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Session 4: Legal Basis and Institutional Framework for transboundary data and information exchange
Progressive evolution of the legal basis for data and information exchange in the Sava River Basin:
protocols, data policy, GIS and information systems
Mirza Sarač
Advisor, ISRBC Secretariat
UNECE Water Convention, Geneva, 4-5 December 2019
Global workshop on exchange of data and information
in transboundary basins
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• Main facts & figures
– Area 97 700 km2 (2nd Danube sub-basin; share: 12%)
– River length: 945 km (594 km ofwhich is the waterway)
– Discharge (mouth) 1700 m3/s (1st Danube tributary; contr. 25%)
– Population: approx. 9 million
Country Share of the basin (%)
Share of theterritory (%)
Albania 0.2 0.6
Bosnia & Herzegovina
39.2 75.8
Croatia 26.0 45.2
Montenegro 7.1 49.6
Serbia 15.5 17.4
Slovenia 12.0 52.8
Global workshop on exchange of data and information in transboundary basins
Sava river basin
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• Framework Agreement on the Sava River Basin (FASRB, 2002)
– Countries involved: Bosnia and Herzegovina, Croatia, Serbia, Slovenia (as the FASRB Parties) and Montenegro (based on MoU)
• Key objective of FASRB:
Sustainable development of the regionthrough transboundary water cooperation
• Specific goals – to establish:
– International regime of navigation
– Sustainable water management
– Sustainable management of hazards
• International Sava River Basin Commission established in 2005 for implementation of FASRB (Secretariat: in 2006, seated in Croatia)
Background of cooperation
Global workshop on exchange of data and information in transboundary basins
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General principles of cooperation
• Exchange of data and information:
the Parties shall, on a regular basis, exchange information on the water regime of the Sava River Basin, the regime of
navigation, legislation, organizational structures, and administrative and technical practices
• Assessment of GIS capabilities of the countries (2007)
• Sava GIS Strategy (2008)
– Phase 1: Core Sava GIS functionalities
– Phase 2: Advanced tools, mapping and reporting services
– Phase 3: Advanced dynamic tools and services
• Implementing documents (2010)
Global workshop on exchange of data and information in transboundary basins
• Flood Risk Management Plan (EU Floods Directive)
• Flood forecasting and warning system • Exchange of information• Flood defence emergency situations (incl. mutual assistance)
Protocol on Flood Protection to the FASRBSigned in June 2010, entered into force in November 2015
Issue Signed Ratified by In force since
Navigation Regime Kranjska Gora, 3 Dec. 2002 All Parties 29 Dec. 2004
Prevention of Water Pollution caused by Navigation Belgrade, 1 June 2009 All Parties 8 Oct. 2017
Flood Protection Gradiška, 1 June 2010 All Parties 27 Nov. 2015
Sediment Management Brčko, 6 July 2015 All Parties 8 Oct. 2017
Emergency Situations Final harmonization expected
Transboundary Impact Draft under reconsideration
Protocols to FASRB
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Protocol on Flood Protection to the FASRB - obligations
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• In case of flood that induces or may induce transboundary impact, the Parties shall, without delay, inform the Parties that might be affected by this impact, through the system or any other appropriate manner in line with the agreed procedure for exchange of information important for flood defense
• The Parties shall, through the hydro-meteorological services and institutions responsible for flood protection, ensure timely exchange of meteorological and hydrological data, analyses and information important for flood protection, especially the timely forecast of high waters, in line with the agreed procedure
• The Parties shall establish a Flood Forecasting, Warning and Alarm System in the Sava River Basin and to jointly undertake all necessary actions for establishment of the System, including the development of the project documentation
• The Sava Commission shall coordinate the activities on establishment of the System
• After the System is established, the Parties shall ensure its regular maintenance and performance control, as well as regular training of the engaged personnel, with application of joint standards
Global workshop on exchange of data and information in transboundary basins
Data Exchange Policy
• Principles (organizations, monitoring locations, data to be exchanged)
• Routes (procedures, timetable, quality standards, use and redistribution,
ownership, charging, future harmonization)
• Organizations (data providers/receivers)
– Hydro-meteorological services – Water / environment agencies– Hydropower companies (still pending)
• International legal framework– FASRB– Protocol on Flood Protection to FASRB– WMO Resolutions (25/Cg-XIII and 40/Cg-XII)– INSPIRE– Danube River Protection Convention– ISRBC’s Data Exchange Policy
• National legal framework
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Sava GIS
– River basin management data
– Flood risk management data
– Other databases (in development)
• Navigation• Sediment management• Accident prevention and control
www.savagis.org
Database models are created based on
– WFD reporting Guidance 2016 v.4.9
– FD reporting Guidance 2017 v.2
– INSPIRE Directive and professional requirements
– WMO standards
– ICPDR database models (Danube GIS)
Common platform for sharing and dissemination of information and knowledge about WRM in the basin
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Sava GIS
• Public users
– Overview of public spatial data
– Viewing attributes and features
– Filtering by attributes or spatial data
– Exporting areas of map to PDF or PNG format
– Importing external data through web services
– …
• Registered users
– Data upload & download
– Data editing
– …
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Sava HIS
Common platform for sharing and dissemination of HM data and information in the basin and the channel for exchanging and viewing HM data and information in
emergency situations (e.g. floods)
• Additional (advanced) component of Sava GIS
– Historical (processed) HM data
– Real-time HM and SED data
– Hydrological Yearbook (2000-2018)
– Joint H-measurements at border sections (since 2013)
www.savahis.org
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CUAHSI Consortium of Universities for the Advancement of Hydrologic Science, Inc.
• WaterML language for describing water data
1. Standards
2. Services
3. End user applications
• Catalog of water data sources – web services
• Web apps and software for data access
WIS – WMO
Information
System
Standards
INSPIRE
WMO resolutions
WaterML 2.0
Database
Historical HM data
Real time HM data
Sava HIS concept
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121212
Sava HIS stations and data
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Hydrological
StationsBA HR ME RS SI Total
Sava HIS
(2019)
104 131 11 28 32 306
Data Policy
(2014)
34 22 2 18 17 93
Meteorological
StationsBA HR ME RS SI Total
Sava HIS
(2019)
53 49 5 12 76 195
Data Policy
(2014)
28 11 3 6 5 53
Global workshop on exchange of data and information in transboundary basins
ParameterTemposal
ResolutionUnits
Precipitation
Annual (Total)
mm
Monthly (Total)
Daily (Total)
6/12 Hourly (Total)
Hourly (Total)
Air TemperatureDaily (Mean) oCHourly
Relative HumidityDaily
%Hourly
Wind (Speed and
Direction)
Dailym/s
Hourly
Snow Depth Daily cm
Evaporation Daily (Total) mm
Solar Radiation Daily J m-2
Sunshine Daily (Total) Hours
Atmospheric
PressureDaily hPa
Parameters Temp. resolution Units
River, Lake or
Reservoir
Level/Stage
Daily (Mean)
cmHourly
River DischargeDaily (Mean)
m3 s-1
Hourly
Water
TemperatureDaily (Mean) oC
Suspended
Sediment
Discharge
Daily (Mean) kg s-1
Hourly (Turbidity) mg/l; NTU
Ice Condition Daily
% of river cross
section
or text
description
• Hydrologic model (HEC-HMS)of the Sava River Basin (2010, 2014, 2016)- 1 for the complete Sava River basin (SavaFFWS)- 4 for the Sava River mainstem (Sava hydraulic model)- 17 for the main tributaries
US Government support to the Sava countries
• Hydraulic model (HEC-RAS)of the Sava River (2012, 2016-2018)- Accurate terrain model (LiDAR)- 1D/2D simulation possibilities- Levee breach analysis
Floods modelling
Technical support was provided by the US Army Corps of Engineers
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Observed data collection
andintegration
Tool capabilities
Hydrological and
hydraulic models
OperationsScenarios
…
External sources of NWP models and
systems
Operational toolDelft-FEWS
archive
web serviceva
lidation
transf
orm
ation
import
PrecipitationSnow DepthsAir temperaturesWater levelsDischarges
warningstr
esh
old
s
SAVA HISdata harmonization by standards
dissemination
Forecast of the expected flow
conditions (floods & low flows)
data
ass
imila
tion
Sava H
MS m
odel
12
national
hyd
rolo
gic
m
od
els
Sava R
AS m
odel
NWP models ALADIN SI short term (3 days) ALADIN HR short term (3 days) ECMWF single medium term (3-10 days)ECMWF EPS/ensemblesWRF-NMM Bosnia and Herzegovina (4 days)WRF-NMM Montenegro (5 days)WRF-NMM Serbia (3 days)NMMB Serbia (3 days)
Radar & satellite imageryLISCA SIEUMETNET OPERA/ERICHAEUMETSAT H-SAF
12
national
hyd
rau
lic
mo
de
ls
Exis
ting n
t’l.
flood f
ore
cast
ing
syst
em
s
Sava W
flow
model
Sava FFWS
Common platform for flood forecasting and warning
– Numerical Weather Prediction models– Radar and satellite imagery– Observed HM data (Sava HIS)– Hydrological models– Hydraulic models– Forecasting results
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A Joint System Hosting
Sava FFWS html web viewer
System officially handed-over on 25th of October 2018
Sava FFWS operational period
Protocol on flood protection to the FASRB
After the System is established, the Parties shall ensure itsregular maintenance and performance control, as well asregular training of the engaged personnel, with application ofjoint standards
• Technical documentation prepared (the PPO document)
• Consultation process on the technical level finalized
• Memorandum of Understanding on cooperation on regular functioning and maintenance of Sava FFWS prepared and signing procedure ongoing– Joint hosting and maintenance– Joint using and forecasting (individual warnings)– Joint further developments– Joint evaluation and assessment of the work performed – Joint financing
MoU is expected to be signed soon
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Awareness and looking for future products and users
For a number of purposes of ISRBC:
• Flood forecasting
• Flood impact analysis
• Sediment transport modeling
• Water quality modeling
• Climate change analysis
• Navigation purposes
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Thank you for attention !!!
Questions & Discussion