Rice rhizosphere metagenome Raw sequence reads
Rice rhizophere soil metagenome samples from two parent lines (Francis and Rondo) and nine recombinant inbred lines (RILs) resulting from a cross of the parents (FR) under continuously flooded conditions. The parents display diverging methane emissions patterns (i.e. Francis is a low CH4 emitter and Rondo is a high CH4 emitter) as well as diverging agronomic traits (e.g. Francis is low biomass and Rondo is high biomass). The goal of this study was twofold; 1) determine genotypic impact on methane emissions and methane-cycling microbial community; 2) determine if biomass trait differences arising from genotypic differences influence the plant-beneficial microbial community structure.
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Format: | Dataset biblioteca |
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2020
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Subjects: | Genetics, rhizosphere metagenome, eOther, raw sequence reads, metagenome, phenotype or genotype, |
Online Access: | https://figshare.com/articles/dataset/Rice_rhizosphere_metagenome_Raw_sequence_reads/25087496 |
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dat-usda-us-article250874962020-09-15T00:00:00Z Rice rhizosphere metagenome Raw sequence reads USDA ARS (18794668) Genetics rhizosphere metagenome eOther raw sequence reads metagenome phenotype or genotype Rice rhizophere soil metagenome samples from two parent lines (Francis and Rondo) and nine recombinant inbred lines (RILs) resulting from a cross of the parents (FR) under continuously flooded conditions. The parents display diverging methane emissions patterns (i.e. Francis is a low CH4 emitter and Rondo is a high CH4 emitter) as well as diverging agronomic traits (e.g. Francis is low biomass and Rondo is high biomass). The goal of this study was twofold; 1) determine genotypic impact on methane emissions and methane-cycling microbial community; 2) determine if biomass trait differences arising from genotypic differences influence the plant-beneficial microbial community structure. 2020-09-15T00:00:00Z Dataset Dataset 10113/AF25087496 https://figshare.com/articles/dataset/Rice_rhizosphere_metagenome_Raw_sequence_reads/25087496 Copyright Undetermined |
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Estados Unidos |
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biblioteca |
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America del Norte |
libraryname |
National Agricultural Library of USDA |
topic |
Genetics rhizosphere metagenome eOther raw sequence reads metagenome phenotype or genotype |
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Genetics rhizosphere metagenome eOther raw sequence reads metagenome phenotype or genotype USDA ARS (18794668) Rice rhizosphere metagenome Raw sequence reads |
description |
Rice rhizophere soil metagenome samples from two parent lines (Francis and Rondo) and nine recombinant inbred lines (RILs) resulting from a cross of the parents (FR) under continuously flooded conditions. The parents display diverging methane emissions patterns (i.e. Francis is a low CH4 emitter and Rondo is a high CH4 emitter) as well as diverging agronomic traits (e.g. Francis is low biomass and Rondo is high biomass). The goal of this study was twofold; 1) determine genotypic impact on methane emissions and methane-cycling microbial community; 2) determine if biomass trait differences arising from genotypic differences influence the plant-beneficial microbial community structure. |
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Dataset |
author |
USDA ARS (18794668) |
author_facet |
USDA ARS (18794668) |
author_sort |
USDA ARS (18794668) |
title |
Rice rhizosphere metagenome Raw sequence reads |
title_short |
Rice rhizosphere metagenome Raw sequence reads |
title_full |
Rice rhizosphere metagenome Raw sequence reads |
title_fullStr |
Rice rhizosphere metagenome Raw sequence reads |
title_full_unstemmed |
Rice rhizosphere metagenome Raw sequence reads |
title_sort |
rice rhizosphere metagenome raw sequence reads |
publishDate |
2020 |
url |
https://figshare.com/articles/dataset/Rice_rhizosphere_metagenome_Raw_sequence_reads/25087496 |
work_keys_str_mv |
AT usdaars18794668 ricerhizospheremetagenomerawsequencereads |
_version_ |
1802721263149383680 |