- All Categories (252)
- Data (1)
- News (18)
- Missions (2)
- Events (24)
- Tools (5)
- Activities (7)
- Documents (195)
Event - Meeting
VH-RODA and CEOS SAR workshop
The workshop provided an open forum for the presentation and discussion of current status and future developments related to the calibration and validation of space borne very high-resolution SAR and optical sensors and data products.
Activity - Cal/Val activities
UV nadir viewing galleries
Atmospheric chemistry nadir observation from space now spans nearly forty years. The early UVN (UV nadir missions) mainly focused on measuring ozone.
Document - General Reference
Sterckx-Sindy-ICOS-2017.pdf
Poster presentation at IOCS (International Ocean Colour Science) 2017, 5 -19 May 2017, Lisbon, Portugal.
News - Success Stories
Ship trails in the Bay of Biscay observed using PROBA-V imagery
Ship trails have been perceived as convincing evidence of aerosol-cloud interaction. Ship emissions have been proven to contribute by about 1.9% and 2.9% to the increase in the global total and fine-mode aerosol optical thickness (AOT) respectively over a five year period (Peters et al. 20212).
Document - Technical Note
Review of semi-empirical BRDF models performance on Proba-V and Spot-Vgt time series
Proba-V heritage mission: SPOT-VGT data processing and dissemination - Scientific paper providing overview of SPOT-VGT 15-years of data processing and dissemination
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
The PV-LAC project objectives are to develop, test, and validate two advanced algorithms for the scientific exploitation of the Proba-V mission products.
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 objective of PV-LAC-ATMO Activity is to investigate the added value of a joint surface reflectance.
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 - Product Cal/Val Plan/Report
PV-CDRR-validation-report.pdf
Proba-V Cloud Detection Round Robin (PV-CDRR) Validation Report
Document - Technical Note
PV-CDRR-test-dataset.pdf
Description of the Test Dataset for the Round Robin for a Proba-V Cloud Detection Algorithm.