Current Applications, Approaches and Potential Perspectives for Hemp

<p>SECTION 1 Agronomical purposes for fibre and biomedical cultivars<br>1. Suitability and opportunities of Cannabis sativa L. as alternative crop under water scarcity scenarios<br>2. Linking agronomical practices for Cannabis sativa L. production and its potential usages: fibre, seeds, essential oils and cannabinoids production<br>3. Agronomical strategies to improve the cannabinoids biosynthesis: Optimizing the diiferent metabolic pathways<br>4. Hemp breeding and genetics for cannabinoid production<br>5. Assessment of hemp crop adaptation and economic sustainability through modelling and field trials</p> <p>SECTION 2 Current and Potential applications of hemp products: Fibre, seeds, and essential oils<br>6. Role of Cannabis sativa L. in energy production: residues as a potential lignocellulosic biomass in anaerobic digestion plants<br>7. Hemp essential oil: an innovative product with potential applications on an industrial level<br>8. New chemical insights into polyphenols in by-products and wastes from industrial hemp processing<br>9. Hemp application in green building<br>10. Slow pyrolysis processing of industrial hemp by-products</p> <p>SECTION 3 Biomedical and nutritional applications of hemp and its by-products: Strength, weakness and challenges<br>11. The Customer's Preference In Light Cannabis: An Italian Perspective<br>12. Current and future applications for hemp essential oils: a review<br>13. Hemp seed products and by products: A mine of bioactive compounds to improve functionality of fermented foods<br>14. Therapeutic uses of Cannabis sativa L. Current state and future perspectives<br>15. By products of hemp from a nutritional point of view: New perspectives and opportunities<br>16. An overview on sensory evaluation, volatile compounds, and legal regulations of {i