Data location: ~arsf/workspace/EU10_03-2010_238c_Kis_Balaton

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: Lake Balaton provides an ideal area for testing emerging algorithms on retrieval of in-water constituents and on mapping bloom-forming cyanobacteria using in-situ radiometric, airborne and satellite data.

Priority: a5 - the data set as a whole is listed as a5 due to it being part of EU10/03, however the PI of EU10/03 has lowered the LiDAR priority to a4m, and therefore LiDAR stands with a priority of a4h due to being part of EUFAR10/01.

PI: A. Tyler (EU10/03) & A. Zlinszky (EUFAR10/01)

When data is processed it should be dispatched to both PIs individually for their respective projects.

This data needed to be split into 238c and 238d, there was already a logsheet for each distinct set of data. The reason they needed splitting was that the first set of data (238c) is part of 2 projects (EU10-03), whereas the second (238d) only of 1 (EUFAR10-01). Originally they were both came from ARSF Ops as 238c.

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 (27/10/2010 & 28/10/2010)
• Hawk (28/01/2011)
• Leica LIDAR (19/04/2011 & 20/04/2011)
• Digital Photography (27/10/2010 & 28/10/2010)

Data location: ~arsf/arsf_data/2010/flight_data/archive_overflow/EUFAR10_08-2010_301_ValCalHyp

Data arrived from ARSF via network transfer on 4th November 2010.

Scientific objectives:

• addressing atmospheric correction performance and related data quality

as a function of sun elevation

• validity of change detection approaches under varying conditions

(different times, sensors, sun elevation)

Priority: a4h

PI: Eyal Ben-Dor

Sensors:

• Eagle (18/04/2011)
• Hawk (18/04/2011)
• Leica LIDAR (19/09/2011)
• RCD Digital Photography (18/04/2011)

Specific Scientific Objectives

1. Development and validation of hyperspectral retrieval algorithms for biophysical parameter estimation in preparation for launch of PRISMA hyperspectral mission. These include;

Leaf area indexn (LAI m2/m2) Fraction of vegetation cover (Fc, %) Leaf chlorophyll concentration and canopy chlorophyll content.

2. Test and validation of remote sensing techniques for qualifying water exchanges in the main tree crop species of the Med.

PRIORITY: a4l

Data location: /users/rsg/arsf/workspace/EM10_07-2010_145a_Trapani

Data arrived from ARSF via network transfer on 08/06/2010

PI: Dr F. Vuolo

NOTE: This project is actually over Catania rather than Trapani (the other end of Sicily).

Sensors:

• Eagle (16/02/2011)
• Hawk (16/02/2011)
• Leica LIDAR (04/01/12)
• RCD Photography (Not requested)