Canal-U

Mon compte
IPSL Climate Graduate School

Heinrich Events - Sylvain Huon


Copier le code pour partager la vidéo :
<div style="position:relative;padding-bottom:56.25%;padding-top:10px;height:0;overflow:hidden;"><iframe src="https://www.canal-u.tv/video/ipsl/embed.1/heinrich_events_sylvain_huon.50197?width=100%&amp;height=100%" style="position:absolute;top:0;left:0;width:100%;height: 100%;" width="550" height="306" frameborder="0" allowfullscreen scrolling="no"></iframe></div> Si vous souhaitez partager une séquence, indiquez le début de celle-ci , et copiez le code : h m s
Producteur Canal-U :
IPSL Climate Graduate School
Contacter le contributeur
J’aime
Imprimer
partager facebook twitter Google +

Heinrich Events - Sylvain Huon

What are the Heinrich events?

Nature of sediment deposited during Heinrich events.

Trajectory of the ice and icebergs in the North Atlantic.

Characteristics of the six Heinrich events in the North Atlantic.

Origin of the Heinrich sediment levels.

In conclusion

 

commentaires


Ajouter un commentaire Lire les commentaires
*Les champs suivis d’un astérisque sont obligatoires.
Aucun commentaire sur cette vidéo pour le moment (les commentaires font l’objet d’une modération)
 

Dans la même collection

 Physical Chemistry of Atmospheric Pollution - Juan Cuesta
 The Cloud Formation Process - Marine Bonazzola
 What do we measure in ice cores ? - Jean Jouzel
 History of the Earth’s climate - Gilles Ramstein
 Climatic variability during the Holocene - Myriam Khodri
 Climate change since the pre-industrial period - Jean-Louis Dufresne
 Climate Projections - Hervé Le Treut
 Climate Variability - Eric Guilyardi
 Modelling of paleoclimates - Masa Kageyama
 Atmospheric observation networks - Philippe Keckhut
 The Earth’s Radiation Budget - Hélène Brogniez
 Man and the climate: representations of Palaeolithic fauna in decorated caves - Anne Bridault
 Horizontal Atmospheric Characteristics: temperature, pressure, water, wind, waves - Philippe Bousquet
 Measurement of the stable isotopes of water in vapour using laser spectrometry - Françoise Vimeux
 External Forcing of the climate: variations in the orbital parameters of the Earth (Milankovitch’s theory) - Jean-Baptiste Madeleine
 Atmospheric Observation Methods - Martial Haeffelin
 The Seasons - Michel Capderou
 The Carbon Cycle- Philippe Bousquet
 Planetary Climates - Aymeric Spiga
 The vertical structure of the atmosphere - Cyril Szopa
 Solar radiation and the climate system - Hélène Brogniez
 The Last Glacial Maximum - Amaëlle Landais
 Introductory course to the ocean and the ocean dynamics : General characteristics of the ocean - Damien Cardinal
 Global numerical modelling of the atmosphere - Camille Risi
 Marine sediments: climate and ocean records - Claire Waelbroeck
 Proxies : a way of studying paleoclimates - Valérie Daux
 Atmospheric circulation - Gaëlle De Coëtlogon
 The Monsoon - Jerôme Vialard
 Deep Convection and the Formation of Dense Waters - Marie-Noëlle Houssais
 The El Niño, la Niña phenomena - Alban Lazar
 Winter Convection – Mixed layer - Jean-Baptiste Sallée
 Marine upwellings - Alban Lazar
 The circumpolar current and the cyclonic gyres - Sabrina Speich
 Biophysical coupling - Damien Cardinal
 Subtropical Gyres - Gilles Reverdin
 The Thermohaline Circulation - Guillaume Gastineau
 Surface Ocean Circulation - Gilles Reverdin
 The Gulf Stream - Damien Cardinal
FMSH
 
Facebook Twitter Google+
Mon Compte