Skip to main content

Open Access Publications from the University of California

Search eScholarship

Refine Search

All of eScholarshipThis Series

Lawrence Berkeley National Laboratory

LBL Publications banner

Lawrence Berkeley National Laboratory

Menu

About eScholarship
Open Access Policies
LBL Publications
Publications by Area
Berkeley Lab Home
Contact

eScholarship
Lawrence Berkeley National Laboratory
LBL Publications

Main
- PDF

Share

Biologically Enhanced Carbon Sequestration: Research Needs and Opportunities

2008

Oldenburg, Curtis M.

Main Content

For improved accessibility of PDF content, download the file to your device.

Highlight all Match case

Whole words

Current View

Current View

Enter the password to open this PDF file:

File name:

-

File size:

-

Title:

-

Author:

-

Subject:

-

Keywords:

-

Creation Date:

-

Modification Date:

-

Creator:

-

PDF Producer:

-

PDF Version:

-

Page Count:

-

Page Size:

-

Fast Web View:

-

Preparing document for printing…

0%

Jump To

Introduction
Summary of Research Roadmap
Terrestrial Carbon Sequestration
Materiality: Sequestration Opportunity in Managed Ecosystems
Priority Soil Carbon-Sequestration Research.
Supporting Science
Geologic Carbon Sequestration
Biological Enhancements for GCS
Critical Supporting Science for Biologically Enhanced GCS
Figures

Metrics
Author & Article Info

Related Items

Stream water sourcing from high-elevation snowpack inferred from stable isotopes of water: a novel application of d-excess values
Exciton Transfer Between Extended Electronic States in Conjugated Inter-Polyelectrolyte Complexes
Conductive carbon embedded beneath cathode active material for longevity of solid-state batteries
Elliptic flow of heavy-flavor decay electrons in Au+Au collisions at s NN = 27 and 54.4 GeV at RHIC
- Collaboration, The STAR;
- Abdulhamid, MI;
- Aboona, BE;
- Adam, J;
- Adamczyk, L;
- Adams, JR;
- Aggarwal, I;
- Aggarwal, MM;
- Ahammed, Z;
- Anderson, DM;
- Aschenauer, EC;
- Aslam, S;
- Atchison, J;
- Bairathi, V;
- Baker, W;
- Cap, JG Ball;
- Barish, K;
- Bellwied, R;
- Bhagat, P;
- Bhasin, A;
- Bhatta, S;
- Bielcik, J;
- Bielcikova, J;
- Brandenburg, JD;
- Cai, XZ;
- Caines, H;
- de la Barca Sánchez, M Calderón;
- Cebra, D;
- Ceska, J;
- Chakaberia, I;
- Chaloupka, P;
- Chan, BK;
- Chang, Z;
- Chatterjee, A;
- Chen, D;
- Chen, J;
- Chen, JH;
- Chen, Z;
- Cheng, J;
- Cheng, Y;
- Choudhury, S;
- Christie, W;
- Chu, X;
- Crawford, HJ;
- Csanád, M;
- Dale-Gau, G;
- Das, A;
- Daugherity, M;
- Deppner, IM;
- Dhamija, A;
- Di Carlo, L;
- Didenko, L;
- Dixit, P;
- Dong, X;
- Drachenberg, JL;
- Duckworth, E;
- Dunlop, JC;
- Engelage, J;
- Eppley, G;
- Esumi, S;
- Evdokimov, O;
- Ewigleben, A;
- Eyser, O;
- Fatemi, R;
- Fazio, S;
- Feng, CJ;
- Feng, Y;
- Finch, E;
- Fisyak, Y;
- Flor, FA;
- Fu, C;
- Gagliardi, CA;
- Galatyuk, T;
- Geurts, F;
- Ghimire, N;
- Gibson, A;
- Gopal, K;
- Gou, X;
- Grosnick, D;
- Gupta, A;
- Guryn, W;
- Hamed, A;
- Han, Y;
- Harabasz, S;
- Harasty, MD;
- Harris, JW;
- Harrison-Smith, H;
- He, W;
- He, XH;
- He, Y;
- Herrmann, N;
- Holub, L;
- Hu, C;
- Hu, Q;
- Hu, Y;
- Huang, H;
- Huang, HZ;
- Huang, SL;
- Huang, T;
- Huang, X;
- Huang, Y;
- Huang, Y;
- Humanic, TJ;
- Isenhower, D;
- Isshiki, M;
- Jacobs, WW;
- Jalotra, A;
- Jena, C;
- Jentsch, A;
- Ji, Y;
- Jia, J;
- Jin, C;
- Ju, X;
- Judd, EG;
- Kabana, S;
- Kabir, ML;
- Kagamaster, S;
- Kalinkin, D;
- Kang, K;
- Kapukchyan, D;
- Keane, D;
- Kelsey, M;
- Khyzhniak, YV;
- Kikoła, DP;
- Kimelman, B;
- Kincses, D;
- Kisel, I;
- Kiselev, A;
- Knospe, AG;
- Ko, HS;
- Kosarzewski, LK;
- Kramarik, L;
- Kumar, L;
- Kumar, S;
- Elayavalli, R Kunnawalkam;
- Lacey, R;
- Landgraf, JM;
- Lauret, J;
- Lebedev, A;
- Lee, JH;
- Leung, YH;
- Lewis, N;
- Li, C;
- Li, W;
- Li, X;
- Li, Y;
- Li, Y;
- Li, Z;
- Liang, X;
- Liang, Y;
- Licenik, R;
- Lin, T;
- Lisa, MA;
- Liu, C;
- Liu, F;
- Liu, G;
- Liu, H;
- Liu, H;
- Liu, L;
- Liu, T;
- Liu, X;
- Liu, Y;
- Liu, Z;
- Ljubicic, T;
- Llope, WJ;
- Lomicky, O;
- Longacre, RS;
- Loyd, EM;
- Lu, T;
- Lukow, NS;
- Luo, XF;
- Ma, L;
- Ma, R;
- Ma, YG;
- Magdy, N;
- Mallick, D;
- Margetis, S;
- Markert, C;
- Matis, HS;
- Mazer, JA;
- McNamara, G;
- Mi, K;
- Mioduszewski, S;
- Mohanty, B;
- Mondal, MM;
- Mooney, I;
- Mukherjee, A;
- Nagy, MI;
- Nain, AS;
- Nam, JD;
- Nasim, M;
- Neff, D;
- Nelson, JM;
- Nemes, DB;
- Nie, M;
- Niida, T;
- Nishitani, R;
- Nonaka, T;
- Odyniec, G;
- Ogawa, A;
- Oh, S;
- Okubo, K;
- Page, BS;
- Pak, R;
- Pan, J;
- Pandav, A;
- Pandey, AK;
- Pani, T;
- Paul, A;
- Pawlik, B;
- Pawlowska, D;
- Perkins, C;
- Pluta, J;
- Pokhrel, BR;
- Posik, M;
- Protzman, T;
- Prozorova, V;
- Pruthi, NK;
- Przybycien, M;
- Putschke, J;
- Qin, Z;
- Qiu, H;
- Quintero, A;
- Racz, C;
- Radhakrishnan, SK;
- Raha, N;
- Ray, RL;
- Reed, R;
- Ritter, HG;
- Robertson, CW;
- Robotkova, M;
- Aguilar, MA Rosales;
- Roy, D;
- Chowdhury, P Roy;
- Ruan, L;
- Sahoo, AK;
- Sahoo, NR;
- Sako, H;
- Salur, S;
- Sato, S;
- Schmidke, WB;
- Schmitz, N;
- Seck, F-J;
- Seger, J;
- Seto, R;
- Seyboth, P;
- Shah, N;
- Shanmuganathan, PV;
- Shao, T;
- Sharma, M;
- Sharma, N;
- Sharma, R;
- Sharma, SR;
- Sheikh, AI;
- Shen, DY;
- Shen, K;
- Shi, SS;
- Shi, Y;
- Shou, QY;
- Si, F;
- Singh, J;
- Singha, S;
- Sinha, P;
- Skoby, MJ;
- Smirnov, N;
- Söhngen, Y;
- Song, Y;
- Srivastava, B;
- Stanislaus, TDS;
- Stefaniak, M;
- Stewart, DJ;
- Stringfellow, B;
- Su, Y;
- Suaide, AAP;
- Sumbera, M;
- Sun, C;
- Sun, X;
- Sun, Y;
- Sun, Y;
- Surrow, B;
- Sweger, ZW;
- Szymanski, P;
- Tamis, A;
- Tang, AH;
- Tang, Z;
- Tarnowsky, T;
- Thomas, JH;
- Timmins, AR;
- Tlusty, D;
- Todoroki, T;
- Tomkiel, CA;
- Trentalange, S;
- Tribble, RE;
- Tribedy, P;
- Truhlar, T;
- Trzeciak, BA;
- Tsai, OD;
- Tsang, CY;
- Tu, Z;
- Tyler, J;
- Ullrich, T;
- Underwood, DG;
- Upsal, I;
- Van Buren, G;
- Vanek, J;
- Vassiliev, I;
- Verkest, V;
- Videbæk, F;
- Voloshin, SA;
- Wang, F;
- Wang, G;
- Wang, JS;
- Wang, X;
- Wang, Y;
- Wang, Y;
- Wang, Y;
- Wang, Z;
- Webb, JC;
- Weidenkaff, PC;
- Westfall, GD;
- Wielanek, D;
- Wieman, H;
- Wilks, G;
- Wissink, SW;
- Witt, R;
- Wu, J;
- Wu, J;
- Wu, X;
- Wu, Y;
- Xi, B;
- Xiao, ZG;
- Xie, G;
- Xie, W;
- Xu, H;
- Xu, N;
- Xu, QH;
- Xu, Y;
- Xu, Y;
- Xu, Z;
- Xu, Z;
- Yan, G;
- Yan, Z;
- Yang, C;
- Yang, Q;
- Yang, S;
- Yang, Y;
- Ye, Z;
- Ye, Z;
- Yi, L;
- Yip, K;
- Yu, Y;
- Zbroszczyk, H;
- Zha, W;
- Zhang, C;
- Zhang, D;
- Zhang, J;
- Zhang, S;
- Zhang, W;
- Zhang, X;
- Zhang, Y;
- Zhang, Y;
- Zhang, Y;
- Zhang, ZJ;
- Zhang, Z;
- Zhang, Z;
- Zhao, F;
- Zhao, J;
- Zhao, M;
- Zhou, C;
- Zhou, J;
- Zhou, S;
- Zhou, Y;
- Zhu, X;
- Zurek, M;
- Zyzak, M
Pathway Evolution Through a Bottlenecking-Debottlenecking Strategy and Machine Learning-Aided Flux Balancing.

Home
About eScholarship
Campus Sites
UC Open Access Policy
eScholarship Publishing
Accessibility
Privacy Statement
Site Policies
Terms of Use
Admin Login
Help

Powered by the
California Digital Library
Copyright © 2017
The Regents of the University of California