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Smoke Test on 17Jul2019 natscilivecustomer (Dataset-1) Smoke Test on 17Jul2019 natscilivecustomer (Dataset-2)
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Associated research in : Gordon, B. L., Paige, G. B., Miller, S. N., Claes, N., & Parsekian, A. D. (2020). Field scale quantification indicates potential for variability in return flows from flood irrigation in the high altitude western US. Agricultural Water Management, 232, 106062. Readme: The included files are: Calculated Flow, Calculated_Losses, Calculated_Return_Flows, ET_Not_Interpolated, Precipitation, and GIS Database. All the data (except GIS) are in tab delimited ASCII files. GIS data are in standard formats, most site specific information including soils, meadow delineation, instrumentation, etc. can be found in the site_information file. Flow data (Calculated_Flow, Calculated_Losses, Calculated_Return_Flows) were obtained using developed rating curves at each site, where each stilling well was instrumented with a pressure transducer (Level TROLL 500 Data Logger, In-Situ, USA) and manual flow measurements consisting of 25+ individual points for each measurement were made using an electromagnetic current meter (MF Pro, OTT Hydromet, USA). ET data include both measurements from a Large Aperture Scintillometer (LAS MKII, Kipp & Zonen, NLD) and from Penman-Monteith Calculations performed on raw meteorological data collected on site. For Penman-Monteith, we include both raw values and values modified using a crop coefficient from Pochop et al. (1992). Precipitation data were collected using a tipping bucket rain gauge (Rain Collector II, Davis Instruments, USA). All data (except the ET data for the scintillometer) are from May 2015 to October 2015; the ET data from the scintillometer are from June 2015 to October 2015. If you have any questions, or would like raw flow data or unprocessed meterological data, please contact me via email at: beatrice.gordon1@gmail.com
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Data and code for: Time-Varying Causality between Bond and Oil Markets of the United States: Evidence from Over One and Half Centuries of Data
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Batch mesophilic 37oC reactors fed with acetic acid (0.5 mL AC/L every 5-6 days), have been amended with different amount of incineration bottom ash/ and ammonium chloride for 120 days. At the start of the experiments, different mass of IBA was added to the reactors which had been amended with IBA. Then the group of the reactors which amended with NH4CL had received 4 g/L NH4Cl every run of 5-6 days. In parallel batch reactors without IBA/ and NH4Cl were also run. Reactor performance (methane production) and stability (pH drop and VFA accumulation) were investigated. On day end of the experiments i.e. on day 120, a representative digestate sample was collected from each reactor, then sequenced for 16S rRNA gene. The sequence files shown in this data set are fastq files from the illumina sequencing analysis.
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1. Raw data of hydro-distilled ginger essential oil (GEO) weight yeilds 2. Raw data of GLC chemical intensities of chemical compounds in GEO 3. Gas chromatography profiles/ Typical ginger chromatography profile 4. Statistical analysis files 5. Statistical analysis main out puts 6. Clavenger light oil arm illustration
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Olefin yield from from different hydrocarbon feed stock mostly naphtha.
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This dataset includes the calculation of dialect distance for 278 Chinese prefecture cities used in the paper "Promoting or preventing labor migration? Revisiting the role of language" (https://doi.org/10.1016/j.chieco.2020.101407)
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BarkVN-50 consists of 50 categories of bark texture images. Total number is 5,578 images with 303× 404 pixels. Image classification task can be performed on this dataset.
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Data File
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Micro-CT scan of three fossil endocarps of Cavilignum pratchettii, C. Siegert & Hermsen. ETMNH 18139 (Light micrograph: Plate I, 3), ETMNH 19561 (Light micrograph: Plate I, 11; micro-CT slices: Plate II, 2, 4, 5, 11), and ETMNH 18148 (Light micrograph: Plate I, 8; micro-CT slices: Plate II, 1, 3). We thank L. Witmer and R. Ridgley (Ohio University) for micro-CT scanning of specimens. Equipment: TriFoil Imaging eXplore CT 120 Small Animal X-Ray CT Scanner.
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