Research lines

  • Analysis of growth rings. Climate-growth relationships and forest dynamics.
  • Analysis of pollent types of main allergic indicence.
  • and biodiversity phycologist freshwater algae (phytobenthos and macrobenthos) and marine (macrobenthos).
  • Biological control of plant diseases
  • Dendrochronological and historical dating dendrochronology.
  • Dynamic cambial and wood formation
  • Ecology of plants. Quantitative study of vegetation dynamics.
  • Establecemento study and initial growth of forest plants.
  • Forest ecology. Bush. Composition, structure should and regeneration after the fire.
  • Fungal biodiversity.
  • Histology and plant anatomy.
  • Indicators of ecological status of water bodies. Algae as indicators of global change.
  • Line 1: AEROBIOLOGY AND PHENOLOGY
  • Line 2: PLANT BIOLOGY
  • Line 3: FUNGAL BIODIVERSITY
  • Line 4: DENDROECOLOGY AND XYLOGENESIS
  • Line 5: Phycology, ecology and
  • Line 6: APPLICATIONS OF GEOMATICS IN BIODIVERSITY STUDIES
  • Line 7: ECOLOGY OF FIRE. Dynamics of plant populations and communities after fire. Regenerative strategies of plants. Dynamics of invasive species in relation to fire. Bank of propagules. Germination and early development of seedlings. Response of forest vegetation to traditional uses. Effects of ionic liquids on the first phases of the life cycle of plants.
  • Mycology and plant pathology.
  • Mycology in indoor and outdoor.
  • Phenology of trees.
  • Phenology of vine and olive varieties cultivated in Galicia.
  • Study of seed germination and viabilidade. Characterization of soil seed bank.
  • Taxonomy, plant and algal bioxeografía freshwater and marine benthos.
  • Use sediment ponds to determine the history of changes in aquatic ecosystems.
  • Wood anatomy. Quantitative Anatomy: Dendrochronological analysis of conductive elements.
  • • Characterization and monitoring of key biodiversity elements and features at different scales.
  • • Quantitative studies of the structure and function of populations, habitats and landscapes.
  • • Spatially explicit models of spatial-temporal dynamics of biodiversity.
  • • Studies of rural landscapes of high natural and cultural value.
  • • Vegetation and landscape mapping from remote sensing data.