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Publication Year: 2026

761 to 770 of 1,372 Results

Mortality_in_culture.csv Mar 6, 2026 - Data for: "Large-scale culturing of Neogloboquadrina pachyderma, its growth in, and tolerance of, variable environmental conditions" Comma Separated Values - 1.1 KB - MD5: 526c6af5688cd6231dec1377814f9f84 Record of mortality by number of specimens and % in each treatment by day in culture.
offspring_size_by_day.csv Mar 6, 2026 - Data for: "Large-scale culturing of Neogloboquadrina pachyderma, its growth in, and tolerance of, variable environmental conditions" Comma Separated Values - 8.5 KB - MD5: b82a9dd25c70807fe9039f7103fd41f0 Size of offspring transferred to individual bottles by day of measurement.
Size_in_culture.csv Mar 6, 2026 - Data for: "Large-scale culturing of Neogloboquadrina pachyderma, its growth in, and tolerance of, variable environmental conditions" Comma Separated Values - 2.3 KB - MD5: e23fbe2e9d189ef4342f202887f11fb2 Final size and number of days in culture for each specimen sorted by treatment.
Equine Microbiota by Metabarcoding: Metadata for Method Paper Mar 6, 2026 - University of South-Eastern Norway Sevatdal, Sofie Geck, 2026, "Equine Microbiota by Metabarcoding: Metadata for Method Paper", https://doi.org/10.18710/7HQACH, DataverseNO, V1 This dataset contains metadata associated with an equine fecal microbiota metabarcoding study evaluating methodological effects of DNA extraction kits, sequencing platforms, and long‑term ethanol storage conditions. Samples originate from four horses and include biological replicates, extraction replicates, mock community controls, and blanks. Full...
00_README.txt Mar 6, 2026 - Equine Microbiota by Metabarcoding: Metadata for Method Paper Plain Text - 4.3 KB - MD5: eaec504faa00444be09a482c9efd6cb6
01_metadata_methodpaper_dataverseNO_SGS.csv Mar 6, 2026 - Equine Microbiota by Metabarcoding: Metadata for Method Paper Comma Separated Values - 21.6 KB - MD5: 0266eb3b1b6ab83721390e0a95269145 Curated sample metadata for the equine fecal microbiota metabarcoding study. Includes sample IDs, replicate structure, extraction kit, sequencing platform, storage condition (IM, RF, RT), and DNA concentration measurements.
Supporting Data for: Laponite® RD and Hydroxy-ethyl Cellulose as host and magma analogue to simulate a wide range of rheological combinations in the volcanic plumbing system Mar 5, 2026 - University of Oslo Biswas, Uddalak; Galland, Olivier; Carlson, Andreas, 2026, "Supporting Data for: Laponite® RD and Hydroxy-ethyl Cellulose as host and magma analogue to simulate a wide range of rheological combinations in the volcanic plumbing system", https://doi.org/10.18710/WXIYJQ, DataverseNO, V1 Laponite® RD and Hydroxy-ethyl Cellulose are two complex rheological materials. We measured several rheological parameters of these two materials using a rheometer to characterise their rheological behaviours. This dataset contains all measurements in the form of .csv file.
00_README_file.txt Mar 5, 2026 - Supporting Data for: Laponite® RD and Hydroxy-ethyl Cellulose as host and magma analogue to simulate a wide range of rheological combinations in the volcanic plumbing system Plain Text - 7.7 KB - MD5: 2c44244f8e4f789890815822e9870806
Flow_curve_controlled_shear_rate.csv Mar 5, 2026 - Supporting Data for: Laponite® RD and Hydroxy-ethyl Cellulose as host and magma analogue to simulate a wide range of rheological combinations in the volcanic plumbing system Comma Separated Values - 39.3 KB - MD5: 64701cb981a4c67199d6c5006cd1661d
Flow_curve_controlled_shear_stress.csv Mar 5, 2026 - Supporting Data for: Laponite® RD and Hydroxy-ethyl Cellulose as host and magma analogue to simulate a wide range of rheological combinations in the volcanic plumbing system Comma Separated Values - 20.3 KB - MD5: 641cdfbf99abdea184624c7671acf51b

Mortality_in_culture.csv

Mar 6, 2026 - Data for: "Large-scale culturing of Neogloboquadrina pachyderma, its growth in, and tolerance of, variable environmental conditions"

Comma Separated Values - 1.1 KB -

Record of mortality by number of specimens and % in each treatment by day in culture.

offspring_size_by_day.csv

Mar 6, 2026 - Data for: "Large-scale culturing of Neogloboquadrina pachyderma, its growth in, and tolerance of, variable environmental conditions"

Comma Separated Values - 8.5 KB -

Size of offspring transferred to individual bottles by day of measurement.

Size_in_culture.csv

Mar 6, 2026 - Data for: "Large-scale culturing of Neogloboquadrina pachyderma, its growth in, and tolerance of, variable environmental conditions"

Comma Separated Values - 2.3 KB -

Final size and number of days in culture for each specimen sorted by treatment.

Equine Microbiota by Metabarcoding: Metadata for Method Paper

Mar 6, 2026 - University of South-Eastern Norway

Sevatdal, Sofie Geck, 2026, "Equine Microbiota by Metabarcoding: Metadata for Method Paper", https://doi.org/10.18710/7HQACH, DataverseNO, V1

This dataset contains metadata associated with an equine fecal microbiota metabarcoding study evaluating methodological effects of DNA extraction kits, sequencing platforms, and long‑term ethanol storage conditions. Samples originate from four horses and include biological replicates, extraction replicates, mock community controls, and blanks. Full...

00_README.txt

Mar 6, 2026 - Equine Microbiota by Metabarcoding: Metadata for Method Paper

Plain Text - 4.3 KB -

01_metadata_methodpaper_dataverseNO_SGS.csv

Mar 6, 2026 - Equine Microbiota by Metabarcoding: Metadata for Method Paper

Comma Separated Values - 21.6 KB -

Curated sample metadata for the equine fecal microbiota metabarcoding study. Includes sample IDs, replicate structure, extraction kit, sequencing platform, storage condition (IM, RF, RT), and DNA concentration measurements.

Supporting Data for: Laponite® RD and Hydroxy-ethyl Cellulose as host and magma analogue to simulate a wide range of rheological combinations in the volcanic plumbing system

Mar 5, 2026 - University of Oslo

Biswas, Uddalak; Galland, Olivier; Carlson, Andreas, 2026, "Supporting Data for: Laponite® RD and Hydroxy-ethyl Cellulose as host and magma analogue to simulate a wide range of rheological combinations in the volcanic plumbing system", https://doi.org/10.18710/WXIYJQ, DataverseNO, V1

Laponite® RD and Hydroxy-ethyl Cellulose are two complex rheological materials. We measured several rheological parameters of these two materials using a rheometer to characterise their rheological behaviours. This dataset contains all measurements in the form of .csv file.

00_README_file.txt

Mar 5, 2026 - Supporting Data for: Laponite® RD and Hydroxy-ethyl Cellulose as host and magma analogue to simulate a wide range of rheological combinations in the volcanic plumbing system

Plain Text - 7.7 KB -

Flow_curve_controlled_shear_rate.csv

Mar 5, 2026 - Supporting Data for: Laponite® RD and Hydroxy-ethyl Cellulose as host and magma analogue to simulate a wide range of rheological combinations in the volcanic plumbing system

Comma Separated Values - 39.3 KB -

Flow_curve_controlled_shear_stress.csv

Mar 5, 2026 - Supporting Data for: Laponite® RD and Hydroxy-ethyl Cellulose as host and magma analogue to simulate a wide range of rheological combinations in the volcanic plumbing system

Comma Separated Values - 20.3 KB -

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