Lines of research covered by the ERC panels: 1. Terrestrial ecology, land cover change 2. Geology, tectonics, volcanology 3. Biogeochemistry, biogeochemical cycles, environmental chemistry 4. Sedimentology, soil science, palaeontology, earth evolution 5. Integrative Biology: from Genes and Genomes to Systems 6. Ecosystem and community ecology, macroecology 7.Biodiversity 8. Population biology, population dynamics, population genetics 9. Biological aspects of environmental change, including climate change 10. Marine biology and ecology 11. Applied plant sciences, plant breeding, agroecology and soil biology 12. Ecotoxicology, biohazards and biosafety

Lines of research: 1. CURRICULUM: Industry 4.0, Smart Cities, Smart Transportation, and Natural Sciences 2. CURRICULUM: Medicine, Life Sciences, and Environment 3. CURRICULUM: Economy and society

Lines of research: 1. Molecular Oncology 2. Molecular Pathophysiology 3. Regenerative Medicine 4. Molecular Therapeutics and Diagnostics 5. Functional genomics 6. Molecular Microbiology 7. Neurobiology 8. Molecular Immunology

Lines of research: 1. Biocrystallography 2. Inorganic, bio-inorganic and organometallic chemistry 3. Organic and bio-organic chemistry 4. Homogeneous and heterogeneous catalysis and bio-catalysis 5. Supramolecular chemistry and catalysis 6. Theoretical and computational chemistry 7. Medicinal chemistry 8. Analytical and environmental chemistry 9. Chemistry for Cultural Heritage 10. Electrochemistry and sensors 11. Green and sustainable chemistry 12. Chemical engineering 13. Advanced materials and thin films 14. Nanosciences and nanotechnologies 15. Molecular spectroscopy 16. Pharmaceutical Technologies 17. Physical chemistry 18. Industrial chemistry

Lines of research: 1. CURRICULUM: Economics & Circular Economy 2. CURRICULUM: Circular Business Models 3. CURRICULUM: Statistical and Quantitative Methods for Sustainability and Risk Assessment

Lines of research: 1. Nuclear and subnuclear physics 2. Astrophysics 3. Condensed matter physics 4. Theoretical physics 5. Medical physics and biophysics

Lines of research: CURRICULUM ARCHITECTURE: 1. Theories and methodologies of architectural composition 2. Studies and design of the city, landscape, territory 3. Methods and forms of architectural and urban design 4. Instruments and techniques of survey and representation of architecture and environment 5. Economic evaluation of the natural and built environment in architectural design and urban planning 6. Technological project and sustainability CURRICULUM CIVIL-ENVIRONMENTAL ENGINEERING: 1. Structural and construction engineering 2. Hydraulic and infrastructure engineering 3. Survey for architecture and civil engineering 4. Economic evaluation of the natural and built environment in design and planning

Lines of research: CURRICULUM INFORMATION ENGINEERING: 1. Automation 2. Electronic bioengineering and Informatics 3. Electromagnetic fields 4. Signal and image processing 5. Informatics 6. Measures and electronic instruments 7. Operational research 8. Telecommunication CURRICULUM MECHANICAL ENGINEERING, NAVAL ARCHITECTURE, ENERGY AND PRODUCTION: 1. Design and optimization of fluid machines and power plants 2. Rational use of energy in civil and industrial fields 3. Inverse problems and functional and shape optimization in heat transfer 4. Design, synthesis and mechanical construction 5. Theoretical and experimental methodologies for the analysis and design of ships and ocean structures 6. Product development, process modeling and optimization, design, management and logistics of industrial plants 7. Converters, machines and electric drives

Lines of research: 1. Inflammation and immunity 2. Genetics and pathophysiology of organs and systems 3. Precision medicine for maternal and child health 4. New diagnostic and pharmacological approaches and innovative therapies 5. Population studies and big data 6. Biomaterials

Lines of research: 1. Development of new techniques for the study, manipulation and visualization of nanomaterials and nanostructured materials at the nanoscale 2. Development of sensors for the detection of bio-molecules or compounds present on a very low concentration 3. Study of the relationships between structures and properties of materials 4. Synthesis and engineering of nanomaterials and nanostructured materials 5. Applications of nanotechnology, nanomaterials and nanostructured materials for research in the energy sector 6. Theoretical approaches and molecular modelling for nanomaterials and nanotechnology related phenomena 7. Application of nanotechnology in the biological, medical and pharmaceutical sectors

Lines of research: 1. Neurobiology, neurogenesis, and cellular neurophysiology 2. Clinical neurosciences 3. Perception, action and attention 4. Memory, language, and executive control 5. Thinking, judgment and decision making 6. Comparative psychology 7. Cognitive neuroscience 8. Typical and atypical development 9. Personality and social psychology 10. Sport psychology

Lines of research: 1. Environmental fluid mechanics, fluid mechanics in industrial and technological processes, and in biological systems 2. Solid and fluid earth geophysics and geology 3. Mathematical methods and modeling in fluid mechanics and in geophysics, differential equations and inverse problems: qualitative, computational, and numerical aspects 4. Development and use of Data Science techniques, both for the construction of statistical big-data black-box models and for the analysis of complex models by using machine learning methods

Lines of research: 1. CURRICULUM: From medieval to contemporary history 2. CURRICULUM: History of Thought and Philosophies