EEZ KLIPS piedalās starptautiskajā konferencē "European Geosciences Union (EGU) General Assembly 2016"

Kategorija: 5.aktivitāte

EEZ KLIPS pārstāvji piedalās starptautiskajā konferencē  "European Geosciences Union (EGU) General Assembly 2016", kas norisinājās Vīnē, Austrijā laika posmā no 2016. gada 17. -22. aprīlim.

EGU ir viena no lielākajām ģeozinātņu konferencēm pasaulē. Šogad tajā piedalījās pārstāvji no 109 valstīm un kopējais dalībnieku skaits sasniedza 13 650, no kuriem 25 % bija studenti, 53 % jaunie zinātnieki (vecumā līdz 35 gadiem). Konference saņēma plašu mēdiju uzmanību, kā arī tajā bija nodrošināta prezentāciju skatīšanās tiešsaistē un blogs EGU blog GeoLog.

 

EEZ KLIPS partāvji prezentēja piecus stenda referātus (tā kā tēzēs vārdu skaits ir limitēts, tajās nevarēja iekļaut atsauci uz projektu; atsauce tika iekļauta stenda referātā):

 

  1. Kudryavtseva N., Soomere T., Giudici A. 2016. Validation of multi-mission satellite altimetry for the Baltic Sea region. Geophysical Research Abstracts, EGU2016-5571.
  2. Kudryavtseva N., Soomere T. 2016. Variations in the wave climate of the Baltic Sea in the last 25 years from satellite altimetry. Geophysical Research Abstracts, EGU2016-5589.
  3. Pindsoo K., Soomere T. 2016. Trends in the components of extreme water levels signal a rotation of winds in strong storms in the eastern Baltic Sea. Geophysical Research Abstracts, EGU2016-9378.
  4. Pindsoo K., Soomere T., Rocha E. 2016. Spatial variation of statistical properties of extreme water levels along the eastern Baltic Sea, Geophysical Research Abstracts, EGU2016-9679.
  5. Eelsalu M., Soomere T., Männikus R. 2016. Combining remote sensing with an inverse Bruun Rule for the analysis and management of almost equilibrium beaches. Geophysical Research Abstracts, EGU2016-8888.
  6. Eelsalu M., Soomere T. 2016.Ensemble-based evaluation of extreme water levels for the Eastern Baltic Sea. Geophysical Research Abstracts, EGU2016-6559-1

 Pielikumi:

  1. Abstract Combining remote sensing with an inverse Bruun Rule for the analysis
  2. Abstract Ensemble-based evaluation of extreme water levels for the eastern Baltic Sea

  3. Abstract Spatial variation of statistical properties of extreme water levels along the

  4. Abstract Trends in the components of extreme water levels signal a rotation of

  5. Abstract Validation of multi-mission satellite altimetry for the Baltic Sea region

  6. Abstract Variations in the wave climate of the Baltic Sea in the last 25 years from

  7. Poster Combining remote sensing with an inverse Bruun Rule for the analysis and management of almost equilibrium beaches

  8. Poster Ensemble-based evaluation of extreme water levels for the eastern Baltic Sea

  9. Poster Spatial variation of statistical properties of extreme water levels along

  10. Poster Trends in the components of extreme water levels signal a rotation of winds in strong

  11. Poster Validation of multi-mission satellite altimetry for the Baltic Sea region

  12. Poster Variations in the wave climate of the Baltic Sea in the last 25 years from