- All Categories (167)
- News (3)
- Missions (3)
- Events (7)
- Activities (4)
- Documents (150)
Mission - Earth Watch
Vegetation (VGT) Quality Control Reports
months and provide information about: Absolute and inter-band radiometric accuracy Multi-temporal radiometric accuracy Dark current
Mission - Earth Watch
Vegetation (VGT) Processor Releases
The current processor software version, used for a full reprocessing of the PROBA-V archive and also for the operational
Mission - Earth Watch
Vegetation (VGT) Cal/Val
Greenland (only during June/July): during one week daily acquisitions in uncompressed mode Weekly Calibration acquisition Dark current
Document - General Reference
PV-LAC-COAST-VR-v2.0.pdf
This is the second version (V2) of the Validation Report for the PV-LAC coastal activities.
Document - General Reference
PV-LAC-COAST-SR-v1.1.pdf
In the frame of the PV-LAC project a prototype code has been developed, tested and validated for the atmospheric correction (A/C) and turbidity retrieval of PROBA-V data over turbid coastal areas.
Document - General Reference
PV-LAC-COAST-RBD-v1-1.pdf
The aim of this document is to make a critical review of the algorithms for TSM retrieval and atmospheric correction in turbid coastal waters, to identify the most suitable method (TSM and A/C method) for PROBA-V, to define the validation approach (including identification of the validation data and test sites) and to assess the utility and benefits of 100m coastal products through interaction with the user community.
Activity - Instrument characterisation and algorithm studies
PV-LAC-COAST
In the North Sea study area there are three Buoys currently in operation.
Document - Product Document
PV-LAC-ATMO-requirements-baseline-document-activity2.pdf
PV-LAC: Advanced Land, Aerosol and Coastal products for PROBA-V - Requirements Baseline Document Activity 2
Document - Algorithms Theoretical Baseline Document
PV-LAC-ATMO-algorithm-theoretical-baseline-document-CISAR-Proba-V-v2.pdf
PV-LAC-ATMO algorithm theoretical baseline document
Document - Algorithms Theoretical Baseline Document
PV-LAC-ATMO-algorithm-theoretical-baseline-document-CISAR-Proba-V-v1.pdf
PV-LAC-ATMO algorithm theoretical baseline document CISAR-PROBA-V
Activity - Instrument characterisation and algorithm studies
PV-LAC-ATMO
The current operational Atmospheric Correction applied to Proba-V TOA observations (Sterckx et al. 2014) uses the Simplified
Document - Algorithms Theoretical Baseline Document
PV-Clouds-Detection-Round-Robin-Baseline.pdf
Project Baseline for Proba-V Cloud Detection Round Robin (PV-CDRR)
Document - Publication - Paper
PV-CDRR-validation-results-recommendations-multitemp.pdf
Proba-V Clouds Detection Round Robin (PV-CDRR): Validation Results and Recommendations
Document - Technical Note
PV-CDRR-Protocols.pdf
Proba-V Clouds Detection Round Robin (PV-CDRR) Protocol
Document - Algorithms Theoretical Baseline Document
PV-CDRR-ATBD-proba-v-cloud-top-pressure.pdf
Proba-V Clouds Detection Round Robin (PV-CDRR) - Detection of clouds for Proba-V - Proba-V Cloud Top Pressure - Algorithm Theoretical Basis Document
Document - Algorithms Theoretical Baseline Document
PV-CDRR-Algorithm-Theoretical-Basis-Document.pdf
Proba-V Clouds Detection Round Robin (PV-DRR) - Proba-V Cloud Detection Algorithm Theoretical Basis Document
Document - Algorithms Theoretical Baseline Document
PV-CDRR-Algorithm-Theoretical-Basis-Document-Cloud-Masking.pdf
Clouds Detection Algorithms for Proba-V - Proba-V Clouds Detection Round Robin (PV-CDRR) Experiment - Cloud Masking Algorithm Theoretical Basis Document
Activity - Instrument characterisation and algorithm studies
PV-CDRR
Several presenters at the Symposium reported under-detection of clouds with the current algorithm with semi-transparent clouds
News - General News
PROBA-V’s companion explores low-cost remote sensing
ESA ESEC is the entity currently tasking PROBA-V (calibrations and EPT instrument), and receiving data from the satellite