humboldt scenario forest

© 2006 Humboldt Consortium Fraunhoferstraße 5 64283 Darmstadt http://www.esdi-humboldt.eu

Humboldt Scenario ForestOtakar Cerba, Josef Fryml, Karel Charvat, Martin Pospisil

INSPIRE Conference, 27th June – 1st July 2011


1. support data source harmonization in field of natural

resource monitoring and land cover

2. support decisions of regional and local authorities

3. enhance future direction and development of GMES

4. deliver up-to-date data to other information systems to

support timely warnings

Main users – profiting from the application

The concept of HS Forest

1. Forest owners (state, private, other)

2. Local and regional administrations

3. Research institutions


Source data – Regional Plans of Forest Development (RPFD)

1. Standards: Data are standardized by FMI

2. Geometry types: All types of geometry feature (point, line, polygon)

3. Storage format(s): Database

4. Coordinate reference system: S-JTSK (Czech national system)

5. Scale / resolution: from:1:10 000 to 1:50 000

6. Language: Czech

7. Metadata: Defined by FMI (support of INSPIRE standard)

8. Visualisation: Raster maps

Target data – Corine Land Cover (CLC)

1. Geometry types: Polygons.

2. Storage format(s): Shapefile, rasters.

3. Physical model: Prepared W3C XML Schema

4. Coordinate reference system: ETRS 1989

5. Scale / resolution: 1:100 000 or 1:250 000

6. Language: English (translated to other languages)

7. Visualisation: Raster maps


CLC 322

Moors and heathland

CLC 324

Transitional woodland-shrub

CLC 411

Inland marshes

CLC 412

Peat bogs

PODMforest areas waterlogged

VEPO

forest areas wind damaged

SNNA

forest areas snow and frost damaged

POIM

forest area air pollution damaged

Upload of source

and target scheme

Rename:

VEPO → CLC

(1:1)

PODM

SNNA

POIM

Attribute default

value

Save Mapping

as

(OML file)

Harmonisation of source date RPFD into target data structure of CLC


Use Case A

• Target dataset CLC 2006 – object 324 - Transitional woodland-shrub

• Source data layer – from dataset RPFD (Regional Plans of Forest Development)

• Object - polygon, layer name VEPO - forest areas wind damaged

• Object - polygon, layer name SNNA - forest areas snow and frost damaged

• Object - polygon, layer name POIM - forest area air pollution damaged

• The attributes:

• UDRZBA – maintenance transfer from all above object (VEPO, SNNA, POIM)

• UDRZBA – N 4 0 - year of last maintenance

• Process:

• to perform integration of RPFD layers in order according to value of attribute


Use Case B

Target dataset CLC 2006 – object CLC 411 ,412- Inland marshes

Source data layer – from dataset RPFD (Regional Plans of Forest Development):

Object - polygon, layer name PODM - forest areas waterlogged

Object – polygon, layer name MELI – water potential of forest areas

The attributes:

UDRZBA – maintenance transfer from all above object (PODM, MELI)

DRUH_ZAM – type of waterlogging

Value of DRUH_ZAM:

P – cyclic waterlogging

G – stagnant water waterlogging

V - flowing water waterlogging

R - peats

L - floodplain soil with underground water

Process: to perform integration of RPFD layers in order according to value of attribute. Object with

attribute value of G and L will be selected, other deleted.

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Making public the Humboldt Scenario Forest results:Training material supporting the project policy of users’ involvement, tuned to end-users:

http://www.esdi-humboldt.eu/training.html

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Thank you for your attention

humboldt scenario forest

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