Forest simulation models in slovenia main developments and challenges wg1
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COST ACTION FP0603: Forest models for research and decision support in sustainable forest management. Forest simulation models in Slovenia : main developments and challenges WG1. 1st Workshop and Management Committee Meeting. Institute of Silviculture, BOKU. 8-9 of May 2008 Vienna, Austria.

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Forest simulation models in slovenia main developments and challenges wg1

COST ACTION FP0603: Forest models for research and decision support in sustainable forest management

Forest simulation models in Slovenia: main developments and challenges

WG1

1st Workshop and Management Committee Meeting.Institute of Silviculture, BOKU.8-9 of May 2008Vienna, Austria

by

Tom Levanič, Slovenian Forestry Institute


Main features of slovenia forests
Main features of support in sustainable forest managementSlovenia forests

  • Forest cover (total/share):

    • 1.2 mio hectares / 60% (surface is increasing !!!)

  • Growing stock, annual growth and cuts (data 2003):

    • 286 mio m3 (248 m3/ha) / 7,29 mio m3 (6.1 m3/ha)/ 2.72 mio m3 (39%)

  • Main species:

    • Beech, Silver fir, Norway spruce, Oaks, Mapel, Ash, Pines

  • Main non-wood products and services:

    • Fungi

    • Hunting

    • Different forest functions – water and air quality, recreation, ...

  • Main risks:

    • Forest fires, insect outbreaks, increasing drought periods, agriculture (in lowlands)

  • Management and silvicultural characteristics:

    • Sustainable and multipurpose management in accrodance with princples of environmental protection and natural values

    • Permanent and optimal functioning of forests as ecosystems

    • Implementation of all their functions on a permanent basis


Basic modelling
Basic modelling support in sustainable forest management

  • Use of databases, GIS systems and if-then relationship, included are DEM, different layers (soil type, vegetation cards, stand maps,…)

  • Modelling of windthrows in two alpine sites – spatio-temporal analysis

  • We do not use models of “black box” type.


Forest modelling approaches and trends

Mechanistic models support in sustainable forest management

Forest water balance simulation models

WATBAL (Starr M., METLA, University of Helsinki, Finland)

monthly soil water balance model for forest stands

BROOK90 (Federer R., USDA Forest Service)

simulation model for evaporation, soil water and streamflow

Modelsfor simulation of carbon and water fluxes in forest ecosystems

GOTILWA (Gracia C./Sabate S./Sanches A., CREAF, Barcelona, www.creaf.uab.es/gotilwa+/)

simulates growth processes and how are they influenced by climate, stand structure, management techniques, soil properties and climate change

CASTANEA (Davi, H./Dufrene, E./Granier, A./Le Dantec, V., INRA, France)

- modeling carbon and water cycles in forests

Forest modelling approaches and trends


Models for predicting risk of hazards support in sustainable forest management:Predictive model of fire risk in the natural environment (Kobler and Ogrinc, 2007)

Daily updated forecasting model of fire occurence in natural environment (i.e., forest, shrubs, grassland)

Geographical scope: entire Slovenia

Resolution:

temporal: daily

spatial: 1 sq. km.

Set-up: logistic model, based on empyrical data of past occurences of forest fires in relation to weather (daily metheorological data), vegetation status (MODIS satellite data), relief (DTM), proximity to settlements and traffic infrastructure

Model has been integrated into a web-based GIS decision support system (eGIS-UJME) at the Administration for Civil Protection and Disaster Relief


Example prediction of fire risk for april 8 2003
Example prediction of fire risk for April 8, 2003 support in sustainable forest management


Data bases archives on forest simulation models
Data bases/archives on forest simulation models support in sustainable forest management

All forest districts are connected into one huge information system. All infromation are kept on a central server running Oracle.

Beside this – huge amount of data is collected on a national level at the SFI – monitoring data (Level I and II), national inventory data....

SILVA.SI – combined data on stand structure for the last 35 years – this enables us different spatio-temporal analyses; unfortunately, available only to SFS


Research highlight support in sustainable forest management

Describe a country research hihlight/finding in the context of modelling which can be relevant for other countries


Brown bear habitat in slovenia
Brown bear habitat in Slovenia support in sustainable forest management

  • (Kobler and Adamič, 2000)


Optimal locations for ecoducts on the vrhnika seno e e highway
Optimal support in sustainable forest managementLocations for Ecoducts on the Vrhnika – Senožeče highway

  • (Kobler and Adamič, 2000)


Future challenges
Future challenges support in sustainable forest management

Describe the main challenges modelers and modelling face in your country so that can respond effectively to management or scientific questions/problems in your country

?


Innovative references
Innovative references support in sustainable forest management

List a maximum of 5 references, the most innovative ones in your country and that provide added value to other countries.

DEBELJAK, Marko, DŽEROSKI, Sašo, JERINA, Klemen, KOBLER, Andrej, ADAMIČ, Miha. Habitat suitability modeling for red deer (Cervus elaphus L.) in South-Western Slovenia with classification trees. Ecol. model.. [Print ed.], 2001, vol. 138, str. 321-330. [COBISS.SI-ID 16056615] tipologija 1.08 -> 1.01

KOBLER, Andrej. Prostorski model požarne ogroženosti gozdov = Spatial model of forest fire danger. Zb. gozd. lesar., 2001, št. 66, str. 65-93. [COBISS.SI-ID 932518]

JERINA, Klemen, DEBELJAK, Marko, DŽEROSKI, Sašo, KOBLER, Andrej, ADAMIČ, Miha. Modeling the brown bear population in Slovenia : a tool in the conservation management of a threatened species. Ecol. model.. [Print ed.], str. 453-469. [COBISS.SI-ID 273659] tipologija 1.08 -> 1.01

KOBLER, Andrej, CUNDER, Tomaž, PIRNAT, Janez. Modelling spontaneous afforestation in Postojna area, Slovenia. J. Nat. Conserv., 2005, vol. 13, str. 127-135, ilustr. [COBISS.SI-ID 1510310]

KOBLER, Andrej, DŽEROSKI, Sašo, KERAMITSOGLOU, Iphigenia. Habitat mapping using machine learning-extended kernel-based reclassification of an Ikonos satelite image. Ecol. model.. [Print ed.], 2006, vol. 191, no. 1, str. 83-95, ilustr. [COBISS.SI-ID 1591718] tipologija 1.08 -> 1.01


Assessment of traditional cultural landscape visual quality loss due to spontaneous afforestation of abandoned lands

  • Kobler (2002)


Modelling spontaneous afforestation of abandoned farmland in postojna area
Modelling Spontaneous Afforestation loss due to spontaneous afforestation of abandoned landsof Abandoned Farmland in Postojna area

  • (Kobler and Cunder, 2005)


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