Unraveling the rhizosphere carbon cycle: Using comparative metatranscriptomics to identify key processes involved in root-enhanced decomposition of organic matter (CSP 2014): Hopland grassland soil metaT H3_Bulk_40
Seq. Project name:
Hopland grassland soil metaT H3_Bulk_40 ( Project ID: 1033683 )
Product:
Metagenome Metatranscriptome
Proposal Name:
Unraveling the rhizosphere carbon cycle: Using comparative metatranscriptomics to identify key processes involved in root-enhanced decomposition of organic matter (CSP 2014) (Proposal ID: 1487)
Project PI:
User Program:
CSP
Program Year:
2014
Scientific Program:
Metagenome
Related Projects:
FD 1033682; SP 1033683; AP 1046064; AP 1046054; AP 1046051; AP 1046047; AP 1046061; AP 1046034; AP 1046065; AP 1046037; AP 1046049; AP 1046062; AP 1051324; AP 1046063; AP 1033684; AP 1046053; AP 1046069; AP 1046055; AP 1046043; AP 1046066; AP 1046067; AP 1046041; AP 1046056; AP 1046042; AP 1046044; AP 1046060; AP 1116759; AP 1046046; AP 1046040; AP 1046057; AP 1046038; AP 1046052; AP 1046045; AP 1046039; AP 1046058; AP 1046068; AP 1046048; AP 1046036; AP 1046059; AP 1046050; AP 1046035
Release Date:
2014-11-05
Metagenome
Name: Hopland grassland soil metaT H3_Bulk_40
GOLD ID: Gp0072764
Ecosystem: Environmental
Habitat: Avena fatua rhizosphere
Sampling Site: Hopland, California, USA
Data Submission
NCBI BioProject ID: 366001
SRA accession:
  • SRP099891 (2017-02-15)
Contacts
JGI:
Request DNA:
Jennifer Pett-Ridge <[email protected]>
Funding
The work conducted by the U.S. Department of Energy Joint Genome Institute, a DOE Office of Science User Facility, is supported by the Office of Science of the U.S. Department of Energy under Contract No. DE-AC02-05CH11231.
Groups
This portal belongs to the following groups
## Name Type
1 Environmental