Syllabus del corso
Titolo
Ice Core Science
Docente(i)
Barbara Delmonte ; Valter Maggi
Lingua
English
Breve descrizione
Polar ice cores are cornerstones of global change research since they provide information about past climate and environmental conditions on timescales from decades to hundreds of millennia. For example, Antarctic ice cores played a central role in showing how closely climate and greenhouse gas concentrations were linked in the past, while Greenland ice allowed demonstrating that very abrupt climate switches can occur.
In this short course, where a short general introduction about ice core science is followed by laboratory activities at the EUROCOLD Lab of DISAT, students will learn how it is possible to decipher the past climate change from a polar ice core archive, how the paleoclimate records from the two hemispheres can be synchronized and how it is possible to reach a quantitative assessment of the past atmospheric load of mineral dust aerosol, with particular focus on Greenland and Antarctica.
Evaluation: NO
CFU / Ore
1 CFU - 8 Hours (Lecture)
Periodo di erogazione
II semester
Sustainable Development Goals
Title
Ice Core Science
Teacher(s)
Barbara Delmonte ; Valter Maggi
Language
English
Short description
Polar ice cores are cornerstones of global change research since they provide information about past climate and environmental conditions on timescales from decades to hundreds of millennia. For example, Antarctic ice cores played a central role in showing how closely climate and greenhouse gas concentrations were linked in the past, while Greenland ice allowed demonstrating that very abrupt climate switches can occur.
In this short course, where a short general introduction about ice core science is followed by laboratory activities at the EUROCOLD Lab of DISAT, students will learn how it is possible to decipher the past climate change from a polar ice core archive, how the paleoclimate records from the two hemispheres can be synchronized and how it is possible to reach a quantitative assessment of the past atmospheric load of mineral dust aerosol, with particular focus on Greenland and Antarctica.
Evaluation: NO
CFU / Hours
1 CFU - 8 Hours (Lecture)
Teaching period
II semester