DCO Deep Energy and Data Legacies Peter Fox (Data Science PI for DCO) DCO 2009-2019 AP Sloan Foundation ++

Slides:



Advertisements
Similar presentations
Silicate Earth Primitive mantle Present-day mantle Crust Oceanic crust Continental crust Reservoir Volume Mass Mass % (10 27 cm 3 )(10 27 g) Earth
Advertisements

Carbon in Earth Midterm Report of the Deep Carbon Observatory Inside/Outside Cover Material DCO Mission DCO Organizational Structure Decadal Goals Map(s)
Evaluating the emplacement of CO 2 reservoirs: A case study from the Virunga Volcanic Province Erica Maletic, Thomas Darrah, Robert Poreda, Dario Tedesco.
DCO-VIVO: A Collaborative Data Platform for the Deep Carbon Science Communities Han Wang 1 ( ), Yu Chen 1 Patrick West.
Biogeochemical Cycles. Biogeochemical: Chemical elements and molecules that cycle through the Earth’s systems and provide the building blocks for life.
Need for a Global Biogeochemist / Geochemical Thermodynamicist Retirement of two eminent scientists from our department: Fred Mackenzie Telu Li Retirement.
Sedimentologi Kamal Roslan Mohamed INTRODUCTION.
CYCLING OF CARBON ATOMS. Life on Earth depends upon one–way flow of high–quality energy from sun & cycling of crucial elements.
OET Nautilus Workshop University of Rhode Island, ISC 6–9 May 2013 OET Nautilus Workshop University of Rhode Island, ISC 6–9 May 2013 AT25-04: Hydrogeologic,
Key integrating concepts Groups Formal Community Groups Ad-hoc special purpose/ interest groups Fine-grained access control and membership Linked All content.
Using DCO Data (Infrastructure, Management, Analysis, Visualization, …) Peter (Marshall Ma) and the Data Science
Earth Systems, Resources, and the Environment
Beyond a Data Portal: A Collaborative Environment for the Deep Carbon Science Communities Han Wang, Yu Chen, Patrick West, John Erickson, Xiaogang Ma,
Progress in Open-World, Integrative, Web-based Collaborative Research Platforms Peter Fox and the DCO-DS* Team Tetherless World Constellation.
An Example in The DCO Data Portal Formal Specification of Data Types in the Deep Carbon Observatory Data Portal Xiaogang (Marshall) Ma
DCO's Data Science Day Introduction June 5, 2014, Troy NY Peter Fox (Rensselaer Polytechnic Institute)
Paper #: 126 EarthChem’s Deep Lithosphere Dataset: Web-Based Access to Mantle Xenolith Geochemistry and Petrology The EarthChem project, an NSF-supported.
Science themes: 1.Improved understanding of the carbon cycle. 2.Constraints and feedbacks imposed by water. 3.Nutrient cycling and coupling with carbon.
Deep Carbon Observatory Data Science and Data Management Infrastructure Overview and Demonstration Patrick West – Tetherless World Constellation Rensselaer.
Deep carbon: carbonates etc University College London: Adrian P Jones and coworkers Judith Milledge (Emeritus), UCL APJ Postgrads: Emma Tomlinson, Su Trickett,
Basic research needs workshop for Materials Under Extreme Environments Plenary Closing Session June 13, 2007 BREAKOUT SESSION 2: DEEP CARBON FLUXES What.
Ecology Class Notes 2. I. What is Ecology?  A. Ecology is the way organisms (living things) interact with their environments (surroundings).  B. The.
T43C-1647 The EarthChem Deep Lithosphere Dataset: Digital Access to Mantle Xenolith Petrological Data The EarthChem Deep Lithosphere Dataset: Digital Access.
Management and organizational bodies guiding the DCO-Data Science DCO COMMITTEE STRUCTURE Deep Life Deep Life Reservoirs & Fluxes Deep Energy Physics &
CO 2 - Net Ecosystem Exchange and the Global Carbon Exchange Question Soil respiration chamber at College Woods near Durham New Hampshire. (Complex Systems.
IES Integration of research activities on a long-term perspective Co-operation between universities, research institutes, enterprises and technology organisations.
TWC Deep Earth Computer: A Platform for Linked Science of the Deep Carbon Observatory Community Xiaogang (Marshall) Ma, Yu Chen, Han Wang, Patrick West,
Lecture Note. Definition Thermodynamics is derived from two words: ‘Thermo’ which means ‘Heat energy’ and ‘Dynamics’ which means ‘conversion’ or ‘transformation’
Robert W. Christopherson Charlie Thomsen Chapter 11 The Dynamic Planet.
Energy !!!. Geothermal Heat is power extracted from heat stored in the earth. This energy originates from the original formation of the plant, from decay.
Science Life Science –Botany –Zoology –Genetics –Ecology Natural Science –Earth Space Science Meteorology Geology Astronomy Oceanography –Physical Science.
Section 1. A. Science is a system of knowledge and the methods you use to find that knowledge. B. Technology is the use of knowledge to solve practical.
The Ongoing and the Early Differentiation of the Earth: the Role of Volatiles Rajdeep Dasgupta June 26, 2008COMPRES.
Key information from FDOS Global distribution of plant communities as described by quantitative traits [and their association with phylogenetic composition??]
Notes: Biotic & Abiotic Factors. A. Ecology The study of interactions between organisms and their environment.
The IBM and CentAm subduction areas are linked by plate tectonics, in between lies the carbonate- rich equatorial Pacific--one of the two most important.
Shale interfaces as heterotrophic hotspots in the deep subsurface Michael J. Wilkins School of Earth Sciences Ohio State University.
Brief: Data Science Progress/ Activities and Renewal Plans DCO Executive Committee. Oct. 8-9, Rome (IT) DCO-DS = DCO Data Science.
DCO-VIVO: A Collaborative Data Platform for the Deep Carbon Science Communities Han Wang 1 ( ), Yu Chen 1 Patrick West.
VIVO Conference 2013 Panel on VIVO Use-Cases for Collaborative Science: From Researcher Networks to Semantic User Interfaces for Data Patrick West – Tetherless.
The Science of Ecology. Introduction to Ecology What is ecology? -Greek Oikos = the home or household -ology = study of -The study of the distribution.
Computational Modeling of Carbon Dioxide in Saline Reservoirs Caitlin M. Augustin Peter K. Swart Timothy H. Dixon Augustin et al., 2010.
19 Chapter 19 Oceanography. The Blue Planet 19.1 The Seafloor  Nearly 71 percent of Earth’s surface is covered by the global ocean.  Oceanography is.
Deepcarbon.net Xiaogang Ma, Patrick West, John Erickson, Stephan Zednik, Yu Chen, Han Wang, Hao Zhong, Peter Fox Tetherless World Constellation Rensselaer.
Quantifying Terrestrial and Marine Species Biodiversity in Pelham Bay Park Eric Shannon APES Teacher.
Ocean Exploration Mid Ocean Ridge is the largest contiguous feature on the Earth’s Surface. More than 80% of Volcanic Eruptions on Earth take place under.
Global Science Earth Science & Ecology. What is Earth Science?  Earth Science is the study of the Earth and its neighbors in space. Some Earth scientists.
Dynamics of mantle rock metasomatic transformation in permeable lithospheric zones beneath Siberian craton V.N. Sharapov, K.E. Sorokin, Yu.V. Perepechko.
DCO-DS: Moving Forward DCO Synthesis Meeting. Oct , 2015 DCO-DS = DCO Data Science.
Ecosystems Note series for Environmental Science “Are dynamic complexes of biotic communities and their associated abiotic environments interacting as.
Deep Carbon Observatory Data Science and Data Management Infrastructure Overview and Demonstration Patrick West – Tetherless World Constellation Rensselaer.
The Genomics: GTL Program Environmental Remediation Sciences Program Spring Workshop April 3, 2006.
Earth System Science in the Community Earth’s Dynamic Geosphere Chapter 1: Volcanoes and Your Community.
By: Ms. Kristin Wilkinson The geology of any two regions of Earth may be completely different from each other. Some areas have different types of rock.
1 [1] Engineering Geology (EC 101) [1] Dr SaMeH Saadeldin Ahmed Associate Prof. of Environmental Engineering Civil and Environmental Engineering Department.
Carbon sources and biogeochemical processes in Monticchio maar lakes, Mt Vulture volcano (southern Italy): new geochemical constrains of active degassing.
Temperature in the Crust Lijuan He Institute of Geology and Geophysics, Chinese Academy of Sciences.
Copyright © by The McGraw-Hill Companies, Inc. All rights reserved.Chapter 2 Math and Science Connections.
MANHASSET SECONDARY SCHOOL
Virginia Marcon Advisors: Drs. John Kaszuba and Kenneth W. Sims
Earthquakes and Volcanoes oh my!
Stephan Zednik, Patrick West, Peter Fox Tetherless World Constellation
Diamonds.
Ecosystems and the Biosphere
Stephan Zednik, Patrick West, Peter Fox Tetherless World Constellation
Deep Carbon Observatory Data Science Platform
Carbon Dioxide and Helium Gases in New Mexico: Distribution and Relation to Other Gases in the Reservoir Ron Broadhead New Mexico Bureau of Geology and.
Dynamic Development and Reactivation of a Newly
I. Portrait of the Earth.
3 main categories that ask questions about different kinds of systems.
Presentation transcript:

DCO Deep Energy and Data Legacies Peter Fox (Data Science PI for DCO) DCO AP Sloan Foundation ++

-energy Also visit choices under the “Data Portal” menu item – public access Dedicated to developing a fundamental understanding of environments and processes that regulate the volume and rates of production of abiogenic hydrocarbons and other organic species in the crust and mantle through geological time.

Current/ planned data legacies Global Earth Minerals (Deep Energy = DE) Global Abiotic Fluid Distribution (DE, Deep Life = DL?) Carbon Cycle, Flux of Volcanic Systems (magmatic,...) (Reservoirs and Fluxes = RF) Census of Deep Microbial Life (DL) Global map of Carbonate Lithologies of Earth (DE) Inventory of Diamonds with Inclusions + Derived products? (RF, DE?) Inventory of Dynamics and Physics of Deep Fluids (DE, Extreme Physics and Chemistry = EPC) Inventory of “Deep Carbon” Instrumentation (All) Inventory of “Deep Carbon” Field Sites (All) Inventory of Geochemical Models (DE, EPC, RF) Thermodynamic Parameters for High-Pressure, High-Temperature Physics and Chemistry Modeling (EPC) State of High P and T Carbon and Related Materials (EPC) Super-sized Sample Inventory (All) DCO = four science communities (DE, DL, EPC, RF), secretariat, engagement and data science