'Biological pump' presentation slideshows

Climate, Oceans and Phytoplankton: That Sinking Feeling*

Climate, Oceans and Phytoplankton: That Sinking Feeling*. Conservation Biology Oct 22, 2004. *With apologies to Bill Forsyth and Jorge Sarmiento ( Nature 2000). Our plan for today:. Conservation and the ocean. Why? Global carbon budget. How? Carbon sequestration: injection

492 views • 49 slides

Lecture 10: Ocean Carbonate Chemistry: Ocean Distributions

Lecture 10: Ocean Carbonate Chemistry: Ocean Distributions Ocean Distributions Controls on Distributions. What is the distribution of CO 2 added to the ocean?. See Section 4.4 Emerson and Hedges. Sarmiento and Gruber (2002) Sinks for Anthropogenic Carbon

569 views • 34 slides

419 views • 33 slides

Monitoring of Phytoplankton Functional Types in surface waters using ocean color imagery

Monitoring of Phytoplankton Functional Types in surface waters using ocean color imagery C. Moulin 1 , S. Alvain 1,2 , Y. Dandonneau 3 , L. Bopp 1 , H. Loisel 2 LSCE/IPSL, Gif-sur-Yvette, France ELICO, Wimereux, France LOCEAN/IPSL, Paris, France cyril.moulin@cea.fr. ?.

426 views • 21 slides

Outline 1. Background- the biological pump & why we care 2. How 234 Th works and history

Tracking the fate of carbon in the ocean using thorium-234 Ken Buesseler Dept. of Marine Chemistry and Geochemistry Woods Hole Oceanographic Institution. Outline 1. Background- the biological pump & why we care 2. How 234 Th works and history 3. Examples- regional, vertical, small scale

479 views • 20 slides

The Biological Pump

The Biological Pump. The biological pump is the process by which CO2 fixed in photosynthesis is transferred to the ocean interior resulting in a temporary or permanent sequestration (storage) of carbon.

269 views • 17 slides

The Biological Pump

The Biological Pump. The biological pump is the process by which CO2 fixed in photosynthesis is transferred to the ocean interior resulting in a temporary or permanent sequestration (storage) of carbon.

528 views • 17 slides

Sept 20, 2013 Monica Arienzo

Global connections between aeolian dust, climate and ocean biogeochemistry at the present day and at the last glacial maximum Maher et al., 2010, Earth-Science Reviews. Sept 20, 2013 Monica Arienzo.

270 views • 15 slides