Kreeka teadlane peab Ökoloogia Instituudis kaks avalikku loengut
Esmaspäevast neljapäevani (2.–5. juuni) viibib Ökoloogia Instituudis külaline Kreekast. George Tsiamis, Ph.D. Assistant Professor in Environmental Microbiology Department of Environmental and Natural Resources Management University of Patras, on noorema põlvkonna teadlane, kelle laialdased huvid on seotud bioenergia, biotehnoloogia, taimede ja loomade mikroflooraga. Uueks huvitavaks suunaks on kujunemas settes säilinud mikroobide koostis.
Esmaspäevast neljapäevani (2.–5. juuni) viibib Ökoloogia Instituudis külaline Kreekast. George Tsiamis, Ph.D. Assistant Professor in , on noorema põlvkonna teadlane, kelle laialdased huvid on seotud bioenergia, biotehnoloogia, taimede ja loomade mikroflooraga. Uueks huvitavaks suunaks on kujunemas settes säilinud mikroobide koostis.
George Tsiamis on on esimene esineja Maateaduste ja Ökoloogia doktorikooli toetusel toimuvast ürituste sarjast, mis on pühendatud keskkonnatingimuste rekonstrueerimisele, kasutades erinevaid bioindikaatoreid .
George Tsiamis peab ÌìÃÀÓ°ÊÓ Ãœlikoolis kaks seminari.
SEMINARID
Esmaspäeval, 2. juunil kell 11.00
TLÜ Ökoloogia Instituudi saalis (Uus Sadama 5, M523) –
Unraveling Microbial Dark Matter: from 16S rRNA libraries down to Single Cell Genomics
Environmental microbes are immensely diverse and have numerous metabolic activities and products that could have industrial applications. Molecular approaches, with the assistance of new technologies, are revolutionizing the way that the microbial diversity is studied. DNA microarrays, metagenomics, and the more recent developed Single Cell Genomics approach have been effectively applied for the characterization of the hidden microbial diversity and for obtaining novel microbial products. Here we apply these three technologies with the aim to characterize the microbial diversity of the Etoliko lagoon.
Kolmapäeval, 4. juunil kell 13.00
TLÜ Ökoloogia Instituudi saalis (Uus Sadama 5, M523)
Exploring Insect Microbial Diversity: from basic research to applications
Insects are by far the most diverse and most abundant animal group in respect to the number of species globally, the ecological habits and the biomass. The ecological and evolutionary success of insects depends on the countless relationships with beneficial microorganisms, which are known to influence all aspects of their biology, physiology, ecology and evolution.. We will use case studies from tsetse (Glossina morsitans morsitans) and the Mediterranean fruit (Ceratitis capitata) fly to highlight the importance of these symbionts and how they can be used to suppress insect populations.
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Lisainfo:
Tiiu Koff tkoff@tlu.ee