0000000000984639
AUTHOR
Fg Maetzke
showing 3 related works from this author
SOFIA: a decision support System for the Optimization of the biomass supply chain and Forest Integrated management in protected areas
2019
A decision support System for the Optimization of the biomass supply chain and Forest Integrated Management in protected areas (SOFIA) is presented. All functionalities have been developed in Python language embedded in the open-source QGIS 3.6 software. Two models were implemented with an approach and methodology based on free and open source software (QGIS, GRASS, SAGA, GDAL). The main aim of SOFIA is to support the Madonie Regional Natural Park authority and forest managers in decision-making processes to assess the costs and benefits in the energy production from residual agro-forestry biomass, as well as for determining the optimum plant size (and power) for energy and heat production …
POPOLAMENTI MARGINALI DI FAGGIO E CAMBIAMENTI CLIMATICI IN SICILIA: CRITICITÀ ED EFFETTI DELL’APPLICAZIONE DI PRATICHE SELVICOLTURALI TRADIZIONALI NO…
2016
Il faggio (Fagus sylvatica) è una tipica specie medio-Europea; in Sicilia si rinvengono i boschi di faggio più meridionali d’Europa. La marginalità ecologica di questi boschi è particolarmente evidente nei pattern frammentati e isolati di questi soprassuoli, in prossimità del limite della vegetazione arborea e/o localizzati nelle condizioni topografiche meno favorevoli. Nel presente lavoro si mettono a confronto i parametri dendrometricostrutturali e lo stato di salute delle piante in soprassuoli delle Madonie, confrontando cedui di faggio recentemente sottoposti a pratiche di taglio e aree di controllo non trattate da tempo. Inoltre, questi aspetti sono stati messi in relazione con il grad…
Resilienza delle foreste Mediterranee ai cambiamenti climatici - Guida al progetto [Resilience of Mediterranean forests to climate change – Project g…
2017
The overall objective of the project LIFE11+ ENV/IT/000215 RESILFORMED – Resilience of Mediterranean forests to climate change is to preserve the forest systems from the risks due to climate change, through naturalization processes, increased biodiversity and improved responsiveness, in the recovery process, coming from destabilizing events. The specific objective is to implement a regional forest policy able to increase resilience capacity of Sicilian forests, improving their ecosystem capacity and fostering the biodiversity preservation. The project has proposed to pursue five concrete results: 1) drafting guidelines for effective Mediterranean forest management with respect to climate ch…