Custom Query (432 matches)

Filters
 
Or
 
  
 
Columns

Show under each result:


Results (289 - 291 of 432)

Ticket Resolution Summary Owner Reporter
#384 fixed EUFAR10/08 (ValCalHyp), flight day 301/2010, ValCalHyp knpa iopa
Description

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)
#385 fixed EM10/07, flight day 145a/2010, Trapani knpa anch
Description

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.

  1. 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)
#390 fixed EUFAR11/03, flight day 092/2011, HYMEDECOS (erosion) knpa knpa
Description

Data location: ~arsf/arsf_data/2011/flight_data/spain_portugal/EUFAR11_03-2011_092_HYMEDECOS_erosion/

Data arrived from ARSF via network transfer on 19/04/11.

Scientific objective: 1) to derive spatial information on vegetation, soil and terrain for hydrological model input by combined hyperspectral and LiDAR data (2) to conduct a spectral fingerprinting approach allowing to trace back sources and pathways of sediments. Airborne data acquisition will be accompanied by an extensive field campaign.

Priority: a4h

PI: H. Kaufmann

Sensors:

  • Eagle (27/06/2011)
  • Hawk (27/06/2011)
  • RCD (27/06/2011)
Note: See TracQuery for help on using queries.