) Pixel overflow for eagle flight lines:

e2: bands 0-14
e10: bands 0-25
e11: bands 0-29
e12: bands 0-24
e13: bands 0-16
e20: bands 0-23
e22: bands 0-32

3) Hawk band 160 blank for all flight lines

[jb362]

4) Also, you need to put the DEM in the delivery directory

[iopa]

Hyperspectral is ready to deliver.

[iopa]

Taking up LiDAR.

[iopa]

Taking camera processing.