hungarian water nformation ystem - vidékfejlesztési ... · hungarian water information system....

HUNGARIAN WATER INFORMATION SYSTEMHWIS

VÍZGAZDÁLKODÁSI INFORMÁCIÓS RENDSZER (VIZIR)

Kálmán Papp, International CoordinatorRóbert Pászthory, Responsible for Database Information System

CENTRAL DIRECTORATE FOR WATER AND ENVIRONMENTBUDAPEST

March 09, 2010.

HUNGARIAN WATER INFORMATION SYSTEM (HWIS)

Kálmán Papp, International Coordinator. Róbert Pászthory, Responsible for Database Information System.March 09, 2010.



DEFINITION

The Hungarian Water Information System is the system of the registration and the analysis of the basic water management data, which is attentive to the

public needs regarding the water. The System also handles the data related to the decision making about the public needs and it can also exchange

information with the partner information systems.





BASIC WATER MANAGEMENT DATA

The basic water management data are the data in regard of the water usage, protection of water usage possibilities, mitigation of water damages, further on the construction of hydraulic works, implementation of any water related

works - for the need of public water management tasks – which are the under the regulation of the Water Management Law, including all descriptive or

chronological data, which help to acknowledge and discover the quality of water, the state of hydraulic constructions and the evaluation of their

condition.





SUBSYSTEMS OF HWIS

Water-related Prevention and Restoration Information System (VIR) 1992-1998

Water-related Object and Data Management System (OTAR) 1998-2002

Hungarian Hydrological Database (MAHAB) 1999-2003

Water utility sub-system (TESZIR) 2006-2010

Operativ Hydrological Module (OHM) 1997-2001





SUBSECTORS

Water management and supervising hydraulic constructions

Prevention water-related damages

Public work activities with the aid of water utilities

Water resources management





ORGANIZATIONS, MAIN TASKS

KÖVIZIG (12) – data collection and data processing

VKKI – nationwide system management, publication, reporting

KvVM – control of system, policy setting

KÖTEVIFE (10) – data processing for some subsystems



INTERNAL NETWORK OF HWIS IN HUNGARY

VKKI

KvVM

KÖDU

KÖDT

DÉDUADU

ATI

KÖR

KÖTI

FETI

TI

ÉMA

ÉDU

NYUDU

Distributed and replicated database systemBasic datasets: Transactional + continuous merge replicationOperativ datasets: fast, scheduled merge replicationHydrological time series: daily, scheduled (slow) replication



REPLICATED DATABASE SYSTEM OF HWIS



LOCAL LEVEL CENTRAL LEVEL PUBLIC LEVEL (INTERNET)

MeasuringTelemetry system

Local data processing

Daily data collection

Localmanagement and

control

Collecting ofinland and

foreign datasets

CentralWater-related

Server Park

Nationalhomepages

Local auth.homepages

OMITTechnological

control

0-10-(20) min. 0-3 min. 0-3 min.

~ 10-12 min. ~ 10-16 min.

Data replication

EIONET (CDR)

Most important sub-modules and applications of HWIS

otr: database of the objects and basic data management systemData dictionary, operations, roles and rights, water-related objects, basic data

dtmDatabase of the digital pedigree and meter registry

profilLocal profile data

tavmtelemeter data

ohmoperative hydrological database

vaWater repertory

mahab2000basic data of the

hydrological database

eafhydrological database

primary analysis (local data)

riportDaily snapshots of the objects and basic data

hidroHydrological database

Merged, analysed on the highest level time series

teszirUrban sewage database

vfnaploDatabase about the water related geological agenda

gmsqlEconomical-technical registry database

erendDatabase of the hydrographical perceptional data

vkjDatabase about the registry of water resources fee

HUNGARIAN WATER INFORMATION SYSTEM

vizirThe descriptive, definition-based data of the information system, definition summary




MANAGED OBJECT TYPESSNAPSHOT REPORT 08.March, 2010

- statistics -

GEOGRAPHICAL OBJECT TYPES:

OTHER REGISTERED OBJECT TYPES:

SUMMARY:

101

36

137

BASIN DISTRICT

RIVER

LAKE

MONITORING STATION

WELL

…

…

…




DATA DICTIONARYSNAPSHOT REPORT 08.March, 2010

- statistics -

MAIN OBJECT PROPERTIES:

TIME SERIES OBJECT PROPERTIES:

SUMMARY:

2074

84

2158

RIVER: ID

RIVER: length

RIVER: [prop.n]

LAKE: ID

LAKE: length

LAKE: [prop.n]

OBJECT: [prop.n]

---




REGISTERED OBJECTSSNAPSHOT REPORT 08.March, 2010

- statistics -

GEOGRAPHICAL OBJECTS:

OTHER REGISTERED OBJECTS:

SUMMARY:

135 062

37 606

172 668

DANUBE

TISZA

BALATON

[OBJECT]

[OBJECT]

[OBJECT]

[OBJECT]

…

UNIFIED WATER-RELATED OBJECT IDENTIFICATION SYSTEM

(VOR)




STORED BASIC DATA RECORDSSNAPSHOT REPORT 08.March, 2010

- statistics -

GEOGRAPHICAL OBJECTS:

OTHER REGISTERED OBJECTS:

SUMMARY:

4 436 184

1 109 042

4 545 326

*

* statistics doesn’t contains any coordinates

[object].[prop].[data].[descr.]






…

…




STORED TIME SERIES DATA RECORDSSNAPSHOT REPORT 08.March, 2010

- statistics -

SURFACE WATER LEVELS:

SUMMARY:

22 581 089

65 329 722

EXAMPLES.

SURFACE WATER RUNOFFS: 12 050 9511900 - 2010

SURFACE WATER TEMPERATURES:S. WATER BOTTOM OF BED TEMP.S:

7 414 25489 670

1900 - 20101900 - 20102003 - 2010

GROUNDWATER LEVELS (top layers): 9 847 976 1930 - 2010GROUNDWATER TEMP.S (top layers): 434 685 1990 - 2010

GROUNDWATER LEVELS (bottom layers): 1 985 698 1953 - 2010RAINFALLS: 1 436 391 1952 - 2010

OPERATIV SURFACE WATER LEVELS:OP. HYDROMETEOROLOGICAL DATA:

8 238 6001 250 408

2000 - 20101998 - 2010



HUNGARIAN WATER INFORMATION SYSTEMSEIS: RELATED OBJECT TYPES AND PROCESSED DATASETS (examples)

RIVER NETWORK AND RIVER WATER BODIES




LAKES AND LAKE WATER BODIES




HYDROMORFOLOGICAL STATUS OF WATER BODIES




GROUNDWATER BODIES




MONITORING STATIONS




AGGLOMERATIONSURBAN WASTE WATER PLANTSDISCHARGE POINTS


HUNGARIAN WATER INFORMATION SYSTEM: PUBLICATION ON INTERNET VIA ARCGIS SERVER



HUNGARIAN WATER INFORMATION SYSTEM: PUBLICATION ON INTERNET (DAILY DATASETS)




Maintenance, restoration and homogenizing of the previous, large amount hydrological time series (1900-2009).

Online, continuous, traversable data exchange has to be set up for the needed type of objects (first with OKIR)

The homogenization of the relational data baseand national spatial informatics systems has to be done.

The replication of the large amount of spatial data serialshas to be done more efficiently like now.

The planning and the preparation of the decision making onthe management level, has to be supported more efficiently.

PROBLEMS



DEVELOPMENTS, OUR PLANS

Ensuring the on-line data collection via the internet (providing data);

The needed reconstruction of the VIZIR data-based system taking into consideration of the technical and extraction purposes as well;

Repair and homogenizing of the large amount hydrographical time series data;

The possible optimal integration of the document-based VIR system and the SQL server-based relation system;

Creating and improving the adoption of an integrated, spatial informatics and basic data base system (in the frame of ‘Mapping of Flood Risk and Danger’ project);

Expanding the local sewage information system with the constructions of water supply and canalization (water utility system).



Kálmán Papp, International CoordinatorRóbert Pászthory, Responsible for Database Information System

CENTRAL DIRECTORATE FOR WATER AND ENVIRONMENTBUDAPEST

March 09, 2010.

Thank you for your attention.

www.vkki.hu www.vizugy.hu www.vizadat.hu www.ovisz.hu

http://www.vkki.hu/

http://www.vizugy.hu/

http://www.vizadat.hu/

http://www.ovisz.hu/

hungarian water nformation ystem - vidékfejlesztési ... · hungarian water information system....

Documents