2006 - Firenze University Press
Articolo
Versione Digitale
Forest Tree Gene Conservation. Theory and Application for "Castanea sativa"
P. [1-6] [6]
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Informazioni
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Nello stesso fascicolo
- Editorial
- Revival of Chesnut Culture in Mediterranean Countries
- Fungal Biodiversity in CHesnut Woods of Sicily (Southern Italy)
- Soil Biochemical Properties and Diversity of Culturable Phyllosphere Bacteria in Chestnut and Oak Forests
- Bryophyte Biodeiversity for Monitoring Chestnut Ecosystems on Mount Etna (Eastern Sicily)
- Management of Diseases in Chestnut Orchards and Stands
- Biological Control of Chesnut Insects Pests by Means of Entomopathogenic Nematodes
- Diversity of Vegetative Compatibility and Mating Types in "Cryphonectria parasitica" Populations from Calabria
- An Integrated Plan Towards Management of Chesnut Blight on a National Scale
- Vegetative Compatibility Groups of "Cryophonectria parasitica" (Murrill) M.E. Barr in the Czech Republic
- Optimization of Chestnut Production within a Sustainable Development Framework
- New Silvicultural Models to Improve Functionality of Chestnut Stands
- Multi-purpose Management of Chestnut
- The Effect of Modified Atmosphere Packaging of Chestnuts in Suppressing Fungal Growth and Related Physicochemical Changes During Storage in Retail Packages at 0 and 8C.
- Compositional Analysis of Chesnuts in Mediterranean Countries
- DNA Typing and Quality Evaluation of Chestnut ("Castanea sativa" Mill.) Cultivars
- Forest Tree Gene Conservation. Theory and Application for "Castanea sativa"
- The Indigenous Germplasm of Chesnut ("Castanea sativa" Mill.) in the Etnea Area
- Study of Spanish Chestnut Cultivars Using SSR Markers
- Complexity of Gene Resources Conservation and Utilisation of a Differently Managed Multipurpose Tree Species ("Castanea sativa" Mill.)
- Book Reviews
