3 WORDSPlease send your 3 words to engagement@deepcarbon.net or

katie_pratt@mail.uri.edu or sunshine@mail.uri.edu

Future EngagementLet us know about your upcoming publications or other news (

katie_pratt@mail.uri.edu) and if you are working with your institution’s PIO or press office

Future EngagementLet us know about your upcoming Field Studies (

katie_pratt@mail.uri.edu)

Future EngagementLet us know about your photos, videos, blogs etc (

katie_pratt@mail.uri.edu)

Groups

collaboration@deepcarbon.net(Managed by the Data Science Team)

Filming in the Field

Filming in the Field

• Upload any footage from your card, but do not clear the card• Come return the cameras etc to me by the end of the day, and

make sure I have your email address • I will upload all footage to a shared folder early next week• I will make a short film of the Summer School, but I invite you

to too (iMovie, GoPro software)• We’ll share all videos on the DCO YouTube channel• Email me with any questions/finished videos

katie_pratt@mail.uri.edu

ECS workshop video: https://www.youtube.com/watch?v=i98nFl80MgM

DCO at AGULet us know if you are convening a session at AGU 2014Let us know if your abstract is accepted to a session (

katie_pratt@mail.uri.edu)

DCO ECS at AGU

Carbon Chemistry in the Deep Earth (Session ID#: 3163)Conveners: Daniel Hummer (UCLA), Marius Millot (UC Berkeley) Although Earth's interior may contain more carbon than is present at the surface, we know little about carbon's chemical and physical behavior at the extreme temperatures and pressures of Earth's interior. This session invites theoretical and experimental contributions on the chemistry and physics of carbon at conditions relevant to the mantle and core of Earth or other planetary bodies. We welcome studies including but not limited to: 1) the atomic structure of new carbon-bearing phases and their physical and chemical properties, 2) equations of state of carbon-bearing phases, 3) the effect of different oxidation states on carbon's chemical/physical properties, 4) reactions of carbon-bearing materials, 5) thermodynamics of carbon phases at extreme conditions, and 6) novel in situ techniques for the analysis of carbon-bearing materials at extreme conditions, especially techniques utilizing synchrotron radiation.

DCO ECS at AGUDeep cycling of carbon within and beyond the limits of life (Session ID#: 3050)Conveners: Mark Lever (Center for Geomicrobiology, Aarhus), Aude Picard (Harvard University), Claire Cousins (University of Edinburgh) A detailed understanding of the carbon cycle in subsurface environments is essential to understanding atmospheric, hydrospheric, and lithospheric chemistry over time, on Earth and beyond. Yet despite recent advances through research on subsurface sediments, crustal environments, aquifers, and subsurface-derived fluid samples, fundamental questions regarding subsurface carbon flux and speciation remain unanswered. This interdisciplinary session aims to bring together scientists with a shared interest in understanding the subsurface carbon cycle from the molecular to the planetary scale. Themes may include, but are not restricted to, (1) field and laboratory investigations on the biological and abiotic synthesis, transformation, and movement of carbon compounds, (2) the nature and extent of biotic and abiotic reaction rates, (3) environmental limits of deep life (biotic fringe), (4) diversity of deep life as it relates to the distribution of carbon compounds, (5) potential for active extraterrestrial carbon cycling, or (6) models that integrate aspects of the above. 

DCO ECS at AGUCarbon: Storage, migration and outgassing within Earth and other planetary bodies (Session ID#: 3518)Conveners: Vincenzo Stagno (Carnegie Institution of Washington), Taryn Lopez (University of Alaska Fairbanks), Sami Mikhail (Carnegie Institution of Washington/University of Edinburgh), Anja Rosenthal (University of Minesota/Universitaet Bayreuth) The deep carbon cycle is of fundamental importance to Earth processes over geologic time such as subduction, magmatism, volcanism, and ultimately climate variability, yet estimations of volatile fluxes between Earth’s interior (Earth’s core and mantle) and the exosphere remain highly controversial. This session aims to promote the latest multidisciplinary research in carbon science focusing on several topics. These include, but are not limited to, (1) solubility, storage and speciation of volatile species (C-O-H-N-S) within planetary interiors; (2) origin and migration of carbon-rich fluids and melts and their impact on redox processes, diamond formation, mantle metasomatism and associated (alkaline) magmatism; (3) carbon isotope fractionation; and (4) global carbon release to the exosphere through volcanic, tectonic and other styles of Earth degassing. We invite contributions from volcanology, natural and experimental rock/fluid geochemistry and petrology, mineral physics, theoretical and computational studies. Submissions by early career scientists and graduate students are particularly encouraged. 

DCO Reception at AGU

• Tuesday 16 December 2014, 6-9PM, Restaurant LuLu

• Co-hosted by the Engagement Team (sunshine@mail.uri.edu) and DCO Early Career Scientists

• Release of DCO’s mid-term report

Questions/Feedback

engagement@deepcarbon.net

Thank You!