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Phenotyping data for rice lines edited in the resistance gene against rice yellow mottle disease, rymv1, obtained from the Kitaake variety
Jan 29, 2026 - UMR PHIM
Albar, Laurence; Chéron, Sophie; Dossou, Laurence; Pinel-Galzi, Agnès; Thomas, Emilie; Aribi, Jamel, 2026, "Phenotyping data for rice lines edited in the resistance gene against rice yellow mottle disease, rymv1, obtained from the Kitaake variety", https://doi.org/10.23708/ZWRXNJ, DataSuds, V1, UNF:6:ZAwu0yUhHw5wFEXYULYagQ== [fileUNF]
The rice yellow mottle virus (RYMV, Sobemovirus RYMV) is one of the most devastating viral pathogens affecting rice production in Africa.The recessive resistance gene rymv1 encodes the eukaryotic translation initiation factor 4G isoform eIFiso4G1, which acts as a susceptibility f...
ReadMe_10_23708_ZWRXNJ.txt
Jan 29, 2026 - Phenotyping data for rice lines edited in the resistance gene against rice yellow mottle disease, rymv1, obtained from the Kitaake variety
Plain Text - 1.5 KB - MD5: 26dc40d5099250dba27bf208e4e990b9
Documentation
contains the citation, description and conditions of use, or even access, depending on the case, to the dataset
data_morphology.tab
Jan 29, 2026 - Phenotyping data for rice lines edited in the resistance gene against rice yellow mottle disease, rymv1, obtained from the Kitaake variety
Tabular Data - 15.2 KB - 6 Variables, 304 Observations - UNF:6:a2z5Y2YzwdM4SO7kN04tWQ==
Données
Phenotypic evaluation of lines edited in OseIFiso4G1 and OseIF4G2 genes: morphological traits.
data_resistance_BF1_isolate.tab
Jan 29, 2026 - Phenotyping data for rice lines edited in the resistance gene against rice yellow mottle disease, rymv1, obtained from the Kitaake variety
Tabular Data - 25.5 KB - 7 Variables, 422 Observations - UNF:6:UKQ87ivi4tEkVoEVsLIEng==
Données
Phenotypic evaluation of lines edited in OseIFiso4G1 and OseIF4G2 genes: resistance to RYMV isolate BF1.
data_resistance_other_isolates.tab
Jan 29, 2026 - Phenotyping data for rice lines edited in the resistance gene against rice yellow mottle disease, rymv1, obtained from the Kitaake variety
Tabular Data - 15.8 KB - 7 Variables, 348 Observations - UNF:6:QR7gxNbw9ehfsIggEnuILA==
Données
Phenotypic evaluation of lines edited in OseIFiso4G1 and OseIF4G2 genes: resistance to RYMV isolate CIa, Mg1, Ng106, Tz11.
methodology.pdf
methodology.pdf
Jan 29, 2026 - Phenotyping data for rice lines edited in the resistance gene against rice yellow mottle disease, rymv1, obtained from the Kitaake variety
Adobe PDF - 55.3 KB - MD5: 1f6d6de78e9dfc4b268ac6ef5a5edaa6
Documentation
Description of the methodology used to obtain the data
Vocabulary.txt
Jan 29, 2026 - Phenotyping data for rice lines edited in the resistance gene against rice yellow mottle disease, rymv1, obtained from the Kitaake variety
Plain Text - 2.8 KB - MD5: 8151c4de604fbf9296085924841d9259
Documentation
Dataset dictionary
Replication data for: Resource partitioning among small pelagic fish remains stable regardless of food availability in a seasonally pulsed upwelling system (2020-2021)
Replication data for: Resource partitioning among small pelagic fish remains stable regardless of food availability in a seasonally pulsed upwelling system (2020-2021)
Jan 21, 2026 - OMEGA Project
Sardenne, Fany; Van Der Lingen, Carl David; Vagner, Marie; Yonela, Geja; Puccinelli, Eleonora; Mathieu-Resuge, Margaux; Le Grand, Fabienne; Munaron, Jean-Marie; Buscaglia, Manon; Serre, Sandrine; Soudant, Philippe; Pecquerie, Laure, 2026, "Replication data for: Resource partitioning among small pelagic fish remains stable regardless of food availability in a seasonally pulsed upwelling system (2020-2021)", https://doi.org/10.23708/OJJNGM, DataSuds, V1, UNF:6:m7Chw4yWVMOlsb+heGa51Q== [fileUNF]
This dataset includes biological information, the isotopic (carbon and nitrogen) and fatty acid compositions of three species of small pelagic fish (sardine, anchovy and round herring) caught between November 2020 and June 2021 on the coast of South Africa during surveys conducte...
ReadMe_10_23708_OJJNGM.txt
Jan 21, 2026 - Replication data for: Resource partitioning among small pelagic fish remains stable regardless of food availability in a seasonally pulsed upwelling system (2020-2021)
Plain Text - 1.0 KB - MD5: e9c4ffe6b2ba98d6c574c5c79f89fbd9
Documentation
contains the citation, description and conditions of use, or even access, depending on the case, to the dataset
small_pelagic_fish.tab
Jan 21, 2026 - Replication data for: Resource partitioning among small pelagic fish remains stable regardless of food availability in a seasonally pulsed upwelling system (2020-2021)
Tabular Data - 180.1 KB - 50 Variables, 254 Observations - UNF:6:mUtTsDQlf2DenT6WdWiizA==
Data
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