Data Access Portfolio (DAP V2.9)

Transcription

ESA UNCLASSIFIED - For Official Use
esrin
Via Galileo Galilei
Casella Postale 64
00044 Frascati
Italy
DOCUMENT
Copernicus Space Component Data Access Portfolio: Data
Warehouse 2014 - 2020
Prepared by
Reference
Issue/Revision
Date of Issue
Status
B. Hoersch, V. Amans
ESA
COPE-PMAN-EOPG-TN-15-0004
1.0
31/03/2015
Draft
APPROVAL
CHANGE LOG
Reason for change
Issue Nr.
Revision Number
Date
CHANGE RECORD
Issue Number 1
Revision Number 0
Reason for change
Date
First issue
31/03/2015
DISTRIBUTION
Name/Organisational Unit
Page 2/79
Copernicus Space Component Data Access Portfolio: Data Warehouse 2014 - 2020
Issue Date 31/03/2015 Ref COPE-PMAN-EOPG-TN-15-0004
Pages
Paragraph(s)
Table of contents:
1 INTRODUCTION ....................................................................................... 6
1.1 Reference documents ........................................................................................................6
1.2 Abbreviations ....................................................................................................................6
1.3 Document overview ......................................................................................................... 8
2 USER CATEGORIES AND LICENSING SCHEME ....................................... 8
2.1 Copernicus Services [Copernicus_Services] ................................................................... 8
2.2 Institutions and bodies of the Union [Union_Inst] ........................................................ 8
2.3 Participants to a research project financed under the Union research programmes –
space [Union_Research_Projects_space] ...............................................................................9
2.4 Participants to a research project financed under the Union research programmes –
non space [Union_Research_Projects_non-space] ................................................................9
2.5 Public Authority [Public_Auth] ........................................................................................9
2.6 International Organisations and NGOs [INT_ORG_NGO] ...........................................9
2.7 Public [Public] ...................................................................................................................9
2.8 Licensing scheme ..............................................................................................................9
3 COPERNICUS SPACE COMPONENT ........................................................ 11
3.1 Resolution Classes........................................................................................................... 11
3.2 Copernicus Dedicated Sentinel-1 Mission ...................................................................... 12
3.3 Copernicus Contributing Missions ................................................................................. 12
4 CORE DATASETS ..................................................................................... 13
4.1 Overview of CORE datasets ............................................................................................ 13
4.2 Detailed description of CORE datasets .......................................................................... 15
4.2.1 Optical HR Pan Europe coverage (HR_IMAGE_2015) ............................................... 15
4.2.2 Optical VHR multispectral and panchromatic coverage over Europe
(VHR_IMAGE_2015) ............................................................................................................ 18
4.2.3 European Optical MR1 composites (MR_IMAGE_2015) ............................................ 21
4.2.4 Optical MR2 worldwide coverage (MR_OPTICAL_GLOBAL) ...................................23
4.2.5 Optical LR worldwide coverage (LR_OPTICAL_GLOBAL) ....................................... 24
4.2.6 European HR2 Multitemporal Coverages (EUR_HR2_MULTITEMP) ......................25
4.2.7 VHR1-2 Urban Atlas 2012 ............................................................................................. 27
4.2.8 SAR HR2/MR1 Worldwide coverage (HR2-MR1_SAR_GLOBAL) ............................ 28
4.2.9 Sea Ice Monitoring HR1/MR2 SAR (SAR_SEA_ICE) ................................................ 29
4.2.10 Altimetry and Atmospheric datasets ...................................................................... 31
5 ADDITIONAL DATASETS......................................................................... 32
5.1 List of ADDITIONAL datasets ........................................................................................32
5.2 Detailed description of Additional datasets .................................................................. 34
5.2.1 VHR1 SAR and Optical ................................................................................................. 34
5.2.2 VHR2 SAR and Optical ................................................................................................ 36
5.2.3 HR1 SAR and Optical ................................................................................................... 38
5.2.4 HR2 SAR and Optical ................................................................................................... 40
5.2.5 MR1 SAR and Optical ................................................................................................... 42
6 EO DATA ORDERING WITHIN ADDITIONAL DATASETS ........................43
6.1 Order parameters ........................................................................................................... 43
6.1.1 Size of Minimum Orderable Area ............................................................................... 44
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6.1.2 Satellite Tasking lead time ........................................................................................... 48
6.1.3 Processing Options ....................................................................................................... 49
6.1.4 Cloud Coverage Classes ................................................................................................ 49
6.1.5 SAR Polarisation .......................................................................................................... 50
6.1.6 Delivery timeliness ....................................................................................................... 50
6.2 Quota allocation, consumption and reshuffling ............................................................ 50
6.2.1 Quota consumption ....................................................................................................... 51
6.2.2 Quota exhaustion and reshuffling................................................................................. 51
6.2.3 Quota allocations per Project ........................................................................................52
7 CSC-DA SERVICES................................................................................... 65
7.1 Copernicus Space Component Data Access (CSC-DA) infrastructure ...........................65
7.2 Rapid Emergency Activation Satellite Tasking ............................................................. 66
7.2.1 Rush tasking schemes .................................................................................................. 66
7.2.2 CCMEs emergency service support .............................................................................. 66
7.3 Registration and Signature of ESA-User Licence .......................................................... 68
7.3.1 Sentinel data access ...................................................................................................... 68
7.3.2 Contributing Missions data access............................................................................... 68
7.4 EO data ordering ............................................................................................................ 68
7.5 Subscription Request ..................................................................................................... 69
7.6 Discovery and download ................................................................................................ 69
7.7 Direct access to CCMEs or CDS on-line repositories .................................................... 69
8 USER SUPPORT SERVICES .................................................................... 69
8.1 Web Portal ...................................................................................................................... 70
8.2 Day-to-day support for enquiries and ordering ............................................................ 70
8.3 Specific support regarding the data offer ...................................................................... 70
ANNEX 1: EEA39 AREA OF INTEREST .......................................................... 71
ANNEX 2: ACQUISITION WINDOWS FOR HR/VHR _IMAGE_2015 ............. 72
ANNEX 3: PROJECTION INFORMATION FOR HR/VHR _IMAGE_2015 ....... 74
ANNEX 4: MAP OF LARGE REGIONS & CLOUD COVER ZONES ................... 75
ANNEX 5: CLOUD COVER AND HAZE .......................................................... 76
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List of tables
Table 1 Datasets licensing scheme (D = Download, V= View) ............................................... 11
Table 2: Missions made available in Data Warehouse Phase 2 ............................................ 13
Table 3: CORE datasets, DWH phase 2 (2014-2020) ........................................................... 14
Table 4: CORE datasets generated in previous phases and available in DWH phase 2 (20142020) ...................................................................................................................................... 14
Table 5: List of ADDITIONAL datasets available in DWH Phase 2 ...................................... 33
Table 6: SAR VHR1/Emergency/Standard/Archive/New Acquisition ................................ 34
Table 7: Optical VHR1/Emergency/Standard/Archive/New Acquisition ............................ 35
Table 8: SAR VHR2/Emergency/Standard/Archive/New Acquisition ................................ 36
Table 9: Optical VHR2/Emergency/Standard/Archive/New Acquisition ........................... 37
Table 10: SAR HR1/Emergency/Standard/Archive/New Acquisition ................................. 38
Table 11: Optical HR1/Emergency/Standard/Archive/New Acquisition ............................. 39
Table 12: SAR HR2/Emergency/Standard/Archive/New Acquisition ................................. 40
Table 13: Optical HR2/Emergency/Standard/Archive/New Acquisition ............................ 41
Table 14: SAR MR1/Emergency/Standard/Archive/New Acquisition ................................. 42
Table 15: Optical MR1/Emergency/Standard/Archive/New Acquisition ............................ 42
Table 16 Baseline options and ADD–Ons options................................................................ 44
Table 17: CCMEs minimum order size and incremental area ............................................... 48
Table 18 Copernicus EMS Rapid Mapping ............................................................................ 52
Table 19 Copernicus EMS Risk and Recovery Mapping ....................................................... 53
Table 20 Copernicus EMS Validation Mapping .................................................................... 54
Table 21 Copernicus Security Service – SATCEN ................................................................. 55
Table 22 Copernicus Security Service – DG-ENERGY ......................................................... 55
Table 23 Copernicus Security Service- EEAS ........................................................................ 56
Table 24 Copernicus Land Service – Global Land ................................................................ 57
Table 25 ADVANCED SAR-Union Research Project ............................................................ 57
Table 26 APHORISM-Union Research Project ..................................................................... 58
Table 27 DECUMANUS-Union Research Project ................................................................. 58
Table 28 ERMES-Union Research Project ............................................................................ 58
Table 29 EU FAST-Union Research Project .......................................................................... 59
Table 30 GMES Masters-Union Research Project ................................................................ 59
Table 31 ITACA-Union Research Project .............................................................................. 60
Table 32 NORTH STATE-Union Research Project ............................................................... 60
Table 33 PHAROS-Union Research Project .......................................................................... 61
Table 34 POLAR ICE-Union Research Project ..................................................................... 61
Table 35 RASOR-Union Research Project ............................................................................. 62
Table 36 SEN3APP-Union Research Project ......................................................................... 63
Table 37 SPACE NAV-Union Research Project .................................................................... 63
Table 38 PREFER-Union Research Project .......................................................................... 64
Table 39 GLASS-Union Research Project ............................................................................. 64
Table 40 CCMEs emergency service hours, emergency orders cut-off times and expected
rush delivery timeliness ......................................................................................................... 68
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1
INTRODUCTION
The Data Access Portfolio Document (DAP) defines the datasets that are made available
to the Copernicus Users in response to their Earth Observation data requirements, for a
certain period of time, and the conditions (i.e. data licensing, product types available,
delivery timelines, data access mechanisms) under which they are accessible. It is
therefore the baseline for implementation of the Copernicus Space Component Data
Access (CSC-DA) Services.
This data and services (including licensing) offer is based on agreements with the
Copernicus Contributing Mission Entities (CCMEs). In case of a Mission failure or
temporary unavailability, ESA will provide backup solutions or temporary replacements
where feasible. Up-to-date information and operational Mission news is available on
the CSC-DA Web portal at https://copernicusdata.esa.int/.
This version of the DAP informs the Copernicus users about the CORE datasets that will
be procured under this new Data Warehouse phase (acquisitions partly done in 2014)
and the envelope of quota per dataset allocated to authorised users within
ADDITIONAL Datasets until 31 December 2105. The document also addresses access to
the datasets already procured under the previous Data Access phases.
Information on the implementation status of all datasets, updated on a monthly basis,
is available on the CSC-DA Web portal.
1.1
Reference documents
Copernicus Data Access:ESA-User Licence
Data Warehouse Requirements V2.0 – Copernicus Data Access
Specifications of the space-based Earth Observation needs for the period
2014-2020
Copernicus Space Component Data Access Portfolio: Data Warehouse
2011-2014
[RD - 1]
[RD - 2]
[RD - 3]
1.2
Abbreviations
ADD
AOI
ACP
BRM
CCM
CCME
CDS
CDS-CI
CDS-SCI
CET
CQC
CSC
ADDITIONAL datasets
Area of Interest
Acquisition Coverage Plan
Background Regional Mission
Copernicus Contributing Mission
Copernicus Contributing Mission Entity
Coordinated Data Access System
CDS – Core Infrastructure
CDS – Services Coordinated Interface
Central European Time
Coordinated Quality Control
Copernicus Space Component
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CSC-DA
DAM
DAP
DEM
DWH
EEA
Copernicus Space Component Data Access
Data Access Portfolio Management
Data Access Portfolio
Digital Elevation Model
Department of Foreign Affairs and
International Trade (Canada)
Data Warehouse
European Environment Agency
EC
European Commission
EMS
EO
EOLI
ESA
EU
EUSI
FTP
GCL
GCP
GRD
GSD
HR
IW
LLT
LR
LUZ
KML
KMZ
MR
N/A
ND
NRT
ONA
Ortho
Pan
Pansharp
Pol
PST
Emergency Mapping Service
Earth Observation
Earthnet On-Line Interactive
European Space Agency
European Union
European Space Imaging
File Transfer Protocol
GMES/Copernicus Client
Ground Control Point
Ground Range Detected
Ground Sample Distance
High Resolution
Interferometric Wide Swath Mode
Long Lead Time tasking
Low Resolution
Larger Urban Zones
Keyhole Mark-up Language
Keyhole Markup Language, Zipped
Medium Resolution
Not Applicable
Normal Delivery
Near Real Time
Off-Nadir Angle
Orthorectified
Panchromatic
Pansharpened
Polarisation
Pacific Standard Time
Rapid Emergency Activation for Copernicus
Tasking
Synthetic Aperture Radar
Shape file
Short Lead Time
Services Provider Emergency Request Form
Shuttle Radar Topography Mission
DFAIT
REACT
SAR
SHP
SLT
SPERF
SRTM
Page 7/79
SST
UTC
VHR
1.3
Sea Surface Temperature
Universal Time Coordinated
Very High Resolution
Document overview
The present document is divided into the following sections:
Section 1: Introduction, describing the purpose of the document, reference
documentation and the list of acronyms used within the document.
Section 2: User Categories and Licensing scheme, introducing user categories as well
as access rights defined per user category and datasets type.
Section 3: Copernicus Space component, defining the missions contributing to the
Copernicus Portfolio.
Section 4: CORE Datasets, describing the detailed specifications of the predefined datasets.
Section 5: ADDITIONAL Datasets, listing on-demand datasets and the relevant
portfolios of missions for both Emergency and Standard mode.
Section 6: Data Ordering within additional datasets is described.
Section 7: CSC-DA Services, describing the CDS infrastructure, Rapid Emergency
Activation Satellite Tasking, registration, ESA-User Licence, data ordering and Data
Access.
Section 8: User Support Services, outlining the channels of support offered to users.
ANNEXES: supporting documentation for the implementation of CORE datasets.
2
USER CATEGORIES AND LICENSING SCHEME
The categories of Copernicus Users eligible for accessing data from the Copernicus
Space Component are defined and maintained by the European Commission (EC) in the
Data Warehouse requirements document [RD-2]. Seven categories for which the legally
binding definitions are part of the ESA-User Licence have been identified. Their
respective access rights are described in section 2.8.
2.1
Copernicus Services [Copernicus_Services]
This category includes the Copernicus Services first established under the Regulation
(EU) No 911/2010 and then under Regulation (EU) No 377/2014 establishing the
Copernicus Programme and repealing Regulation (EU) No 911/2010.
2.2
Institutions and bodies of the Union [Union_Inst]
This category includes:
- The European Institutions set up under the EU Treaties;
- Agencies and other Union Bodies set up under the EU Treaties;
- Contractors of such entities.
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2.3
Participants to a research project financed under the
Union research programmes – space
[Union_Research_Projects_space]
This category includes any natural or legal person officially registered as participant of a
project funded under the space themes of EU research framework programmes.
Participants to very limited activities closely linked to Copernicus like Copernicus
Masters may be eligible to this user category on a case by case basis upon confirmation
by the European Commission.
2.4
Participants to a research project financed under the
Union research programmes – non space
[Union_Research_Projects_non-space]
This category includes any natural or legal person officially registered as participant of a
project funded under EU research framework programmes outside the Space themes.
2.5
Public Authority [Public_Auth]
- Any government or other public administration of States participating in the
Copernicus Programme including public advisory bodies, at national, regional or
local level;
- Any natural or legal person performing public administrative functions under
national law, including specific duties, activities or services in relation to an EU
policy;
- Any natural or legal person having public responsibilities or functions, or
providing public services relating to an EU policy under the control of a body or
person falling within (1) or (2), such as a contractor of a public authority;
- Any research and academic organisation;
- Contractors of such entities.
2.6
International Organisations and NGOs [INT_ORG_NGO]
- Any international governmental organisation created by an international treaty
which can be looked up in the UN online database of treaties. Specialised
agencies of the UN are included;
- Any international non-governmental organisation specialised in humanitarian
development or environmental activities.
2.7
Public [Public]
This category includes any natural or legal person.
2.8
Licensing scheme
The access rights of each user category are part of the agreements with all Contributing
Missions Entities negotiated by ESA; they are reported in table 1 below for both CORE
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and ADDTIONAL datasets, procured in the previous or the current Data Access Phases.
Download and View rights are defined where they apply for a dataset or dataset type
(CORE, ADD), per user category. Discovery is instead open to all Copernicus Users
Categories for all datasets and is not reported in the table below.
User categories
Dataset
[Copernic
us_
Services]
[Union_
Inst]
[Union_Research_
Projects_
space]
[Union_Research_
Projects_
non-space]
[Public_
Auth]
[Int_Org_
NGO]
[Publ
ic]
New CORE Datasets
HR_IMAGE_2015
D
D
D
D
D
V
-
VHR_IMAGE_2015
D
D
D
D
D
V
V
MR_IMAGE_2015
D
D
D
-
D
-
-
MR_OPT_GLOBAL
LR_OPT_GLOBAL
HR2MR1_SAR_GLOBAL
(Sentinel-1)
D
D
D
D
D
D
D
D
D
D
D1
D2
D
D
D
D
D
D
D
LR_SAR_GLOBAL
(Sentinel-1)
D
D
D
D
D
D
D
HR2-MR1_SAR_Sea_Ice
D
D
D
D3
-
-
-
EUR_HR2_
MULTITEMP
D
D
D
D
D
D
V
VHR1-2_
Urban_Atlas_2012
D
D
D
D
D
V
V
CORE Datasets from previous phases
IMAGE2006
D
D
D
-
D
-
-
IMAGE2009
D
D
D
-
D
-
-
DWH_MG2_CORE_01
D
D
D
-
D
-
-
D
D
D
-
D
V
V
D
D
D
-
D
-
-
DWH_MG2b_CORE_03
/ Riparian areas
DWH_MG23_CORE_08
1 1 km Proba-V only
2 1 km Proba-V only
3 Excluding Radarsat-2 Mission
Page 10/79
User categories
Dataset
[Copernic
us_
Services]
[Union_
Inst]
[Union_Research_
Projects_
space]
[Union_Research_
Projects_
non-space]
[Public_
Auth]
[Int_Org_
NGO]
[Publ
ic]
DWH_MG2_CORE_09
D
D
D
D
D
D
V
DWH_MG1_CORE_11
D
D
D
-
D
-
-
DWH_MG2b_CORE_30
D
D
D
-
D
-
-
Altimetry and
Atmospheric datasets
D
D
D
D
D
D
D
D
-
-
-
-
New ADDITIONAL datasets 2014 -2020
All ADDitional datasets
2014-2020
D
D
D
D
ADDITIONAL datasets from DWH phase 1 (2011-2014)
All ADDitional datasets
of DWH phase 1
D
D
D
-
-
Table 1 Datasets licensing scheme (D = Download, V= View)
3
COPERNICUS SPACE COMPONENT
The Copernicus Space Component (CSC), operated by ESA, represents the main geospatial resource for the Copernicus programme; it relies on a constellation of dedicated
missions - the Sentinels - as well as on a set of EO space missions not dedicated to
Copernicus but contributing to it according to agreed operational scenarios and service
levels for a harmonised data provision to the Copernicus users.
As of 2015, access to data from 60 European and international space missions operated
by national agencies or commercial entities will be granted to eligible Copernicus users.
Since 2014, the dedicated Sentinel-1 mission developed by ESA has enlarged
significantly the overall operational Earth Observation capability needed to support the
Copernicus users.
3.1
Resolution Classes
All missions of the Space Component are classified primarily by sensor type (SAR or
Optical) but also by resolution classes defined as follows:
- VHR1
Very High Resolution 1 where resolution <=1m
- VHR2
Very High Resolution 2 where 1m < resolution <=4m
- HR1
High Resolution 1 where 4m <resolution<=10m
- HR2
High Resolution 1 where 10m <resolution<=30m
- MR1
Medium Resolution where 30m <resolution<=100m
- MR2
Medium Resolution where 100m <resolution<=300m
- LR
Low Resolution where resolution >=300m
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3.2
Copernicus Dedicated Sentinel-1 Mission
Sentinel-1 is the first of the six dedicated satellite mission families that ESA is
developing for the Copernicus programme. It comprises a constellation of two polarorbiting satellites, performing C-band SAR imaging. Sentinel-1A is approaching routine
phase (planned for early June 2015) while Sentinel-1B is scheduled for launch in 2016.
Full operations capacity of the mission with the two satellites in orbit is expected by end
2016. Sentinel-1C and -1D are currently being procured and are planned to continue the
series.
Sentinel-1 predefined observation scenario supporting Copernicus monitoring services,
aims at producing a consistent long-term data archive built for applications based on
long time series. It is published at https://sentinel.esa.int/web/sentinel/missions
/sentinel-1/observation-scenario. Data processing is systematic and the data are made
available online.
Since October 3rd 2014, Sentinel-1A data are available as follows:
- Systematic processing of acquisitions over MyOcean areas of interest and delivery in
a dedicated repository (NRT3h for agreed priority areas);
- Fast24 production worldwide in the scientific data hub (http://scihub.esa.int) for
contribution to the HR2-MR1_SAR_GLOBAL CORE dataset and to HR2/MR1
ADDITIONAL datasets. On-line registration is required for all users.
Access to archived data will be made available through specific means, starting
gradually mid-2015.
3.3
Copernicus Contributing Missions
The table below presents the list of Data Warehouse Phase 2 Copernicus Contributing
Missions, divided per mission type (SAR/Optical/Atmospheric) and, in addition, for the
Optical missions, per resolution class. The missions in italic will be available at a later
stage, when launched or integrated into the CSC-DA.
SAR VHR1-MR1
Optical VHR1/2
COSMO-SkyMed
Constellation
ERS
Envisat
ALOS-PRISM
Kompsat-5
Deimos-2 *
PAZ
Dubaisat-2
AURIGA
BLACKSKY
constellation
Optical
HR1/2
Optical
MR1/2
Atmospheric
missions
ALOS-AVNIR2
Deimos-1
INGENIO
CryoSat
ERS
ERS
Envisat
Envisat
GOSAT
Landsat5Landsat-8
PERSEUS
Proba-V
ODIN
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Resourcesat-1,
Resourcesat-2
SAR VHR1-MR1
Optical VHR1/2
RADARSAT-2
RISAT
GeoEye-1*
INGENIO
IRS-P5 CartoSat
TerraSAR-X,
TanDEM-X
Ikonos-2
KHALIFASAT
Kompsat-2
Optical
HR1/2
Optical
MR1/2
Atmospheric
missions
Proba
RapidEye
Constellation
ResourceSat-1,
ResourceSat-2
SPOT-4,
SPOT-5,
SPOT-6-7
TH
constellation
UK-DMC2
Kompsat-3
Pleiades-1A/1B
QuickBird-2
SPOT-5,
SPOT-6-7
SkySat
TH constellation
WorldView-1,
WorldView-2
WorldView-3*
Worldview-4
Table 2: Missions made available in Data Warehouse Phase 2
(* Available during Q2 2015)
4
CORE DATASETS
They are the fixed part of the data offer, typically pre-defined large coverages, identified
to cover the needs of the Copernicus services and other activities requesting Earth
Observation data, like Union financed research projects and the activities of Union
agencies (EEA, EMSA, SatCen, etc.). CORE datasets are characterised by fixed tasking,
systematic or not, data processing and delivery timeliness parameters defined in the
dataset description below.
4.1
Overview of CORE datasets
Table 3 provides the list of the CORE datasets to be delivered by the Copernicus
Missions within Data Warehouse phase 2 (2014-2020).
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Dataset ID
HR_IMAGE_2015
HR_IMAGE_2018
VHR_IMAGE_2015
VHR_IMAGE_2018
MR_IMAGE_2015
MR_IMAGE_2018
HR1_OPT_GLOBAL
HR2_OPT_GLOBAL
MR_OPT_GLOBAL
LR_OPT_GLOBAL
HR2-R1_SAR_GLOBAL
LR_SAR_GLOBAL
HR2-MR1_SAR_Sea_Ice
EUR_HR2_MULTITEMP
VHR1-2_
Urban_Atlas_2012
Dataset short description
2 high-resolution coverages of EEA-39
within vegetation season 2014-2015
High-resolution coverages of EEA-39
within 2017-2018
1 very high resolution coverage 20142016 (<=1m pan, ±2-4 m MS)
1 very high resolution coverage 20172019
8 MR1 monthly coverages of Europe
from March to October 2014
Systematic Sentinel-2/-3 data supply
Systematic Sentinel-2 data supply
Optical MR2 worldwide coverage
Optical LR worldwide coverage
Systematic daily SAR data over ice
covered areas
7 monthly coverages of Europe Apr-Oct
2015
295 LUZ
Missions
Spot-5,
Resourcesat-2
Systematic Sentinel-2
PleiadesA/B,GE-1, WV-2,
WV-3, Deimos-2,
Dubaisat-2
Not yet procured
Resourcesat-2
Proba-V 100m
Proba-V 333m and 1km
systematic Sentinel-1 data
supply, complemented by
Radarsat-2, TerraSar-X,
Cosmo Skymed
Deimos-2
WorldView-2
Table 3: CORE datasets, DWH phase 2 (2014-2020)
In addition to the newly procured datasets, the large coverages generated during the
previous phases listed in table 4 are also available to authorised users, as per access
rights defined in section 2.8. Their detailed description can be found in [RD-3].
Dataset ID
DWH_MG2-3_CORE_08
Dataset Title
2 Optical HR Pan EU coverages (Image2012)
2 Optical HR Pan EU coverages each (Image2006
and Image2009)
Optical VHR2 coverage EU 2011-2013 and Riparian
zones (gap filling from DWH phase 2)
Monthly composites EU 2011-2012
DWH_MG2_CORE_09
Sub-Saharan Optical coverage HR2 2011-2013
DWH_MG1_CORE_11
Sea Ice monitoring 2011-2014
DWH_MG2_CORE_01
DWH_MG2_CORE_02
DWH_MG2b_CORE_03
Urban Atlas (2006, 2009)
Table 4: CORE datasets generated in previous phases and available in DWH phase
2 (2014-2020)
DWH_MG2b_CORE_30
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4.2
Detailed description of CORE datasets
The tables below describe the predefined characteristics of the CORE datasets.
4.2.1
Optical HR Pan Europe coverage (HR_IMAGE_2015)
FIELD
VALUE
Title
Optical HR Pan Europe coverages
DWH-ID
HR_IMAGE_2015
Applications
Continuation of pan-European land services, including Corine Land Cover
(CLC) and the production of High Resolution Layers (HRL) on land cover
characteristics by the Union, EEA and Member States. This dataset could also
partially meet EFFIS requirements.
Selected missions
SPOT-5, Resourcesat-2
Spatial Resolution/
Spectral bands
SPOT-5, HRVIR, 10m
Resourcesat-2,LISS-III, 23.5m
Spectral bands: P (Resourcesat-2), green, red, NIR, SWIR
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Processing levels /
Product quality
Processing Levels Spot-5:
All data will be delivered in level 1A and level3/Ortho with the following
specifications:
Level 1A, 10m:
- System corrected and at-sensor radiometric and geometric calibrated
data, includes basic corrections such as rectilinear geometry, radiometric
distortion
- Radiometric correction: Calibration parameters enabling the
conversion of DN into spectral radiance as well as the solar spectral
radiance are given in the metadata file (*.dim).
Level3/Ortho 10m, EU LAEA projection, ETRS89 (EPSG code 3035) for all
countries - except DOMS that will be delivered only in national projection - and
10m, national projection:
Reference: Reference 3D DEM (on areas on which Reference 3D is not
available, SRTM DEM will be used)
Resampling using cubic convolution method.
GCP file available in CDS archive
DIMAP V1, SPOT5 data will be delivered in geoTIFF v6 format
INSPIRE compliant metadata for all processing levels in XML format will
be delivered once INSPIRE metadata developments are concluded,
expected within 2015; DIMAP V1 until then.
CRS table CRS_v2_05062014 in Annex 3
Processing Levels Resourcesat-2:
All data will be delivered in level 1A and level3/Ortho with the following
specifications:
Level1 (system corrected), 23.5m:
Radiometrically and geometrically system corrected data with parameters
enabling the conversion of image digital numbers (DN) into spectral
radiance (Lmin, Lmax, sun elevation and, not part of the product, the
spectral response curve).
RPC files
Level3/Ortho-rectified, 25m, EU LAEA projection, ETRS89 (EPSG code
3035), 20m, national projection:
Reference: CORE_001 COV#1 of DWH V1 (IMAGE 2012), supplemented
by IMAGE 2009 data, CORE_003 and other references where required
Ortho-rectification makes use of RPC functions and is based on the
following DEMs: SRTM-C band, DEMs of national land surveying offices
of Finland, Norway, Sweden, ASTER GDEM and where required other
DEMs
Resampling using cubic convolution method at native resolution of 20 m
GCP file with respect to reference data set
- INSPIRE compliant metadata for all processing levels in XML format
will be delivered once
INSPIRE metadata developments are
concluded, expected within 2015.
- File format and structure: GeoTIFF fully compliant with TIFF version
6. However, products for some national projections may have to be
delivered in ESRI Header (EHdr) format, band interleave by line (BIL),
no compression, when the projections cannot be handled properly in
GeoTIFF.
Page 16/79
Continued
Product Quality Spot-5:
-
Radiometric resolution: 10 bit
Presence of perennial snow and glaciers is to be expected in products
Haze: acceptability assessed by EEA
The sun elevation angle is higher than 20° to ensure sufficient
illumination and to minimize the effect of shadows.
The off-nadir viewing angle is less than 25°.
Grid alignment: GeoTIFF key
Pixel alignment: UP corner of the UL pixel of an image dataset shall be
an integer multiple of the pixel size
Geo-location relative accuracy: HR_IMAGE_2015 will be processed on
Airbus DS Geo SA own DEM.
Product Quality Resourcesat-2:
-
-
Surface
Radiometric resolution: 10 bit
Presence of perennial snow and glaciers is to be expected in products
The sun elevation angle is higher than 20° to ensure sufficient
The off-nadir viewing angle is 0°.
Grid alignment: The GeoTIFF key "GTRasterTypeGeoKey" shall have
the value 1, corresponding to "RasterPixelIsArea".
Pixel alignment: The values of the coordinates for the upper-left corner
(x and y) of the upper-left pixel of an image dataset shall be an integer
multiple of the pixel size (resolution) in the corresponding direction (x
and y).
Geo-location relative accuracy: Relative accuracy (2014-2015): less
than 1 pixel difference to the reference dataset (see above)
~6 M km²
Area of interest
39 European states (EEA39, see Annex 1) including all islands of those
countries plus French Overseas Department [French Guiana, Martinique,
Guadeloupe, Mayotte, Reunion] but excluding French Overseas Territories.
Reference
year/Acquisitions
&Tasking Strategy/
Acquisition
windows &
constraints
Reference Year is 2015.
Spot-5 data are available only in 2014.
Systematic tasking took place in 2014 for Resourcesat-2 over Europe within
the extended windows, and will continue in 2015 within the extended
windows.
Acquisition windows are defined in Annex 2. The starting and ending dates of
these windows can be subject to modifications from CSP to ESA only in case of
late onset of vegetation, so that ESA can inform CCMs with a ten day advance
notice for any change of either an earlier start and/or later end. It is assumed
that such changes shall be the exception and take place on country basis.
Page 17/79
Delivery
2014 archive will be delivered after EEA approves the data processing
proposal. Data acquired in 2015 will be available after the end of the
acquisition campaign, again subject to EEA approval.
Delivery mechanism FTP@CDS: data available at the Core Infrastructure (CDS)
Backup
RapidEye constellation
Additional
Information
Data selection will be performed under EEA responsibility
Licence
-
Copernicus_Services : DOWNLOAD
Union_Inst: DOWNLOAD
Union_Research_Projects_Space: DOWNLOAD
[Union_Research_Projects_nonspace]: DOWNLOAD
Public_Auth: DOWNLOAD
INT_ORG_NGO: VIEW
Public: DISCOVERY
4.2.2 Optical VHR multispectral and panchromatic coverage over
Europe (VHR_IMAGE_2015)
FIELD
VALUE
Title
Optical VHR multispectral and panchromatic coverage over Europe
DWH-ID
VHR_IMAGE_2015
Applications
Land local component applications for hotspots, i.e. specific areas of interest
at pan-European level (EEA39) (land cover over riparian zones for the
purpose of biodiversity monitoring, monitoring of coastal areas, risk areas,
protected areas (Natura 2000 sites), Land Parcel Identification…) and at
national level.
Selected missions
Pléiades 1A & 1B, WorldView-2, WorldView-3, GeoEye-1, Deimos-2,
Dubaisat-2
The AOI has been allocated as follows:
 Pléiades 1A & 1B, 89 large regions
 Deimos-2/Dubaisat-2, 17 large regions
WorldView-2, WorldView-3, GeoEye-1, 31 large regions
Spatial Resolution
Spectral resolution
- VHR1 panchromatic/VHR2 multispectral (bundle products)
- Spectral bands:
• GeoEye-1: Pan, Blue, Breen, Red, NIR
• WorldView-2: Pan, Coastal, Red, Blue, Red Edge, Green, NIR-1 and
2, Yellow
• WorldView-3: Coastal, Red, Blue, Red Edge, Green, NIR-1 and 2,
Yellow
• Pleiades: Pan, Blue, Green, Red, NIR
• Deimos-2 and Dubaisat-2: Pan, Blue, Green, Red, NIR
Page 18/79
Processing levels /
Product quality
- L1 (system corrected), L3 (ortho) bundle products
- Presence of perennial snow and glaciers is to be expected
in products.
- Sun elevation angle higher than 20°
- Off-nadir viewing angle less than 30°.
- Reference: CORE_003 delivered during DWH phase 1
- Cloud coverage: 5% and 20% per production unit/delivered product according
to zones (see Annex 4)
- Haze: acceptability assessed by EEA
- CRS table CRS_v2_05062014 in Annex 3
• GeoEye-1, WorldView-2, WorldView-3:
Radiometric resolution: 16 bits
Geometric resolution: 50cm
File Format: GEOTIFF (fully compliant with TIFF version 6.0)
Dynamic Range Adjustment: OFF
Ortho-rectified at-sensor radiance values (resampled using cubic convolution
method)
Projection/Datum: UTM/WGS84 (for Ortho Ready Standard product); LAEA
[EPSG code 3035] or National projection(for Ortho product)
Datum: WGS84 (for Ortho Ready Standard Product); ETRS89 [EPSG code
3035] (for Ortho product); National projection.
Tiling: 16k
GCP file with respect to reference data set
Orthocorrection:
• Ortho ready processing with basic corrections such as rectilinear geometry,
radiometric distortion (i.e. source data).
• Ortho-rectification full-parametric or making use of RPC functions
• Grid
alignment:
GeoTIFF
key:
The
GeoTIFF
key
"GTRasterTypeGeoKey" will have the value 1, corresponding to
"RasterPixelIsArea".
• Pixel alignment: the values of the coordinates for the upper-left corner (x
and y) of the upper-left pixel of an image dataset will be an integer multiple
of the pixel size (resolution) in the corresponding direction (x and y).
Ortho-rectification accuracy: Relative accuracy less than 1 pixel difference from
DWH phase 1 CORE_003
Metadata: INSPIRE compliant metadata for all processing levels in XML
format will be delivered once INSPIRE metadata developments are concluded,
expected within 2015.
Page 19/79
Processing levels /
Product quality
(continued)
• Pleiades 1A/1B
Level 1A: System corrected and at-sensor radiometric and geometric
calibrated data
Ortho:
- Reference 3D DEM (on areas on which Reference 3D is not
available, SRTM DEM will be used)
- Resampling/Native resolution =0.50m
- Resampling using cubic convolution method
- GCP file with reference dataset: available in CDS
Radiometric correction:
Calibration parameters enabling the conversion of DN into spectral
radiance+ solar spectral radiance
Orthocorrection:
Ortho ready processing includes basic corrections such as rectilinear
geometry, radiometric distortion
-
European projection: ETRS89/LAEA
-
Grid alignment: GeoTIFF key
Pixel alignment: UP corner of the UL pixel of an image dataset shall be
an integer multiple of the pixel size
Geo-location relative accuracy less than 1 pixel wrt. CORE_03 (same
reference which is Reference 3D)
Metadata: DIMAP V2 and DIMAP V2 tailored, which is partially compliant
with INSPIRE until INSPIRE metadata developments are concluded, expected
within 2015.
File format: geoTIFF v6 or JPG2000 optimized
• Deimos-2 and Dubaisat-2
Level1 (system correction) (L1B):
- System corrected and at-sensor radiometric and geometric calibrated
data;
- Ortho layer, (i.e. x, y coordinates (ETRS89))
Ortho-rectified Level to ETRS89/LAEA and National projection (L1C):
- Reference: CORE_003 delivered under DWH V1
- Ortho-rectified at-sensor radiance values (resampled using cubic
convolution method);
- GCP file with respect to reference data set
Radiometric resolution:
Both Deimos-2 and Dubaisat-2 have a bit depth of 10-bits signal dynamic
range.
Radiometric calibrated data with calibration parameters enabling the
conversion of image digital numbers (DN) into spectral radiance
(W/m2/sr/um). Solar spectral irradiances within each spectral band and the
solar elevation for each scene are provided to convert the image DNs into TOA
(Top Of Atmosphere) radiances values
Page 20/79
Ortho-correction:
Ortho-rectification making use of RPC. Default DEM is SRTM V3.
Ortho-rectification accuracy: less than 1 pixel difference from DWH phase 1
CORE_003
Processing levels /
Product quality
(continued)
File format and structure: geoTIFF fully compliant with TIFF version 6
Metadata: DIMAP v1 metadata for both L1B and L1C processing levels until
INSPIRE metadata developments are concluded, expected within 2015.
~6 M km²
countries plus French Overseas Department [French Guiana, Martinique,
Guadeloupe, Mayotte, Reunion] but excluding French Overseas Territories.
The overall AOI is extended by a 2 nautical miles buffer.
Surface
Area of interest
The overall AOI of interest is divided into 137 Large Regions (see Annex 4).
Reference
year/Acquisitions
&Tasking Strategy/
Acquisition windows
& constraints
Delivery
Delivery mechanism
Licence
Reference year: 2015 +/-1 year.
Acquisition windows are defined in Annex 2. The starting and ending dates of
these windows can be subject to modifications from CSP to ESA only in case of
late onset of vegetation, so that ESA can inform CCMs with a ten day advance
notice for any change of either an earlier start and/or later end. It is assumed
that such changes shall be the exception and take place on country basis.
Delivery will be made at the end of each acquisition window, per large regions
and no later than 90 days after acceptance, assuming progressive production
approval by EEA.
FTP@CDS: data available at the Core Infrastructure (CDS)
-
Copernicus Services : DOWNLOAD
Union_Research_Projects_non-space: DOWNLOAD
Int_Org_NGO: VIEW
Public: VIEW
4.2.3 European Optical MR1 composites (MR_IMAGE_2015)
FIELD
VALUE
Title
European optical MR1 composites (MR_IMAGE_2015)
DWH-ID
MR_IMAGE_2015
Page 21/79
Applications
Pan-European land services and EFFIS. Intra-seasonal time series are essential
for the production of High Resolution Layers (HRL) on land cover characteristics
by the Union, EEA and Member States, in particular for vegetation related
discrimination of characteristics, such as grasslands or semi-natural vegetation.
Selected Missions Resourcesat-2
Resourcesat-2 , AWiFS, 60m
Spatial
Resolution
Spectral bands: Green, Red, NIR, SWIR
Spectral bands
Processing levels
/ Product quality
Processing levels:
Level 1 (system corrected):
Radiometrically and geometrically system corrected data with parameters
enabling the conversion of image digital numbers (DN) into spectral radiance
RPC files
Level 3 (ortho-rectified)
ETRS89/ETRS-LAEA
Reference: CORE_001 COV#1 of the DWH V1 (IMAGE 2012),
supplemented by IMAGE_2009 data and CORE_003 and other references where
required
cubic convolution resampling
GCP file with respect to reference data set;
Metadata:
INSPIRE compliant metadata for all processing levels in XML format will be
delivered once INSPIRE metadata developments are concluded, expected within
2015.
Ortho-rectified Level:
Level 1: Radiometric calibrated data with calibration parameters enabling
the conversion of image digital numbers (DN) into spectral radiance
Orthocorrection:
Ortho-rectification makes use of RPC functions and is based on the
following DEMs: SRTM-C band, DEMs of national land surveying offices of
Finland, Norway, Sweden, ASTER GDEM and possibly other DEMs
European projection in ETRS89, LAEA (EPSG code 3035).
Grid alignment: The GeoTIFF key "GTRasterTypeGeoKey" shall have the
value 1, corresponding to "RasterPixelIsArea".
Pixel alignment: The values of the coordinates for the upper-left corner (x
and y) of the upper-left pixel of an image dataset shall be an integer multiple of the
pixel size (resolution) in the corresponding direction (x and y).
Ortho-rectification accuracy: Absolute accuracy: Ortho-rectification must be
accurate to less than 0.75 pixel size equivalent RMSE and a max displacement of
less than 1.5 pixels in no more than 0.1% of any 50x50 km2 area within the AOI
with respect to the reference data set.
File format: GeoTIFF fully compliant with TIFF version 6
Surface
Area of interest
~6 M km²
38 European states (EEA39, see Annex 1).
Page 22/79
Reference
year/Acquisitions
&Tasking
Strategy/
Acquisition
windows &
constraints
Delivery
8 monthly coverages from March to October 2014. The CCME has assessed for
each month the quality of the products available and will compose the best
coverage possible for any given month, minimising clouds/haze and number of
individual products.
8 partial coverages are available, no interaction with CSPs is foreseen
Within 2015
Delivery
mechanism
Licence
-
[Union_Research_Projects_nonspace]: DISCOVERY
INT_ORG_NGO: DISCOVERY
Public: DISCOVERY
4.2.4 Optical MR2 worldwide coverage (MR_OPTICAL_GLOBAL)
FIELD
VALUE
Title
Optical MR2 Worldwide coverage
DWH-ID
MR_OPTICAL_GLOBAL
Applications
Main application: Global Land, for the production of bio-geophysical
parameters
Spectral and
Spatial Resolution
Spectral resolution: Optical multispectral sensors with visible and near infra-red
(VNIR); short wave infra-red (SWIR);
The spatial resolution of this product varies from 100 m × 100 m to 350 m × 160 m
for the VNIR bands, and from 180 m × 185 m to 660 m × 300 m for the SWIR bands
Selected missions
Area of interest
Acquisitions
&Tasking Strategy
PROBA-V
Worldwide systematic coverage, between Lat. 35°N and 75°N, and between 35°S
and 56°S. Near-full coverage every 5 days at Equator
Systematic acquisition since December 2013.
The systematic supply of the 100m product starts from 1st April 2015
Page 23/79
Processing
/Product
quality/aux. data
S1 TOC 100m: atmospheric corrections applied, daily synthesis product
Projection: Plate Carré
Absolute geometric accuracy: 60 m
Standard deviation: 45 m
Radiometric accuracy: 5% absolute, 3% relative
Radiometric resolution: 12 bits per pixel
Composite characteristics: daily composite
Delivery
Data are typically available in NRT24h, delivery is guaranteed within 48h, with a
success rate of >99.4% on monthly basis
FTP@CCM (FTP pull by user)
Licence
-
Union_Research_Projects_space: DOWNLOAD
Int_Org_NGO: DISCOVERY
-
Public: DISCOVERY
4.2.5 Optical LR worldwide coverage (LR_OPTICAL_GLOBAL)
FIELD
VALUE
Title
Optical LR Worldwide coverage
DWH-ID
LR_OPTICAL_GLOBAL
Applications
Spectral and
Spatial
Resolution
Main application: Global Land, for the production of bio-geophysical
parameters
2 VIS channels (BLUE and RED), 1 NIR channel, and 1 SWIR channel. No MIR
or TIR channel is available.
•
Spatial resolution = 333m
The spatial resolution of this product varies from 100 m × 100 m to 350 m ×
160 m for the VNIR bands, and from 180 m × 185 m to 660 m × 300 m for the
SWIR bands. This means that the SWIR band resolution < 2 * VNIR resolution.
•
Spatial resolution = 1km
The products are spatially resampled to 1km,
Selected missions
PROBA-V
Page 24/79
Area of interest
Acquisitions &
Tasking Strategy
Between Lat. 35°N and 75°N, and between 35°S and 56°S. Full coverage every
two days at Equator
Systematic acquisition since December 2013.
Processing
/Product
quality/aux. data
•
•
•
•
Level 1C: Raw data, no atmospheric correction, no projection, no
radiometric correction applied, daily product (333m only)
S1 TOA: no atmospheric corrections applied, daily synthesis product
S1 TOC: atmospheric corrections applied, daily synthesis product
S10 TOC: atmospheric corrections applied, 10 days synthesis product
Projection: Plate Carré.
Absolute geometric accuracy: 60 m
Standard deviation: 45 m
Radiometric accuracy: 5% absolute, 3% relative
Radiometric resolution: 12 bits per pixel
Delivery
Data are typically delivered in NRT24h, delivery is guaranteed within 48h, with a
success rate of >99.4% on monthly basis
FTP@CCM (FTP pull by user)
Licence
-
Int_Org_NGO: DOWNLOAD (1km), DISCOVERY (333m)
Public: DOWNLOAD (1km), DISCOVERY (333m)
4.2.6 European HR2 Multitemporal Coverages
(EUR_HR2_MULTITEMP)
FIELD
VALUE
Title
DWH-ID
Applications
European HR2 Multitemporal Coverages
EUR_HR2_MULTITEMP
Continuation of previous pan-European land services and land
use/land cover mapping efforts. Multitemporal agricultural studies and
crop classification.
Page 25/79
Selected missions
Spatial Resolution/
Spectral bands
Processing levels/Product
quality
The objective of the wall-to-wall Multitemporal HR2 image acquisition
is to cover the entire AOI on a monthly basis during the 2015
vegetation period.
Deimos-1, DMC-UK2
Deimos-1, DMC-UK2: 22m
Spectral bands: Green, Red, NIR
Processing Levels
The scenes will be provided in L1T level of processing, ortho-rectified
Level to ETRS89/ETRS-LAEA:
• Reference: CORE_001 COV#1 of DWH phase 1 (IMAGE 2012)
or GLS2000/STRM V3
• Resampled to native resolution (22m): Ortho-rectified atsensor radiance values (resampled using cubic convolution
method);
• GCP file with respect to reference data set;
Radiometric resolution: minimum bit depth of 8 bits signal dynamic
range.
Product quality:
According to zone dependency, the smallest possible unit of production
and for which Contributing Missions have a quality index shall have a
maximum allowed Cloud Coverage threshold as follows:
• Zone A: CC 20% max;
• Zones B, C and D: CC 10% max (optimally), alternative 20%
Products spanning across zones are allowed with the least stringent
cloud coverage.
Presence of perennial snow and glaciers is to be expected in products.
The sun elevation angle shall be higher than 20° to ensure sufficient
The off-nadir viewing angle shall be less than 30°.
Metadata:
• DIMAP v1 metadata for L1T processing levels
Ortho-rectification accuracy:
• Relative accuracy (2014-2015): Reference less than 1 pixel
difference with CORE_001 COV#1 of DWH phase 1 (IMAGE
2012) or GLS2000 and STRM V3
File format:
File format and structure: geoTIFF fully compliant with TIFF version 6
Surface
Area of interest
~6 M km2
countries plus French Overseas Department [French Guiana,
Martinique, Guadeloupe, Mayotte, Reunion] but excluding French
Overseas Territories.
Page 26/79
Reference
year/Acquisitions
&Tasking Strategy/
Acquisition windows
constraints
Reference Year is 2015
&
Acquisition windows
Monthly acquisition windows starting on April 1st and ending in
October 31st.
Objective: One cloud-free coverage per month
Delivery
Delivery mechanism
Licence
All data will be delivered within 2015 (monthly delivery of the whole of
Europe)
-
[Union_Research_Projects_nonspace]: DOWNLOAD
INT_ORG_NGO: DOWNLOAD
Public: VIEW
4.2.7 VHR1-2 Urban Atlas 2012
FIELD
VALUE
Title
DWH-ID
Applications
Selected missions
VHR1-2 Urban Atlas 2012
N/A
Mapping for city planning at local scale
WorldView-2
Spatial Resolution/
Spectral bands
VHR1 pan, VHR2 multispectral
Processing levels/Product
quality
Pan, Coastal, Red, Blue, Red Edge. Green, NIR, Yellow
L3 Ortho
Projection: WGS84/UTM - ETRS-89/LAEA
Ortho Ready Standard 40 cm PAN & 120 cm Multispectral 8 band
Bundle
Parameters:
• Geotiff
• 16 bit
• Dynamic Range Adjustment (DRA) off
• 16k tiling
• 4x4 cubic convolution
• UTM/WGS84
Quality:
• Geolocation accuracy specification of 5 m CE90 (WV-2) at less
than 30° off-nadir, excluding terrain effects
• Geometric corrections applied
• Geolocation information applied
• Applied terrain information: coarse DEM
• 10m RMSE on average.
• No haze
Page 27/79
•
•
537.502 km2
Surface
Area of interest
Reference
year/Acquisitions
&Tasking Strategy/
Acquisition windows
constraints
Delivery
Delivery mechanism
Licence
Incident angle < 20deg
Cloud coverage <= 5% per LUZ
290 of the 305 Urban Atlas Zones 2010+ 5 Urban Atlas Zones over
Croatia
Feb 2011- Oct 2013, to be completed by acquisitions in 2015
&
Within 2015
-
Int_Org_NGO: VIEW
Public: VIEW
4.2.8 SAR HR2/MR1 Worldwide coverage (HR2-MR1_SAR_GLOBAL)
FIELD
Title
DWH-ID
Dataset description
VALUE
SAR HR2-MR1 worldwide coverage
HR2-MR1_SAR_GLOBAL
Global Land coverage
Mission
group/Selected
missions
Spatial Resolution/
Frequency/
Polarisation
MG1: very high to medium resolution SAR
- SENTINEL-1A
Area of interest
Worldwide coverage: target: all land surfaces from 90° North to 90° South and
from 180° West to 180° East.
(with a hole at the Poles due to SAR right looking only).
Minimum baseline: all land masses between 75° North and 56° South and
between 180° West and 180° East.
AOI in km2:149 248 300km² non-contiguous AoI
Spatial resolution: HR2/MR1.
Frequency band: C.
Interferometric Wide Swath mode (IW)
Polarisation: VV or VV-VH (and HH or HH-HV for polar areas)
InSAR (Interferometry)
Page 28/79
Acquisition windows
& constraints
Sentinel-1 coverage frequency over land depends on areas, spanning from every
repeat cycle in Europe to few coverage per year for areas of low interest.
Observation requirements outside Europe must be discussed with relevant
Copernicus services.
Predefined
observation
scenario
available
at
https://sentinels.copernicus.eu/web/sentinel/missions/sentinel-1/observationscenario
Processing /Product
quality/aux. data
Absolute Radiometric Accuracy (3 sigma): 1dB.
Radiometric resolution (S1 IW GRD product): 1.7 dB
Pixel coding: 16 bits per pixel.
Projected over a regular grid.
Geometric accuracy: optimally RMSE (i.e. max. absolute 1-Dimensional Root
Mean Square Error threshold [m] required on product) shall be 1/3 resolution.
Delivery timeliness
and mechanism
The data should be delivered within 24h after the acquisition (Fast24h) on the
scientific data hub (http//scihub.esa.int)
Licence
All user categories: DOWNLOAD
4.2.9 Sea Ice Monitoring HR1/MR2 SAR (SAR_SEA_ICE)
FIELD
VALUE
Title
Sea Ice Monitoring
DWH-ID
SAR_SEA_ICE
Applications
Sea ice monitoring to support marine activities and data assimilation for ice and
weather forecast models.
Mission group/
Selected missions
- MG1/SENTINEL-1A, Radarsat-2, COSMO-SkyMed, TerraSAR-X
Spatial Resolution
- HR1, HR2, MR1, MR2 (≥5m and ≤ 300m)
Frequency bands
- C band : SENTINEL-1A, Radarsat-2;
- X band : COSMO-SkyMed, TerraSAR-X;
Polarisation
- Single/Dual
Page 29/79
Operational modes
SENTINEL- 1A:
- Interferometric Wide, swath 250 Km, 20m res
- Extra-Wide, swath 400 km, 50 m res (or ~ 90m)
Radarsat-2:
- ScanSAR Wide, swath 500 km, 100 m res
- ScanSAR Narrow, swath 300 km,50 m res
- Wide, swath 150 km, 30 m res
COSMO-SkyMed:
- ScanSAR Huge, swath 200 km, 100 m res
- StripMap HIMAGE, swath 40 km, 5 m res
TerraSAR-X:
- ScanSAR, swath 80 km, 18 m res
Processing levels
/Product quality
- Radiometric resolution: 16 bits per pixel.
- Processing level: L1
Area of interest
Baltic, Eurarctic, Arctic ocean, Greenland, Antarctic. AOIs are non-contiguous
and may change in extension during sea ice season.
Quotas
Till end of 2020:
- Radarsat-2: 5385 products
- TerraSAR-X: 1950 products
- COSMO-SkyMed: 6030 products
Reference
year/Acquisitions
&Tasking Strategy/
Acquisition windows
& constraints
Systematic Sentinel-1 daily coverage over sea ice zones, from 1st April 2015 until
31st December 2020
Radarsat-2, COSMO-SkyMed, TerraSAR-X data are used to complement
SENTINEL- 1A by providing gap coverage over the main AOIs. Orders from
eligible Users are expected on a monthly basis, around 1st of the month for the
period 16th of the same month to 15th of the following one.
For the Baltic, coverage is needed from November to May. For the other AOIs an
all year coverage is needed.
Timeliness of data
delivery
NRT1h (Optimal); NRT3h (latest)
Except COSMO-SkyMed:
- Greenland: within 12 hours (6 hours average)
SENTINEL- 1A NRT3h over Baltic, Eurarctic, Greenland waters
Delivery mechanism
FTP@CCM data available at the CCM (FTP pull by user)
FTP@CDS for the archive
Page 30/79
Additional
Information
COSMO-SkyMed:
- Ascending passing time generally takes place at around 6:00 AM local time.
- e-GEOS provides information about the scheduled acquisitions as soon as
available:
• About 20 hours ahead of an Ascending morning acquisition
• About 8 hours ahead of a Descending evening acquisition.
Licence
-
Copernicus Services : DOWNLOAD
Union_Research_Projects_non-space:
DOWNLOAD
CosmoSkyMed), DISCOVERY (Radarsat-2)
Public_Auth: DISCOVERY
Int_Org_NGO: DISCOVERY
Public: DISCOVERY
(TerraSAR-X,
Sentinel-1A data: DOWNLOAD for all Copernicus users
4.2.10 Altimetry and Atmospheric datasets
Dataset title
Global/Regional Systematic Ocean
Colour data
DWH2 DS ID
OC _2014-2020
ESA and ESA
TPM missions
Envisat
Systematic Global and Regional
sea surface temperature data
SST_2014-2020
Envisat, ERS
Systematic Global and Regional
Altimeter / Sea Level data
ALT_2014-2020
Envisat, ERS,
Cryosat
Data for aerosol monitoring and
forecasting
AER_2014-2020
Envisat, GOSAT
Data for sulphur dioxide (SO2)
atmospheric composition
monitoring and forecasting
SO2_2014-2020
Envisat, GOSAT
Data for formaldehyde (HCHO)
HCHO_2014-2020
Envisat
Data for Ozone (O3) atmospheric
composition monitoring and
forecasting
O3_2014-2020
Envisat, ERS,
GOSAT
Data for Carbon Monoxide (CO)
CO_2014-2020
Envisat
Page 31/79
Delivery
mechanism
Systematic
access from
ESA
Data for Carbon Dioxide (CO2)
CO2_2014-2020
Envisat, GOSAT
Data for Methane (CH4)
CH4_2014-2020
Envisat, GOSAT
Data for Nitrogen Dioxide (NO2)
NO2_2014-2020
Envisat, ERS
5
ADDITIONAL DATASETS
The ADDITIONAL Datasets are the on-demand part of the data offer, assumed flexible
enough to accommodate the specific requirements which are not covered by the CORE
datasets and not foreseeable in advance. They represent a large volume of EO data
classified by resolution type to cover a range of specifications by Copernicus users, e.g.
geographical area, processing levels, lead times, delivery mechanisms to be selected at
ordering time among the proposed ones for the specific dataset.
They are typically related to emergency and security services which require fresh data
over critical areas. However on-demand ADDITIONAL data are available also for nonemergency applications, for which requirement details are only known at short notice
(e.g. areas of interest, time window of interest, data type, etc.).
The eligibility of Copernicus users to order EO data under a given Additional dataset
is established by the European Commission who assigns a quota expressed in Km2 per
data type on a yearly basis (see quota assignment section 6.2). The allocation per project
for the year 2015 is reported in section 6.2.3.
The content of ADDITIONAL datasets is organized per resolution class and the
relevant portfolio of missions offered for both Emergency and Standard modes is
described in section 5.3.
5.1
List of ADDITIONAL datasets
Each dataset represents:
- A resolution class (see section 3.1),
- A service type: Emergency or Standard, Archive or New tasking
- A mission type: Optical or SAR
Table 5 presents the list of datasets which content in terms of contributing missions is
described in section 5.2.
Page 32/79
Emergency datasets
Archive
New
Rush
Acquisition
Rush
Optical VHR1
Optical VHR2
Optical HR1
Optical HR2
Optical MR1
SAR VHR1
ADD_003a
ADD_003b
ADD_001a
ADD_001b
ADD_021a
ADD_004a
ADD_004b
ADD_002a
ADD_002b
ADD_022a
ADD_007a
SAR VHR2
SAR HR1
SAR HR2
SAR MR1
Standard datasets
Archive
New
Standard
Acquisition
Standard
ADD_008a
ADD_011a
ADD_011b
ADD_009a
ADD_009b
ADD_020a
ADD_015a
ADD_012a
ADD_012b
ADD_010a
ADD_010b
ADD_018a
ADD_016a
ADD_007b
ADD_008b
ADD_015b
ADD_016b
ADD_005a
ADD_006a
ADD_013a
ADD_014a
ADD_005b
ADD_023a
ADD_006b
ADD_024a
ADD_013b
ADD_019a
ADD_014b
ADD_017a
Table 5: List of ADDITIONAL datasets available in DWH Phase 2
Page 33/79
5.2
Detailed description of Additional datasets
5.2.1
VHR1 SAR and Optical
Standard
Emergency
SAR VHR1/Emergency/Standard/Archive/New Acquisition
TERRASAR-X
1m
High-res. SpotLight
300MHz
Y
Y
COSMOSkyMed
1m
Spotlight-2
Y
Y
Ortho *
Y
Quad
Stereo
Y
Multi-look
Single
Staring SpotLight
Dual
Spotlight
0.24 m
ScanSAR
TERRASAR-X
Stripmap
Mission
Resolution (m)
Polarisation
Archive
ADD_015a
New Acq.
ADD_016a
Archive
ADD_007a
New Acq.
ADD_008a
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Table 6: SAR VHR1/Emergency/Standard/Archive/New Acquisition
* Not applicable to Emergency
Page 34/79
Standard
Optical VHR1/Emergency/Standard/Archive/New Acquisition
Mission
Bands
Resolution
(m)
Pan,
VNIR
0.5 m
Pan,
VNIR
0.75 m
WorldView-1
Pan
0.5 m
WorldView-2
Pan,
VNIR
(4/8bands)
0.5 m
Pan,
VNIR
0.5 m
Pan,
VNIR
0.6 m
Pan,
VNIR
1m
Pan,
VNIR
0.31, 1.24 m
Pleiades-1A/1B
Deimos-2 *
GeoEye-1*
QuickBird
IKONOS
WorldView 3*
Pansharped
Panchromatic
Yes
Yes
Multispectral
Emergency
Archive
ADD_011a
New Acq.
ADD_012a
Archive
ADD_003a
New Acq.
ADD_004a
Bundle
Stereo
Ortho**
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
Yes
No
Yes
Yes
Yes
Yes
yes
Yes
No
Yes
No
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
(4/8bands)
Table 7: Optical VHR1/Emergency/Standard/Archive/New Acquisition
*Available during Q2 2015, ** Not applicable to Emergency
Page 35/79
5.2.2 VHR2 SAR and Optical
Standard
Emergency
RADARSAT-2
RADARSAT-2
1m
3m
RADARSAT-2
3m
TERRASAR-X
TERRASAR-X
1.7 m
1.1 m
TERRASAR-X
2.2 m
TERRASAR-X
TERRASAR-X
COSMO-SkyMed
3.3 m
3.4 m
3m
SpotLight A (SLA)
Ultra Fine (UF)
Wide Ultra-Fine
(WUF)
Y
Y
Y
Spotlight SL
High-res.
SpotLight 150MHz
High-res.
SpotLight
150MHz/300MHz
StripMap
Y
Y
Y
Y
Stereo
Ortho *
Y
Y
Y
Y
Stripmap
HIMAGE
(single look) SCS
L1A processing
Quad
Y
Y
Y
Y
Spotlight SL
Multi-look
Dual
Single
Spotlight
ScanSAR
Polarisation
Stripmap
Mission
Resolution (m)
SAR VHR2/Emergency/Standard/Archive/New Acquisition
Archive
ADD_015b
New Acq.
ADD_016
b
Archive
ADD_007b
New Acq.
ADD_008
b
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Y
Y
Y
Y
Table 8: SAR VHR2/Emergency/Standard/Archive/New Acquisition
*Not applicable to Emergency
Page 36/79
Standard
Emergency
Mission
Bands
Resolution
(m)
Optical VHR2/Emergency/Standard/Archive/New Acquisition
SPOT-5
Pan, VNIR
2.5 m
SPOT-6/7
Pan,VNIR
1.5 m
Pleiades1A/1B
VNIR
2m
WorldView-2
VNIR (4/8bands)
1.8 m
GeoEye-1*
VNIR
2m
QuickBird
VNIR
2.4 m
IKONOS
VNIR
4m
Cartosat-1
Pan
2.5 m
Deimos-2*
VNIR
3m
WorldView-3*
VNIR (4/8bands)
2m
Pansharped
Panchromatic
Multispectral
Bundle
Stereo
Ortho**
Archive
ADD_011b
New Acq.
ADD_012b
Archive
ADD_003b
New Acq.
ADD_004b
Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
Yes
No
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
Yes
No
Yes
Yes
Yes
Yes
No
Yes
No
Yes
Yes
Yes
No
No
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Table 9: Optical VHR2/Emergency/Standard/Archive/New Acquisition
*Available during Q2 2015, **Not applicable to Emergency
Page 37/79
5.2.3 HR1 SAR and Optical
Standard
Emergency
5m
TERRASAR-X
COSMO-SkyMed
5m
8m
8m
8m
6.6 m
5m
Y
Y
Y
Y
Y
Y
Y
Y
Archive
ADD_013a
New Acq.
ADD_014
a
Archive
ADD_005a
New Acq.
ADD_006
a
Y
Yes
Yes
Yes
Yes
Y
Yes
Yes
Yes
Yes
Y
Y
Y
Y
Y
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Y
Yes
Yes
Yes
Yes
Ortho*
Y
Y
Y
Y
Y
Stereo
Y
Quad
Y
Y
Multi-look
Spotlight
ScanSAR
Multi-Look Fine (MLF)
Wide Multi-Look Fine
(MLFW)
Extra Fine (XF)
Fine (F)
Wide Fine (WF)
Wide Standard
StripMap
Stripmap HIMAGE
(Multilook) Excluding
SCS processing
Dual
5m
Single
RADARSAT-2
Polarisation
Stripmap
Mission
Resolution (m)
SAR HR1/Emergency/Standard/Archive/New Acquisition
Y
Table 10: SAR HR1/Emergency/Standard/Archive/New Acquisition
Page 38/79
Standard
Optical HR1/Emergency/Standard/Archive/New Acquisition
Mission
SPOT-5
SPOT-5
SPOT-6/7
RapidEye
Resourcesat1/2
Bands
Pan, VNIR
Pan, VNIR,
SWIR
VNIR
VNIR
VNIR
Archive
ADD_009a
New Acq.
ADD_010a
Archive
ADD_001a
New Acq.
ADD_002a
Pansharped
Panchromatic
5m
10 m
Yes
Yes
Yes
Yes
No
Yes
No
Yes
Yes
Yes
Yes
No
Yes
No
6m
6.5 m, 5m 4
5.8 m
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
Resolution
(m)
Multispectral
Bundle
Stereo
Yes
Yes
Yes
Ortho*
Table 11: Optical HR1/Emergency/Standard/Archive/New Acquisition
4
Emergency
re-sampled to 5m resolution for orthorectified products
Page 39/79
5.2.4 HR2 SAR and Optical
Standard
Emergency
TERRASAR-X
Sentinel-1
18.5 m
20 m
Envisat-1
ERS-1/2
COSMO-SkyMed
30 m
30 m
30 m
20 m
Ortho *
Stereo
Multi-look
Spotlight
Wide (W)
Y
Y
Y
Standard (S)
Y
Y
Y
Extended Low
(EL)
Y
Extended High
(EH)
Y
ScanSar
Interferometric
WideSwath (IW)
ASAR IM, AP
IMAGE (IM)
ScanSar Wide
StripMap Ping
Pong (
Alternating Pol)
Y
Y
Y
Y
Y
Y
Quad
Dual
25 m
Single
RADARSAT-2
ScanSAR
Mission
Polarisation
Stripmap
Resolution (m)
SAR HR2/Emergency/Standard/Archive/New Acquisition
Archive
ADD_013
b
New Acq.
ADD_014b
Archive
ADD_00
5b
New Acq.
ADD_006
b
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes**
Yes**
Yes
Yes
Yes
No
No
Yes
No
No
Yes
No
No
Yes
Yes
Yes
Yes
Yes
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Table 12: SAR HR2/Emergency/Standard/Archive/New Acquisition
** Best effort
Page 40/79
Standard
Optical HR2/Emergency/Standard/Archive/New Acquisition
Mission
SPOT-4
Resourcesat1/2
Deimos-1 /
UK-DMC 2 /
Landsat-5
Landsat-7
Landsat-8
Proba
Bands
Resolution
(m)
VNIR, SWIR
VNIR, SWIR
20 m
23 m
VNIR
22 m
VNIR, SWIR
VNIR,SWIR,TIR,
PAN
VNIR,SWIR,TIR,
PAN
VNIR
30 m
30 m
30 m
Pansharped
Panchromatic
Multispectral
Bundle
Yes
Stereo
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
18,36 m
Yes
Archive
ADD_009b
New
Acquisition
ADD_010b
Archive
ADD_001b
New
Acquisition
ADD_002b
Yes
No
Yes
No
Yes
Yes
Yes
No
Yes
Yes
Yes
Yes
Yes
No
No
No
Yes
No
No
No
Yes
No
Yes
No
Yes
Yes
No
No
Ortho*
Yes
Yes
Table 13: Optical HR2/Emergency/Standard/Archive/New Acquisition
Page 41/79
Emergency
5.2.5
MR1 SAR and Optical
Standard
Emergency
100 m
TERRASAR-X
COSMO-SkyMed
40 m
100 m
Ortho *
Stereo
Multi-look
Y
Y
Y
Y
Y
Y
Quad
Spotlight
ScanSAR
ScanSar Narrow
(SCN),
ScanSar Wide
(SCW)
WideScanSAR
ScanSar Huge
Region Single
look
Dual
60 m
Single
RADARSAT-2
Polarisation
Stripmap
Mission
Resolution (m)
SAR MR1/Emergency/Standard/Archive/New Acquisition
Y
Y
Y
Y
Archive
ADD_017a
New Acq.
ADD_019a
Archive
ADD_023a
New Acq.
ADD_024a
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Table 14: SAR MR1/Emergency/Standard/Archive/New Acquisition
Standard
Emergency
Mission
Bands
Resourcesat-1/2
VNIR, SWIR
Resolution
(m)
Optical MR1/Emergency/Standard/Archive/New Acquisition
Pansharped
Panchromatic
Multispectral
56 m
Yes
Bundle
Stereo
Ortho
Archive
ADD_020a
New
Acquisition
ADD_018a
Archive
ADD_001a
New
Acquisition
ADD_002a
Yes
Yes
Yes
No
Table 15: Optical MR1/Emergency/Standard/Archive/New Acquisition
Page 42/79
6
EO DATA ORDERING WITHIN ADDITIONAL DATASETS
6.1
Order parameters
During an order submission, authorised users have to properly identify their
requirements within the list of order options so that the Services Coordinated Interfaces
(SCI) is able to select the best contributing mission to fulfill the order. Selected
parameters (add-ons) may be subject to a cost uplift if different from the baseline which
then result in a higher quota consumption. A matrix highlighting differences between
baseline and add-on options is shown in Table 16.
While the dataset selection provides the information about data type, resolution class
and service type, AOI, time window and the following order parameters have to be
selected at order submission time:
• Satellite Tasking lead time (for new acquisitions)
• Processing Options
• Cloud Coverage Class
• SAR Polarisation
• Delivery timeliness
AddOns/Deductio
Basic
Features
Dataset Type
Tasking Lead
time
Delivery
timeliness
Product
Processing
Cloud cover
Archive_rush
New
acquisition_rush
Archive_standard
New
acquisition_standard
N/A
Rush
N/A
Normal
ArchRush
NRT3h
ArchNormal
Normal
Up to
non_ortho
As requested
Up to
non_ortho
N/A
Up to non_ortho
Up to non_ortho
As requested
Cloud-free20
Archive_rush
New
acquisition_rush
Archive_standard
New
N/A
N/A
N/A
LLT 5, SLT, SLT+
Normal5
Fast245
N/A
Fast24
N/A
N/A
Ortho
Ortho
N/A
N/A
TOC or BOA
reflectance
TOC or BOA
reflectance
Tasking Lead
time
Delivery
timeliness
Product
Processing
Atmospheric
corrections
5 price
reduction involved
Page 43/79
Cloud Cover
N/A
N/A
N/A
Table 16 Baseline options and ADD–Ons options
6.1.1
Cloud-free5, Cloudfree10, Cloud-free15
Size of Minimum Orderable Area
The different data providers accept any area of interest (AOI) but a minimum order size
and an incremental area extension is applied when delivering and invoicing a product.
Therefore user quota will be impacted accordingly.
•
If the AOI defined by the user is smaller than the minimum order size, the latter
applies systematically and the corresponding number of km2 are deducted from
the user available quota.
•
If the ordered AOI is bigger than the minimum order size, incremental area will
apply up to full coverage of the AOI.
Details of the specific values per Mission, instrument mode and product type are
indicated in table 17.
CCME
AIRBUS Defence
and Space (DE)
Mission
TerraSARX
Minimu
m
Incremental
orderabl area
e area
[km2]
[km2]
Sensor mode/
Product name
Archive
/New
Acquisition
Staring SpotLight
both
15
15
High Resolution
SpotLight 300MHz
both
35
35
StripMap single pol
both
1,000
1
StripMap dual pol
both
500
1
SpotLight
both
100
100
High Resolution
SpotLight 150MHz
both
50
50
StripMapRaD single
pol
both
1,000
1
StripMapRaD dual
pol
both
500
1
ScanSAR
both
15,000
5
WideScanSAR
both
50,000
10
Page 44/79
CCME
Mission
SPOT-4&5
AIRBUS Defence
and Space (FR)
e-GEOS
COSMOSkyMed
Constellatio
n
IRS-P5
Cartosat-1
GAF AG
EUSI
Sensor mode/
Product name
All products
Archive
1000
1
All products
Archive
100
1
New
500
1
Archive
25
1
New
100
1
Spotlight-2
Archive
100
100
StripMap HIMAGE
Archive
1600
1600
Spotlight-2
New
100
100
StripMap HIMAGE
New
1600
1600
StripMap HIMAGE
both
1600
1600
ScanSAR Wide
both
10000
10000
StripMap PING
PONG
both
900
900
ScanSAR Huge
both
40000
40000
SPOT-6&7
Pleiades
Minimu
m
Incremental
orderabl area
e area
[km2]
[km2]
Archive
/New
Acquisition
All products
PAN-Aft or PAN-Fore
both
310
1
Resourcesat LISS-IV, Mono
-1/2/2A
both
1,850
1
Resourcesat LISS-III,
-1/2/2A
multispectral
both
6,000
1
Resourcesat AWiFS, multispectral
-1/2/2A
both
10,600
1
25
1
100
1
WV-1/2/3
Pan-Sharpened
(4Band), bundle 4
Band / Standard or
Ortho Ready
Standard,
8-Band bundle /
Standard or
Archive
New
Page 45/79
CCME
Mission
Sensor mode/
Product name
Archive
/New
Acquisition
Minimu
m
Incremental
orderabl area
e area
[km2]
[km2]
OrthoReady
Standard VHR1
GeoEye-1
QuickBird
IKONOS
WV-2
GeoEye-1
QuickBird
IKONOS
Pan-Sharpened
(4Band), bundle 4
Band / Standard or
Ortho Ready
Standard
Archive
Pan-Sharpened
(4Band), bundle 4
Band / Standard or
Ortho Ready
Standard
Archive
Pan-Sharpened
(4Band), bundle 4
Band / Standard or
Ortho Ready
Standard
Archive
Multispectral (4/8Band) / Standard,
OrthoReady
Standard, Stereo
25
1
100
1
25
1
100
1
25
1
100
1
Archive
50
1
New
100
1
Multispectral
Standard,
OrthoReady
Standard, Stereo
Archive
50
1
100
1
Multispectral
Standard,
OrthoReady
Standard, Stereo
Archive
50
1
100
1
Multispectral
Standard,
OrthoReady
Standard, Stereo
Archive
50
1
100
1
New
New
New
New
New
New
Page 46/79
CCME
Mission
WV-1/2/3
GeoEye-1
QuickBird
IKONOS
MDA
Radarsat -2
Sensor mode/
Product name
Archive
/New
Acquisition
Minimu
m
Incremental
orderabl area
e area
[km2]
[km2]
Archive
100
1
New
100
1
144
144
400
400
1250
1250
1250
1250
625
625
625
625
2500
2500
2500
2500
2500
2500
22500
22500
4500
4500
5625
5625
10000
10000
22500
22500
Ortho, VHR1/2
Spotlight A (SLA)
beam mode
both
Ultra Fine (UF) beam
mode
both
Wide Fine Quad-Pol
(FQW)
both
Wide Standard QuadPol (SQW)
both
Fine Quad-Pol (FQ)
both
Standard Quad-Pol
(SQ)
both
Wide Ultra-Fine
(UFW) beam mode
both
Fine (F) beam mode
both
Multi-Look Fine
(MLW) beam mode
both
Wide Fine (FW) beam
mode
both
Wide Multi-Look Fine
(WMLW) beam mode
both
Extended High (EH)
beam mode
both
Standard (S) beam
mode
both
Wide (W) beam mode
both
Page 47/79
CCME
Mission
Sensor mode/
Product name
Archive
/New
Acquisition
Extended Low (EL)
beam mode
both
ScanSAR Narrow
(SCN) beam mode
both
ScanSAR Wide (SCW)
beam mode
both
BlackBridge
RapidEye
constellatio
n
6.5m resolution,
multispectral -
DMI
Deimos-2/
Dubaisat-2
Pamsharped,
Archive
Panchromatic. Stereo,
New
Multispectral
both
Minimu
m
Incremental
orderabl area
e area
[km2]
[km2]
28900
28900
90000
90000
250000
250000
1,000
1
50
1
100
1
Table 17: CCMEs minimum order size and incremental area
6.1.2
Satellite Tasking lead time
Each order for data to be acquired in the future shall contain a target acquisition
window which defines the programming notice. The list of tasking lead times and
corresponding definitions is shown in the table below. “Normal” lead time is the default
scenario for standard requests while “Rush” is reserved for emergency activations.
Selection of SLT or SLT+ through the tasking window definition may imply an
additional cost and therefore a larger quota consumption.
It is to be noted that the order processing time is up to 2 days that are added to the
programming notice, except for orders within emergency datasets.
Long Lead time (LLT)
Request notice : > 1 month prior to acquisition
window start time
Normal lead time (NLT)
Default option for standard orders
Request notice: between 1 month and 2 weeks
prior to acquisition window start time
Short Lead Time (SLT)
Request notice : between 2 weeks and 4 days
prior to acquisition window start time
Short Lead Time Plus (SLT+) Offered for Standard Orders.
Acquisition to be performed between 48 and 72
hours from order submission to CCME
Rush
Only for emergency orders.
Acquisition to be performed within 48 hours
Page 48/79
from order submission by eligible user
6.1.3
Processing Options
Different types of product and processing levels offered for each mission are based on
the default list of products generated by the Copernicus Contributing Missions. The
following options are generally possible:
•
For radar datasets
• Single look
• Multi look (available in different geometric corrections, e.g. georeferenced,
ellipsoid or terrain corrected)
In turn, each one of the two above options is available in different polarisations (e.g.
single, dual, quad and cross/alternating or multi-Polarisation) depending on the SAR
sensor.
•
For optical datasets
• Orthorectified
• Non-orthorectified
In turn, each one of the two above options is available as follows:
- Panchromatic
- Multispectral (available in 1, 3, 4, 5 or 8 bands)
- Pansharpened (available in band combinations 4321, 432 or 321)
- Bundle (available as [Panchromatic + 4 Multispectral bands] or [Panchromatic
+ 8 Multispectral bands])
- Stereo or mono
6.1.4
Cloud Coverage Classes
For optical data, the following cloud coverage categories are selectable. The default
value is Cloud-free20, the other values must be selected at order submission.
Cloud-free5
Cloud-free10
Cloud-free15
Cloud-free20
Cloud cover within the image shall not
amount to more than 5% of the AoI
Implying a cost uplift
Page 49/79
6.1.5
SAR Polarisation
For SAR data, the following polarisation categories apply. Polarisation is normally
embedded in the product and sensor type and already shown in the dataset portfolio.
Single
Single polarisation
Dual/Alternating
Dual /Alternating polarisation
Multi-Look
Multi-look polarisation
Quad Pol
Full/quad polarisation
6.1.6
Delivery timeliness
Among the following delivery timeliness options, only Fast24 is selectable within
standard orders, other values are the default ones for both Emergency and Standard
orders.
Arch Rush
Archive For Emergency Activations only.
Product is delivered within 3 hours from order confirmation
New Rush
New
For Emergency Activations only.
Product is delivered between 2 and 5 hours from sensing
Fast24h
New
Offered within Standard datasets for urgent orders.
Product is delivered within 24 hours from sensing.
It implies a cost uplift
ArchNormal Arch
Default within Standard datasets.
Product is delivered within 5 working days from order
confirmation
Normal
New
Default within Standard datasets.
Product is delivered within 5 working days from sensing
6.2
Quota allocation, consumption and reshuffling
The quota assignment process operates within a global framework of quota assigned by
EC per Copernicus user or project for the 44 datasets defined in section 5.2. There is no
quota assignment per individual mission rather per data and service type.
The assigned quota is an indicative number of square kilometers (km2) of data available
within a dataset to a single Copernicus user or project. Quota allocation is performed on
a yearly basis.
ESA and ESA Third Party Missions are not subject to quota allocation and can be made
available in any relevant dataset, on top of the missions specified in section 5.2.
Page 50/79
6.2.1
Quota consumption
The quota consumption depends on:
(a) the actual number of square kilometers delivered; this depends on the minimum
order/AOI size and minimum AOI incremental size for the mission and type of
product requested;
(b) the actual cost of the product delivered; within a dataset, the cost of the
individual product may vary depending on mission and add-ons requested in the
order (e.g. orthorectification, faster delivery, etc.).
For more details on how the km2 accounting per CCM is handled, please see section
6.1.1.
The type of product delivered depends on the order options as specified by the
Copernicus user. Order options may have a major impact on the price/km2 of the
delivered product e.g. the selection of higher level, most expensive (e.g. orthorectified,
or stereo) products lead to earlier depletion of the assigned quota than ordering the
same number of km2 at lower processing level (e.g. non-orthorectified panchromatic
level).
6.2.2 Quota exhaustion and reshuffling
In case a Copernicus user requires an update to the assigned quota once the DAP has
been issued, the following rules apply:
1. The user shall contact the Account Managers, the dedicated interface for issues
related to the data offer, in order to define and justify the new requirements
2. The Account Manager will analyse the request and, in case of major deviation,
request the CCMs Contract Manager, to agree to an adaptation at the next
revision with the EC.
3. In case of a small deviation to an existing dataset or quota exhaustion, the user
shall send the order to the User Support Services team who will cater for the
authorisation of the deviation from the Account Manager.
In case such alterations/deviations from DAP datasets occur, they will not be
immediately reflected in a new DAP version, but monitored by the Account Managers
and documented on the CSC-DA Web portal.
Page 51/79
6.2.3
Quota allocations per Project
Quota allocations are listed per Copernicus user and per dataset.
A continuous monitoring of the quotas’ consumption is performed on a per service basis. At regular intervals until the end
of the phase, the consumption will be assessed by the EC and ESA, in order to take corrective measures if required. Users
are responsible for managing their own overall quotas per dataset. The quota usage is advertised on the CSC-DA web
portal on a monthly basis.
Copernicus EMS Rapid Mapping
Dataset Title
Archive_rush_
Optical_HR1
Archive_rush_
Optical_HR2
Archive_rush_
Optical_VHR1
Archive_rush_
Optical_VHR2
Archive_rush_
SAR_HR1
Archive_rush_
SAR_HR2
Archive_rush_
SAR_VHR1
Archive_rush_
SAR_VHR2
Archive_rush_
SAR_MR1
Dataset ID
D2_MG2_CERM_001a
Quota
(km2)
28,500
Dataset Title
New acquisition_rush_
Optical_HR1
D2_MG2_CERM_001b
20,250
Optical_HR2
D2_MG2b_CERM_003a
7,500
Optical_VHR1
D2_MG2b_CERM_003b
27,750
Optical_VHR2
D2_MG1_CERM_005a
2,250
SAR_HR1
D2_MG1_CERM_005b
77,250
SAR_HR2
D2_MG1_CERM_007a
1,500
SAR_VHR1
D2_MG1_CERM_007b
12,750
SAR_VHR2
D2_MG1_CERM_023a
562,500
SAR_MR1
Table 18 Copernicus EMS Rapid Mapping
Page 52/79
Dataset ID
Quota
(km2)
D2_MG2_CERM_002a
16,500
D2_MG2_CERM_002b
7,500
D2_MG2b_CERM_004a
8,250
D2_MG2b_CERM_004b
27,000
D2_MG1_CERM_006a
122,250
D2_MG1_CERM_006b
366,000
D2_MG1_CERM_008a
3,750
D2_MG1_CERM_008b
150,000
D2_MG1_CERM_024a
517,500
Copernicus EMS Risk and Recovery Mapping
Dataset Title
Dataset ID
Quota
(km2)
Archive_standard
Optical_HR1
Archive_standard
Optical_HR2
Archive_standard
Optical_VHR1
Archive_standard
Optical_VHR2
Archive_standard
SAR_HR1
Archive_standard
SAR_HR2
Archive_standard
SAR_VHR1
Archive_standard
SAR_VHR2
D2_MG2_CERR__009a
7,500
Dataset Title
Dataset ID
New acquisition_standard
D2_MG2_CERR__010a
Optical_HR1
D2_MG2_CERR__009b
7,500
D2_MG2_CERR__010
b
Optical_HR2
D2_MG2b_CERR_011a
3,750
D2_MG2b_CERR_012a
Optical_VHR1
D2_MG2b_CERR_011b
5,625
D2_MG2b_CERR_012b
Optical_VHR2
D2_MG2_CERR__013a
3,750
D2_MG2_CERR__014a
SAR_HR1
D2_MG1_CERR__013b
3,750
D2_MG1_CERR__014b
SAR_HR2
D2_MG1_CERR__015a
2,625
D2_MG1_CERR__016a
SAR_VHR1
D2_MG1_CERR__015b
3,750
D2_MG1_CERR__016b
SAR_VHR2
Table 19 Copernicus EMS Risk and Recovery Mapping
Page 53/79
Quota (km2)
5,625
5,625
2,625
2,625
3,750
3,750
3,750
3,750
Copernicus EMS Validation Mapping
Dataset Title
Dataset ID
Archive_standard
D2_MG2_CEVM_009a
Optical_HR1
Archive_standard
D2_MG2_CEVM_009b
Optical_HR2
Archive_standard
D2_MG2b_CEVM_011a
Optical_VHR1
Archive_standard
D2_MG2b_CEVM_011b
Optical_VHR2
Archive_standard
D2_MG2_CEVM_013a
SAR_HR1
Archive_standard
D2_MG1_CEVM_013b
SAR_HR2
Archive_standard
D2_MG1_CEVM_015a
SAR_VHR1
Archive_standard
D2_MG1_CEVM_015b
SAR_VHR2
D2_MG2b_CEVM_012a
Optical_VHR1
Table 20 Copernicus EMS Validation Mapping
Page 54/79
Quota
(km2)
5,400
750
9,000
6,000
3,750
7,500
7,500
3,000
300
Copernicus Security Service – SATCEN
Dataset Title
Dataset ID
Quota
(km2)
Archive_rush
Optical_VHR1
New acquisition_rush
Optical_VHR2
Archive_standard
Optical_VHR1
D2_MG2b_SACE_003a
1,600
Dataset Title
Optical_VHR1
D2_MG2b_SACE_004b
1,600
SAR_VHR1
D2_MG2b_SACE_011a
1,600
Optical_VHR1
Table 21 Copernicus Security Service – SATCEN
Copernicus Security Service – DG-ENERGY
Dataset Title
Dataset ID
Quota
(km2)
Archive_standard
D2_MG2b_DENR_011a
4,500
Optical_VHR1
Table 22 Copernicus Security Service – DG-ENERGY
Page 55/79
Dataset ID
Quota
(km2)
D2_MG2b_SACE_004a
1,600
D2_MG1_SACE_008a
800
D2_MG2b_SACE_012a
1,600
Copernicus Security Service- EEAS
Dataset Title
Dataset ID
Quota
(km2)
Archive_rush
Optical_VHR1
Archive_rush
Optical_VHR2
Archive_rush
SAR_VHR1
Archive_rush
SAR_VHR2
Archive_standard
Optical_VHR1
Archive_standard
Optical_VHR2
Archive_standard
SAR_VHR1
Archive_standard
SAR_VHR2
D2_MG2b_EEAS_003a
1,300
Dataset Title
Optical_VHR1
D2_MG2b_EEAS_003b
800
Optical_VHR2
D2_MG1_EEAS_007a
50
SAR_VHR1
D2_MG1_EEAS_007b
425
SAR_VHR2
D2_MG2b_EEAS_011a
700
Optical_VHR1
D2_MG2b_EEAS_011b
450
Optical_VHR2
D2_MG1_EEAS_015a
25
SAR_VHR1
D2_MG1_EEAS_015b
225
SAR_VHR2
Table 23 Copernicus Security Service- EEAS
Page 56/79
Dataset ID
Quota
(km2)
D2_MG2b_EEAS_004a
1,075
D2_MG2b_EEAS_004b
650
D2_MG1_EEAS_008a
50
D2_MG1_EEAS_008b
350
D2_MG2b_EEAS_012a
575
D2_MG2b_EEAS_012b
350
D2_MG1_EEAS_016a
25
D2_MG1_EEAS_016b
200
Copernicus Land Service – Global Land
Dataset Title
Dataset ID
Quota
(km2)
Archive_standard
Optical_HR1
Optical_HR1
D2_MG2_GBAL_009a
25,000
D2_MG2_GBAL_010a
50,000
Optical_HR2
D2_MG2_GBAL_010b
200,000
Table 24 Copernicus Land Service – Global Land
Union Research Project-ADVANCED SAR
Dataset Title
Optical_VHR1
Optical_VHR2
SAR_HR1
SAR_HR2
SAR_VHR1
SAR_VHR2
Dataset ID
Quota
(km2)
D2_MG2b_ADSA_012a
200
D2_MG2b_ ADSA _012b
400
D2_MG1_ ADSA _014a
400
D2_MG1_ ADSA _014b
56
D2_MG1_ ADSA _016a
30
D2_MG1_ ADSA _016b
150
Dataset Title
SAR_MR1
Optical_MR1
Archive_standard
SAR_MR1
Table 25 ADVANCED SAR-Union Research Project
Page 57/79
Dataset ID
Quota
(km2)
D2_MG1_ADSA_017a
60
D2_MG2_ADSA_018a
400
D2_MG1_ADSA_019a
400
Union Research Project-APHORISM
Dataset Title
Dataset ID
Quota
(km2)
Archive_standard_Optical_VHR1
D2_MG2b_APHO_011a
100
Archive_standard_SAR_VHR2
D2_MG1_APHO_015b
19,200
Table 26 APHORISM-Union Research Project
Union Research Project-DECUMANUS
Dataset Title
Optical_VHR1
SAR_VHR1
Dataset ID
Quota
(km2)
D2_MG2b_DECU_012a
5,400
D2_MG1_DECU_016a
800
Table 27 DECUMANUS-Union Research Project
Union Research Project - ERMES
Dataset Title
Dataset ID
Quota
(km2)
Optical_HR1
D2_MG2_ERME_010a
1,140
D2_MG1_ERME_016b
2,240
SAR_VHR1
Table 28 ERMES-Union Research Project
Page 58/79
Union Research Project - EU FAST
Dataset Title
Dataset ID
Quota
(km2)
Archive_standard
Optical_HR1
D2_MG2_EUFA_009a
600
Archive_standard
Optical_HR2
D2_MG1_EUFA_009b
9,606
New
SAR_VHR2
D2_MG1_EUFA_016b
400
Archive_standard
Optical_VHR1
New
_Optical_VHR1
New
acquisition_standard_Optical
_HR2
New
acquisition_standard_SAR_H
R2
Dataset ID
Quota
(km2)
D2_MG2_EUFA_010b
17,402
D2_MG1_EUFA_014b
17,402
Table 29 EU FAST-Union Research Project
GMES Masters Overall Winner 2012
Dataset Title
Dataset Title
GMES Masters Best Service 2013
Dataset ID
Quota
(km2)
Dataset Title
Dataset ID
Quota
(km2)
D2_MG2b_OW12_011a
3,500
Archive_standard_SAR_HR1
D2_MG1_BS13_013a
8,300
D2_MG1_BS13_014a
16,000
New
Acquisition_standard_SAR_
HR1
Table 30 GMES Masters-Union Research Project
D2_MG1_ OW12 _012a
2,300
Page 59/79
Union Research Project - ITACA
Dataset Title
Dataset ID
Quota
(km2)
Archive_standard
Optical_VHR2
D2_MG2b_ITAC_011b
Archive_standard
SAR_VHR1
D2_MG1_ITAC_015a
1,200
Archive_standard
SAR_VHR2
D2_MG1_ITAC_015b
1,200
350
Table 31 ITACA-Union Research Project
Union Research Project - NORTH STATE
Dataset Title
Optical_VHR1
Dataset ID
D2_MG2b_NOST_012a
Quota
(km2)
4,013
D2_MG1_NOST_013a
92,500
D2_MG1_NOST_013b
92,500
Table 32 NORTH STATE-Union Research Project
Page 60/79
Union Research Project - PHAROS
Dataset Title
Archive_standard
Optical_HR1
Archive_standard
Optical_HR2
Archive_standard
Optical_VHR2
Archive_standard
SAR_HR1
Optical_HR1
Optical_HR2
Dataset ID
Quota
(km2)
D2_MG2_PHAR_009a
16,000
D2_MG2_PHAR_009b
16,000
D2_MG2b_PHAR_011b
16,000
D2_MG1_PHAR_013a
16,000
D2_MG2_PHAR_010a
16,000
D2_MG2_PHAR_010b
16,000
Dataset Title
Optical_VHR1
Optical_VHR2
SAR_HR1
Dataset ID
D2_MG2b_PHAR_012a
D2_MG2b_PHAR_012b
D2_MG1_PHAR_014a
Quota (km2)
8,000
16,000
8,000
Table 33 PHAROS-Union Research Project
Union Research Project - POLAR ICE
Dataset Title
New acquisition_
rush_Optical_VHR1
New acquisition_
rush_Optical_VHR2
New acquisition_
rush_SAR_VHR2
Dataset ID
Quota
(km2)
Dataset Title
Dataset ID
Quota (km2)
D2_MG2b_POLI_004a
2,250
D2_MG1_POLI _013b
100,000
D2_MG2b_POLI _004b
2,250
Archive_standard
Optical_HR2
D2_MG2_POLI _009b
3,000
Archive_standard_SAR_MR1
D2_MG1_POLI _019a
10,200,000
D2_MG1_ POLI _008b
25,000
Table 34 POLAR ICE-Union Research Project
Page 61/79
Union Research Project - RASOR
Dataset Title
Archive_rush_
Optical_HR1
Archive_rush_
Optical_VHR1
Archive_rush_
Optical_VHR2
Archive_rush_SAR_HR1
Archive_rush_
SAR_VHR2
New acquisition_
rush_Optical_HR1
New acquisition_
rush_Optical_VHR1
New acquisition_
rush_Optical_VHR2
New acquisition_
rush_SAR_HR1
New acquisition_
rush_SAR_VHR2
Archive_standard_
Optical_HR1
Dataset ID
Quota
(km2)
Dataset Title
Dataset ID
Quota
(km2)
6,000
Archive_standard_
Optical_HR2
Archive_standard_
Optical_VHR1
Archive_standard_
Optical_VHR2
11,185
D2_MG1_RASO_013a
320
1,660
D2_MG1_RASO_013b
215,720
D2_MG2_RASO_002a
16,500
D2_MG1_RASO_015a
800
D2_MG2b_RASO_004a
1,875
D2_MG1_RASO_015b
49,000
D2_MG2b_RASO_004b
12,600
D2_MG1_RASO_014b
6,600
D2_MG1_RASO_006a
835
D2_MG1_RASO_016a
2,000
D2_MG1_RASO_008b
1,960
New acquisition_
standard_SAR_HR2
New acquisition_
standard_SAR_VHR1
New acquisition_
standard_SAR_VHR2
D2_MG1_RASO_016b
28,500
D2_MG2_RASO_009a
18,000
D2_MG2_RASO_001a
D2_MG2b_RASO_003a
D2_MG2b_RASO_003b
D2_MG1_RASO_005a
D2_MG1_RASO_007b
6,400
1,525
Table 35 RASOR-Union Research Project
Page 62/79
D2_MG2_RASO_009b
43,200
D2_MG2b_RASO_011a
12,385
D2_MG2b_RASO_011b
32,800
Union Research Project - SEN3APP
Dataset Title
Archive_standard
Optical_HR1
Archive_standard
Optical_VHR1
Archive_standard
Optical_VHR2
Optical_HR1
Optical_VHR1
Optical_VHR2
Dataset ID
Quota
(km2)
Dataset Title
SAR_HR1
D2_MG2b_ SEN3_011a
900
SAR_HR2
D2_MG2b_SEN3_011b
61,200
SAR_VHR1
New
D2_MG2_ SEN3_010a
61,200
SAR_VHR2
New
D2_MG2b_SEN3_012a
2,100
SAR_MR1
Archive_standard
52,00
D2_MG2b_SEN3_012b
0
SAR_MR1
Table 36 SEN3APP-Union Research Project
D2_MG2_SEN3_009a
64,80
0
Dataset ID
Quota
(km2)
D2_MG2_ SEN3_014a
9,000
D2_MG1_ SEN3_014b
60,000
D2_MG1_ SEN3_016a
60
D2_MG1_ SEN3_016b
37,500
D2_MG1_ SEN3_017a
100,000
D2_MG2b_SEN3__019a
120,000
Union Research Project - SPACE NAV
Dataset Title
SAR_HR1
SAR_HR2
New acquisition_Rush
SAR_MR1
Archive_standard
SAR_HR1
Archive_standard
SAR_HR2
Dataset ID
Quota
(km2)
D2_MG1_SPAN_006a
10,000
D2_MG1_SPAN _006b
40,000
D2_MG1_ SPAN_024a
4,000,00
0
D2_MG1_ SPAN _013a
50,000
D2_MG1_ SPAN _013b
200,000
Dataset Title
SAR_HR1
SAR_HR2
SAR_MR1
Archive_standard
SAR_MR1
Table 37 SPACE NAV-Union Research Project
Page 63/79
Dataset ID
Quota (km2)
D2_MG1_SPAN_014a
3,000
D2_MG1_SPAN_014b
100,000
D2_MG1_SPAN_017a
10,200,000
D2_MG1_SPAN_019a
Union Research Project - PREFER
Dataset Title
Archive_rush
Optical_HR1
Archive_standard
Optical_HR1
Archive_standard
Optical_VHR1
Archive_standard
Optical_VHR2
Archive_standard
SAR_VHR2
Dataset ID
Quota
(km2)
D2_MG1_PREF_006a
21,600
D2_MG1_PREF _006b
33,066
D2_MG1_ PREF _024a
9,000
D2_MG1_ PREF _013a
5,000
D2_MG1_ PREF _013b
20,000
Dataset Title
Optical_HR1
Optical_VHR1
Optical_VHR2
SAR_VHR2
Dataset ID
Quota
(km2)
D2_MG1_PREF_014a
38,461
D2_MG1_PREF_014b
9,000
D2_MG1_PREF_017a
5,332
D2_MG1_PREF_019a
45,000
Table 38 PREFER-Union Research Project
Union Research Project - GLASS
Dataset Title
Dataset ID
Archive_standard
D2_MG2b_GLAS_009a
Optical_HR1
Table 39 GLASS-Union Research Project
Page 64/79
Quota
(km2)
9,600
7
CSC-DA SERVICES
7.1
Copernicus Space Component Data Access (CSC-DA)
infrastructure
The CSC-DA infrastructure, developed by ESA in the frame of the Copernicus Space
Component programme, relies on the ground segments of various data providers plus a set
of coordinating functions in charge of ensuring internal coordination and control
guaranteeing the Users with a harmonized access to CSC data.
As depicted in Figure 1, the Coordinated Data access System (CDS) is the centre of the
operational system. It is in charge of coordinating the data flow between the data providers
and the Copernicus Users, through the implementation of predefined datasets and the
processing of asynchronous data requests based on mission capacity analysis as well as on
the established agreements with CCMEs. The CDS ensures a harmonised user interface for
the Copernicus Users. It also supports the production and dissemination of multi-mission
collections, and provides a dedicated storage for CSC long-term data preservation. Data
from the systematic global missions, including the Sentinels, are however not duplicated in
the CDS archive but kept in the mission ground segment archive.
Figure 1. CSC-DA high level decomposition
7.2
Rapid Emergency Activation Satellite Tasking
Copernicus Users authorised to open emergency activations (with a specific quota for
emergency datasets) interface the Rapid Emergency Activation Satellite Tasking (ex-GEST)
team of the CSC-DA for submission of data requirements. The REACT (Rapid Emergency
Activation for Copernicus Tasking) team schedules rush acquisition and/or rush data
retrieval from CCMs archive.
7.2.1
Rush tasking schemes
In this second phase of the Data Warehouse, the principle of 3-attempts will be applied by
Optical missions: three consecutive acquisitions will be scheduled by the same data
provider, in order to improve the chances of delivering a cloud-free image within the
shortest timeframe possible. When the first valid (acceptable with respect to clouds)
acquisition is confirmed, processing is performed and tasking stops. In case all 3
acquisitions are cloudy, a single rush tasking is charged and the corresponding quota
deducted.
A new emergency tasking scheme will also be tested in 2015, when all CCMEs fulfilling the
service provider requirements will be requested to programme their satellites until a first
satisfactory image is delivered. Only the fastest provider(s) will be paid.
7.2.2
CCMEs emergency service support
The following table lists the CCMEs emergency service hours, deadlines to receive
emergency tasking requests and expected delivery timeliness in nominal conditions.
CCME
Emergency support
service hours
Tasking cut-off times (UTC)
Deimos
24h/7 days
None (uplink at each orbit)
e-GEOS
ESA
GAF AG
24h/7 days
Monday to Thursday:
8:30-17:15 CET
Friday: 08:30-16:00
CET
Monday to Friday
08:00-16:30 CET
-7:30 for data collection from
18:21 same day to 6:21 the next
day
-17:30 for data collection from
6.21 to 18.21 the next day
N/A
N/A
Page 66/79
Rush data delivery
timeliness (in nominal
conditions)
Within 3 hours from order
confirmation (archive) and 5
hours from sensing (new)
hours from new acquisition
downlink (new)
Note: A minimum acquisition
window of 12-hr should be
specified (single shot orders
are highly discouraged, in
order to take advantage of the
constellation)
Best effort
Archive data delivery within
core time on working days:
(archive data retrieval
only, no tasking)
EUSI
AIRBUS
Defence and
Space (DE)
MDA
BlackBridge
AIRBUS
Defence and
Space (FR)
•
24h/7 days
None
24h/7 days
- 08:30 of day 0 for tasking
opportunities from 18:02 of day
0 to 07:17 of day 1
opportunities from 07:17 of day
1 to 18:01 of day 1
24h/7 days
08:00-20:00 CET/7
days
09:00-23:00 (CET)/7
days for new tasking
24/7 for archive request
None (4 uplinks per day)
- 09:00 for tasking
opportunities from 13:00 to
23:59 of the same day
- 18:00 for tasking opportunities
from 00:00 to 12:59 the day
after
Pleiades:
opportunities on the same day
over Asia from 23:00
opportunities on day 1 over
Europe and Africa from 04:00
America from 11:40
SPOT-6/7:
Europe and Africa from 05:40
and over South America from
09:30
Page 67/79
within 6 hours for
Resourcesat-2
• within 8 hours for
Resourcesat-1
• within 14 hours for IRSP5 Cartosat-1
Within 24 hrs from order
confirmation (archive) or new
acquisition downlink (new)
confirmation (archive) and for
new acquisitions:
• Europe, within 3 hrs
• Rest of the globe:
within 7hrs
(latency to be communicated
at planning time)
SSC processing requires the
use of the science orbit; this
results in a delivery time that
can exceed 7 days.
Delay may happen in case of
sensitive data
hours from sensing (new).
Delay may happen in case of
sensitive data
During the extended
emergency service hours:
within 24 hrs from order
confirmation (archive) or
sensing (new)
hours from sensing (new)
In case of archive data
repatriation required, delay
may be up to 7 working days
Note: orthorectified products
can be delivered under the
availability of Ref 3D DEM
otherwise the user will be
informed and a primary
product will be delivered
over North America from 13:10
and from 18:25 over the Pacific
zone
over Oceania from 22:10 and on
day 1 over China from 01:50
Table 40 CCMEs emergency service hours, emergency orders cut-off times and expected rush
delivery timeliness
7.3
Registration and Signature of ESA-User Licence
7.3.1
Sentinel data access
A simple on-line registration is required to access Sentinel-1 data at http://scihub.esa.int.
Users shall take note of the ESA-User Licence regulating the use and distribution of
Sentinel data available at https://sentinels.copernicus.eu.
7.3.2
Contributing Missions data access
Registration with the Copernicus Services Coordinated Interface (SCI) is required for
access to data from Copernicus Contributing Missions. The user profile allows to define the
access rights.
Signature of the Licence (ESA-User Licence) for the use of CSC-DA data is a prerequisite
and
part
of
the
registration
process
described
at
https://copernicusdata.esa.int/web/cscda/data-access/registration.
If consortium of companies requests access to EO data, its coordinator is responsible for
the provision and maintenance of the list of its members. He/she may sign the licence on
behalf of the whole consortium.
The list of users is provided to the data providers. Access restrictions may apply depending
on the data provider (see the mission-specific annex to the licence).
7.4
EO data ordering
The on-demand (ADD) datasets are activated upon user requests (orders) for new or
archived data. Authorised Copernicus users with an assigned quota may submit an order
through the CDS ordering interface.
Only authorised users are entitled to submit emergency requests for rush delivery of new or
archived data covering a disaster area, including one-off or repetitive (crisis monitoring)
rush satellite tasking, processing and NRT dissemination. The emergency datasets have
been created for this purpose. Emergency requests are managed according to dedicated
procedures executed by the Rapid Emergency Activation for Copernicus Tasking (REACT)
team within the Services Coordinated Interface (SCI).
Page 68/79
An order cancellation may be accepted if justified but will have to be confirmed with the
CCME.
Sentinels data access is instead open and no data ordering is required
7.5
Subscription Request
The CDS-SCI implements the predefined (CORE) datasets according to DAP specifications.
Once EO data are available within a dataset, authorised users may request access to these
data by subscribing to the dataset.
More information is available
access/subscription-to-datasets.
at
https://copernicusdata.esa.int/web/cscda/data-
No subscription is needed to access Sentinel data which are directly available after on-line
registration.
7.6
Discovery and download
All Copernicus users may browse the catalogue of data available in the CSCDA archive
(EOLI-Sa) while download capability depends on access rights. Login account is user
specific and is provided during the registration process.
The data are organised by dataset, mission and by resolution type. Visibility of the CCMEs
own catalogues is also implemented.
More
information
is
available
http://earth.esa.int/EOLi/EOLi.html.
7.7
in
the
GCL
user
manual
at
Direct access to CCMEs or CDS on-line repositories
A large majority of the EO data products procured from the CCMEs are available on-line.
These data are disseminated to the CSPs:
•
•
directly by the CCMEs (FTP@CCM), when stringent timeliness delivery requirement
applies (e.g. rapid mapping or sea ice monitoring purposes)
from the Coordinated Data Access System archive (FTP@CDS) for non-NRT
deliveries or when cumulative datasets are generated as the result of the
contribution from several EO missions (e.g. predefined large datasets).
Duplicated delivery (FTP@CCM and FTP@CDS) is only available for data delivered within
emergency datasets; in this case, a specific repository called Emergency Basket is generated
and dedicated fixed accounts (both at CCME and CDS) are provided to the authorised
users.
Data access accounts are User or Service project as well as CCME specific and are provided
at ordering start-up.
8
USER SUPPORT SERVICES
Page 69/79
Three channels of support are offered to users to cover different levels and types of
enquiries and needs.
8.1
Web Portal
Two points of entry are available for information on the Copernicus dedicated missions
(https://sentinels.copernicus.eu)
and
the
Copernicus
Contributing
Missions
(https://copernicusdata.esa.int/) respectively.
8.2
Day-to-day support for enquiries and ordering
The operational support to Copernicus Users is provided by the Services Coordinated
Interface (SCI), the day-to-day interface to get help in accessing Earth Observation (EO)
data distributed within the CSC-DA, including the Sentinels.
The SCI team can be contacted via email at EOSupport@Copernicus.esa.int.
Service hours are:
- Monday to Thursday from 8:30 to 17:15 (CET)
- Friday from 8:30 to 16:00 (CET)
- REACT (dedicated emergency support): 24 hours/7 days
The CDS-SCI can also be reached by phone at +44 1252 362136
8.3
Specific support regarding the data offer
The management of Users requirements is performed by the Account Managers who are
the dedicated interface to Copernicus Users for issues related to the data offer, including
analysis of the evolving requirements and approval of deviations from the data offer where
possible, authorisation of data ordering in case of quota exhaustion, etc.
The Account Managers organize regular collection of Customer feedback as an input to the
continuous improvement process of the CSCDA and regularly assess progress with the
Service Projects. Results, analysis and recommendations are published at: https://
copernicusdata.esa.int/web/cscda/copernicus-users/users-feedback.
They can be contacted at Copernicus.Account.Manager@esa.int or by phone at +39 0694180749 / 80623 / 88659. Service hours are Monday to Friday from 8:30 to 17:00 (CET).
Page 70/79
ANNEX 1: EEA39 AREA OF INTEREST
EEA39: Albania, Austria, Belgium, Bosnia and Herzegovina, Bulgaria, Croatia, Cyprus, Czech Republic,
Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Iceland, Ireland, Italy, Kosovo under the UN
Security Council Resolution 1244/99, Latvia, Liechtenstein, Lithuania, Luxembourg, Malta, Montenegro, the
Netherlands, Norway, Poland, Portugal, Republic of Macedonia, Romania, Serbia, Slovakia, Slovenia, Spain,
Sweden, Switzerland, Turkey, United Kingdom [including all islands of those countries, e.g. Azores, Madeira,
Canary, Baleares, Greek islands, Corsica, Sardinia etc.]
French Overseas Departments: French Guiana, Martinique, Guadeloupe, Mayotte, Reunion.
Page 71/79
ANNEX 2: ACQUISITION WINDOWS FOR HR/VHR _IMAGE_2015
Country
Code
Ext Window
start
Nar Window
start
Nar Window end
Ext Window end
Albania
AL
15-Jun
01-Jul
31-Jul
15-Aug
Austria West (<13°E)
AT_W
15-Jun
01-Jul
15-Aug
31-Aug
Austria East (>13°E)
AT_E
15-Jun
15-Jun
15-Aug
15-Sep
Belgium
BE
01-Jun
15-Jun
15-Sep
15-Sep
Bosnia and Herzegovina
BA
01-Jun
15-Jun
15-Aug
15-Sep
Bulgaria
BG
01-Jun
15-Jun
15-Sep
15-Sep
Croatia
HR
01-Jun
15-Jun
15-Sep
15-Sep
Cyprus
CY
01-May
01-Jun
31-Jul
15-Aug
Czech Republic
CZ
01-Jun
15-Jun
15-Sep
15-Sep
Denmark
DK
05-Jun
15-Jun
15-Sep
15-Sep
Estonia
EE
05-Jun
15-Jun
15-Aug
31-Aug
Finland North (> 65°N)
FI_N
20-Jun
01-Jul
10-Aug
15-Aug
Finland Central (61°N - 65°N)
FI_C
15-Jun
01-Jul
10-Aug
15-Aug
Finland South (< 61°N)
FI_S
05-Jun
01-Jul
10-Aug
20-Aug
France North (> 47°N)
FR_N
01-Jun
15-Jun
15-Sep
15-Sep
France South (< 47°N)
FR_S
01-Jun
15-Jun
15-Sep
15-Sep
Germany
DE
01-Jun
15-Jun
15-Sep
15-Sep
Greece
GR
01-May
01-Jul
31-Jul
15-Aug
Hungary
HU
01-Jun
15-Jun
15-Sep
15-Sep
Iceland
IS
01-Jul
15-Jul
15-Sep
30-Sep
Ireland
IE
01-Jun
15-Jun
15-Sep
15-Sep
Italy North (> 41°N)
IT_N
15-Jun
15-Jun
15-Aug
15-Aug
Italy South (< 41°N)
IT_S
01-May
01-Jul
31-Jul
15-Aug
Kosovo
KS
01-Jun
15-Jun
31-Aug
15-Sep
Latvia
LV
05-Jun
15-Jun
15-Aug
31-Aug
Liechtenstein
LI
15-Jun
15-Jun
15-Aug
15-Sep
Lithuania
LT
05-Jun
15-Jun
15-Aug
31-Aug
Luxembourg
LU
01-Jun
15-Jun
15-Sep
15-Sep
Malta
MT
01-May
01-Jun
31-Jul
15-Aug
Macedonia (Republic of)
MK
01-Jun
15-Jun
31-Aug
15-Sep
Montenegro
ME
01-Jun
15-Jun
15-Aug
31-Aug
Netherlands
NL
01-Jun
15-Jun
15-Sep
15-Sep
Norway North (> 65°N)
NO_N
01-Jul
05-Jul
10-Aug
15-Aug
Norway South (< 65°N)
NO_S
01-Jul
05-Jul
10-Aug
31-Aug
PL
01-Jun
15-Jun
15-Sep
15-Sep
Poland
Page 72/79
Portugal
PT
15-May
01-Jul
15-Aug
15-Aug
Romania
RO
01-Jun
15-Jun
15-Sep
15-Sep
Serbia
RS
01-Jun
15-Jun
15-Sep
15-Sep
Slovakia
SK
01-Jun
15-Jun
15-Sep
15-Sep
Slovenia
SI
15-Jun
15-Jun
15-Sep
15-Sep
Spain
ES
15-May
01-Jul
31-Jul
15-Aug
Sweden North (> 65°N)
SE_N
01-Jul
05-Jul
10-Aug
15-Aug
Sweden Central (61°N - 65° N)
SE_C
01-Jul
05-Jul
10-Aug
31-Aug
Sweden South (< 61°N)
SE_S
05-Jun
15-Jun
15-Aug
15-Sep
CH
15-Jun
01-Jul
15-Aug
31-Aug
TR_W
15-May
01-Jul
31-Jul
15-Aug
Turkey Central-West (30°E - 35°E)
TR_C-W
01-Jun
15-Jun
15-Aug
31-Aug
Turkey Central-East (35°E - 40°E)
TR_C-E
15-Jun
15-Jun
15-Aug
31-Aug
Turkey East (>40°E)
TR_E
01-Jul
01-Jul
31-Jul
15-Aug
UK North (Scotland + N. Ireland)
UK_N
15-Jun
15-Jun
15-Sep
15-Sep
UK South (England + Wales)
UK_S
01-Jun
15-Jun
15-Sep
15-Sep
Switzerland
Turkey West (< 30°E)
For the Atlantic Islands and French DOM areas, the following time windows are to be applied:
a) Azores: narrow [01-Aug | 15-Aug], extended [15-Jul | 30-Aug];
b) Canaries: narrow [01-Jul | 31-Aug], extended [01-Jun | 30-Sep];
c) Guadeloupe: December to March;
d) French Guiana: July to December;
e) Madeira: narrow [01-Aug | 15-Aug], extended [15-Jul | 30-Aug];
f) Martinique: December to March;
g) Mayotte: April to November;
h) Reunion: May to December.
Page 73/79
ANNEX 3: PROJECTION INFORMATION FOR HR/VHR _IMAGE_2015
National projections
Transformation parameters
Page 74/79
ANNEX 4: MAP OF LARGE REGIONS & CLOUD COVER ZONES
Zone A [CC 20% max]: Areas at northern latitudes and/or with very narrow phenological windows and or
very difficult observation conditions.
Zone B [CC 10% max]: Areas at mid-latitudes with a high probability of suitable acquisition windows during
the observation periods.
Zone C [CC 5% to 10% max]:: Areas at lower latitudes with extended phenological observation periods and
predominantly clear sky conditions during those. Atlantic islands belong to Zone C.
Zone D: Overseas areas (i.e. French DOMs) – not shown on the map
Page 75/79
ANNEX 5: CLOUD COVER AND HAZE
The identified classes are the following:
1)
Almost transparent haze
2)
Semi-transparent haze/clouds
3)
Clouds
4)
Shadows
5)
Snow
Below some typical examples for each of the above classes are provided. On the right
column an interpretation of the cloudy areas is given, obtained from manual digitization of
clouds and shadows and the usage of a closure algorithm applied with 500 meters radius
obtained. These masks are given as guideline.
Class
Image sample
Clouds and shadows
image
interpretation
info
Almost
transpare
nt haze
SPOT5
2.5 meters
CORE003
Almost
transpare
nt haze
WorldView
2
0.5 meters
Page 76/79
No clouds
Almost
transpare
nt haze
SPOT5
2.5 meters
CORE003
Semitranspare
nt
haze/clou
ds
SPOT5
2.5 meters
CORE003
Semitranspare
nt
haze/clou
ds
WorldView
2 0.5
meters
Page 77/79
No clouds
Semitranspare
nt
haze/clou
ds
SPOT5
2.5 meters
CORE003
Semitranspare
nt
haze/clou
ds
SPOT5
2.5 meters
CORE003
Clouds
SPOT5
2.5 meters
CORE003
Page 78/79
Clouds
GeoEye
Multispect
ral 2.0
meters
Clouds
SPOT5
2.5 meters
CORE003
Page 79/79

Data Access Portfolio (DAP V2.9)

Transcription

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