DR5 Xiromero, Aetoloakarnania (Greece)

Current status

The study area is the valonia oak (Quercus ithaburensis subs. macrolepis) forest of  Xiromero in west Greece.  The core area of the forest stretches in a line of hills to the west and south of Lake Ozeros, up to the village of Astakos which is  the  capital  of  the  Xiromero  municipality, covering an area of more than 4400 ha whereas the partially forested area amounts to 3300 ha. Grazing is applied by sheep and goat at a stocking rate of approximately 5.5 ha

The forest provides several ES (ecosystem services) ranging from provisioning, regulating, supporting and cultural. It is the last greatest valonia oak forest in the Balkan peninsula. In the area there are two extremes: lack of grazing leads to flammable biomass buildup whereas overgrazing leads to soil physical properties’ deterioration. This DR includes a single PD. 

 

Leader:
AUA

Regional authority:
Hellenic Forest Service and Municipality of Xiromero

Key stakeholders to engage:

Local stakeholders including: 

  • Farmers, livestock breeders, local prefecture, local Forest Service, local municipality, local associations

There is significant potential to implement innovative, nature-based solutions in the forest to help address the challenges of climate change in an area of great environmental, social, and cultural importance.

Actions to be implemented: 

  • 100% forest fire risk reduction
  • 100% biodiversity preservation
  • 2000 stakeholders at least involved and be informed of the project
  • At least adoptability of measures proposed by all European and world countries having oak silvopastoral systems

Specific Key Performance Indicators (KPIs):

The KPI for the impact of project results include: 

  • Reduction of forest fire risk factors & public awareness raising about the risks
  • Recommendations for forest management policies and measures
  • Production of recommendations- tools for forest protection, management and modelling
  • Sustainable forest management strategies
  • Forest fires fast detection, reliable spread monitoring, and quick & efficient response by using innovative technologies
  • Increase readiness of these ecosystems on climate change

 

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