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The National Geodata Repository of The Netherlands DINO

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Introduction to the National Geo-data Repository of the Netherlands DINO ... DINO is designed to store some 225 geoscientific data types 'One-stop-shop' ... – PowerPoint PPT presentation

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Title: The National Geodata Repository of The Netherlands DINO


1
The National Geo-data Repository of The
Netherlands - DINO
  • NDR6 - 20 23 September 2005

mr. Florette J. Tiemersma Ministry of Economic
Affairs Directorate General for Energy
2
This presentation
  • Introduction to the National Geo-data Repository
    of the Netherlands DINO
  • Added Value to the Dutch Society of DINO
  • Future Developments

3
Mission
  • The Netherlands Institute of Applied Geoscience
    TNO National Geological Survey
  • is the central geoscience institute in the
    Netherlands for information and research to
    promote the sustainable management and use of the
    subsurface and its natural resources

4
History of National Geo-Data Repositories
5
A NDR For Whom ? Our Stakeholders User
Community
MinEZ
LNV
VW
6
Area of Interest of the NDR
7
What is in the NDR?The Content
8
NDR Data Supplier UserOil and Gas Industry
9
NDR Data Supplier User Salt Mining Industry
10
NDR Data Supplier User Water Management
Services
11
NDR Data Supplier UserBuilding Construction
Industry
12
National Geo-data Repository of the Netherlands
DINO Founding Principles Concepts in 1997 by
MEA
  • Contain all Geo-data and Information of the
    Subsurface of the Netherlands.
  • DINO is designed to store some 225 geoscientific
    data types
  • One-stop-shop
  • easy access at marginal cost for all users
  • Based on Internet technology, GIS and an
    integrated database.

13
National Geo-data Repository of the Netherlands
DINO Rationale Philosophy by MEA
  • Based on the Energy and Mining policy of the
    Dutch State
  • All data obtained by public funding should be
    made easy accessible to the Dutch citizens at
    marginal costs. (Overheidsloket-2000)
  • Released data information will stimulate
    economic activities.

14
ENERGY AND MINING POLICY OF THE NETHERLANDS Flow
of Data, Information and Reporting
15
Secure extranet for Advisors MEA
16
Added Value to Society
  • Value of the subsurface to the society 12.4
    109/yr Billion EUR per annum)
  • Balance of annual investment of the information
    function against the accumulated value of
    geo-data 0.1 (15 106 versus 20 109)
  • Cost benefit analysis the added value is 3 -
    7 of the GNP (14 29 109/yr Billion EUR
    per annum)

17
Future Developments
  • Increase the quality and efficiency of the
    Subsurface Data Management Process
  • Development of a Mining Law Portal
  • Obtain the national status of Authentic
    Registration- AR (Basic Registry) for the
    Subsurface of the Netherlands
  • Supply Reporting tools for the European
    Directives concerning Water, Soil and Energy
  • Comply to the EU INSPIRE directive and enable a
    Pan European Data Repository.

18
Thanks for your attention
And enjoy your stayin The Netherlands!
19
(No Transcript)
20
Value Analysis Method
  • Statistics on the Actual usage of the NDR -
    DINOShop
  • Value of the subsurface to the society
  • Balance of annual investment of the information
    function against the accumulated value of
    geo-data
  • Cost benefit analysis (GNP)
  • Value added approach

21
2. NDR- DINO Public Funding (Costs in EUR
millions per annum 106/yr)
  • 2.105
  • 13.126
  • TOTAL 15.231
  • Technology development for the information
    function
  • Information function (DINO)

22
1. Economic value of the subsurface to
society(Gross Turn-over in EUR billions per
annum 109/yr)
  • Revenues
  • Groundwater
  • Oil, gas
  • Construction material
  • Use of the subsurface space
  • Costs
  • repair and limiting risks subsidence
  • coastal erosion and flooding
  • Decontamination of soil pollution
  • 2
  • 12
  • 1
  • 1
  • 16
  • 1.6
  • 1.4
  • 3.8
  • Total 12.4

23
2. Balance of annual investment of the
information function against the accumulated
value of geo-data
Annual Investment The annual governmental
investment in Geo-scientific information
15 million (106) EURO
20 billion (109) EURO
  • Accumulated value
  • (paid largely by society due to tax deductibility
    of
  • acquiring geo-data and as part of projects
    financed
  • by government) of which 80 related to EP

0.1 of the value
Balance The annual governmental investment in
Geo-scientific information is 0.1 of the value
of the managed data information resources
24
3. Cost benefit analysis
  • Benefits
  • Savings in necessary geo-data acquisition plan
  • Savings on projects geo-related costs such as
    foundation or dike work
  • Time gained on a projects
  • Those who use geo-data benefit from the
    improvement in the success rate achieved by
    exploration activities
  • Better decision making

25
4. Value added Approach (GNP)
26
5. Value added Approach (conform BGS)
  • Contribution of public organization's products to
    the gross added value per industry sector per
    annum
  • Data used from the Statistics Centre of the
    Netherlands CBS
  • gross added value per
  • industry dependent on DINO

135 billion ( 32 of Total added value of
all Industry (GNP))
With an investment of 15 million the added value
of various industry sectors balances between EUR
14 billion and EUR 29 billion (3-7 of GNP)
27
Relinquishment policy
  • Digital data is public, free of any costs
  • Manual interference (data preparation, copying,
    handling etc.) is charged at cost price
  • EP data (off-shore and on-shore) is to be
    released after 5 years from 2008 onwards (today
    10 years).
  • Data owned by third parties is released on
    their terms
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