Source data table containing raw data.

Raw data tables

The raw data used to calculate the values in Table 1.

Raw data was used to make table 1 and table 2

Raw data tables and the statistical analysis applied to the data. Files are labeled by figure number. Within each file, each table and linked graph and analysis is annotated by figure number and panel letter. All files are generated in graphpad prism.

File List data.txt Description The "data.txt" file is a tab-delimited text file containing the raw data used in this meta-analysis. Column definitions: interaction ID: unique numeric identification number for each pairwise resource-consumer interaction system: the location of study latitude: latitude of system in degree-minute-seconds longitude: longitude of system in degree-minute-seconds ecosystem type: the broad habitat category (i.e. aquatic, including marine and freshwater subtypes, or terrestrial) ecosystem subtype: the specific habitat category (e.g. temperate forest or freshwater) study type: observational or experimental event: the specific occurrence of a primary resource pulse in time pulse duration (d): the length of time that resource availability was more than 10% greater than the baseline condition in days response duration (d): the length of time that consumer densities or recruitment were more than 10% greater than the baseline condition in days resource: short description of the resource identity consumer: short description of the consumer identity trophic level of resource: the integer trophic level of the dominant pulsed resource (as described in text) consumer trophic level: the integer trophic level of the consumer (as described in text) consumer trophic position: autotrophy or heterotrophy consumer trophic distance: the minimum number of trophic levels between the focal consumer and the primary pulsed resource R baseline, Rb: resource availability in the baseline state R pulse, Rp: maximum resource availability in the pulsed state R units: units of resource availability R ratio: Rp/Rb ln (R ratio): ln(Rp/Rb), resource pulse magnitude C baseline, Cb: consumer density or recruitment in the baseline state C pulse, Cp: maximum consumer density or recruitment in the pulsed state C units: units of consumer density C ratio: Cp/Cb ln(C ratio): ln(Cp/Cb), consumer response magnitude ln(C ratio/R ratio): ln[(Cp/Cb)/(Rp/Rb)], relative response magnitude, measures the magnitude of consumer responses relative to their resource pulses estimated consumer body mass (g): the average mass of the consumer at reproduction estimated consumer generation time (d): the average interval of time between the birth, germination or division of the consumer and the birth, germination or division of their offspring in days response lag (d): the length of time between the observed peak of resource availability and the observed peak consumer density in days consumer response mechanism: the primary mode of numerical response (i.e. reproductive, aggregative, or combined reproductive and aggregative) reference(s): key literature citations, see manuscript notes: additional notes

This data set contains the raw strain data output from the 3D DIC process.

1. Figures. zip: figures all figures in the article 2. Tables.zip: Tables 1 and 2 3. Raw data.zip: containing raw data for: a. figure 3 (Spectrophotometer analysis) b. GCMS supporting table 1 and Figure 7) c. Antiangiogenic activity for Table 2 evaluation d. FTIR f. TEM (raw images annotated) g. XRD 4. Raw imges uncropped and without notation 5. ARRIVE

This dataset contains the raw data used to construct tables for the journal article. No all data was used in the article.

Raw data describing the samples distributions with different methodologies.

Raw data for the sun compass and clock-shift experiments

BackgroundShigella sonnei is a pathogen of growing global importance as a cause of diarrhoeal illness in childhood, particularly in transitional low-middle income countries (LMICs). Here, we sought to determine the incidence of childhood exposure to S. sonnei infection in a contemporary transitional LMIC population, where it represents the dominant Shigella species.MethodsParticipants were enrolled between the age of 12–36 months between June and December 2014. Baseline characteristics were obtained through standardized electronic questionnaires, and serum samples were collected at 6-month intervals over two years of follow-up. IgG antibody against S. sonnei O-antigen (anti-O) was measured using an enzyme-linked immunosorbent assay (ELISA). A four-fold increase in ELISA units (EU) with convalescent IgG titre >10.3 EU was taken as evidence of seroconversion between timepoints.ResultsA total of 3,498 serum samples were collected from 748 participants; 3,170 from the 634 participants that completed follow-up. Measures of anti-O IgG varied significantly by calendar month (p = 0.03). Estimated S. sonnei seroincidence was 21,451 infections per 100,000 population per year (95% CI 19,307–23,834), with peak incidence occurring at 12–18 months of age. Three baseline factors were independently associated with the likelihood of seroconversion; ever having breastfed (aOR 2.54, CI 1.22–5.26), history of prior hospital admission (aOR 0.57, CI 0.34–0.95), and use of a toilet spray-wash in the household (aOR 0.42, CI 0.20–0.89).ConclusionsIncidence of S. sonnei exposure in Ho Chi Minh City is substantial, with significant reduction in the likelihood of exposure as age increases beyond 2 years.

Information on data sources for field analyzer manuscript calculations. This dataset is not publicly accessible because: This data was not generated by EPA, but rather used by EPA researchers to calculate basic statistics (R square and slope), as part of this literature review. It can be accessed through the following means: These two old conference proceedings are available in book volumes that can be found in libraries, with page numbers as specified below: - Argent, V.A., Southall, J.M. and D'Costa, E. (1994) Analysis of water for lead and copper using disposable sensor technology. American Water Works Association – Annual Conference, pp. 43-54, New York, New York. - Wiese, P.M. (1989) Monitoring method for lead in first-draw drinking water samples. American Water Works Association - Annual Conference and Exposition, pp. 1309-1313, Los Angeles, California. Format: Data from three tables in two old conference proceedings were used to calculate basic statistics (R square and slope): - Table 2 and 4 in Proceeding "Argent, V.A., Southall, J.M. and D'Costa, E. (1994) Analysis of water for lead and copper using disposable sensor technology. American Water Works Association – Annual Conference, pp. 43-54, New York, New York." - Table 2 in Proceeding "Wiese, P.M. (1989) Monitoring method for lead in first-draw drinking water samples. American Water Works Association - Annual Conference and Exposition, pp. 1309-1313, Los Angeles, California.". This dataset is associated with the following publication: Dore, E., D. Lytle, L. Wasserstrom, J. Swertfeger, and S. Triantafyllidou. Field Analyzers for Lead Quantification in Drinking Water Samples. CRITICAL REVIEWS IN ENVIRONMENTAL SCIENCE AND TECHNOLOGY. CRC Press LLC, Boca Raton, FL, USA, 50(20): 999-999, (2020).

The data tables contain results from laboratory experiments published in the citation below.

These are the raw data files to the NQR measurements presented in https://doi.org/10.1039/C8CP03848A TABLE 1. T2 measurements were performed using spin echo sequence with variable echo time as explained section 3, Experimental details. T2 has been found by fitting a monoexponential decay.

The best-fit parameters for R2 = 1/T2 and FWHM can be found Table 1 in the column "experimental relaxation rate"

The names of the files follow the labelling: SampleName_transitionNr_temperture_sequence type.txt

the organization of the txt-files is as follows:

header: file source, number of frequency-points (Starting Point, End Point) and number of records (Starting 2D Record, Ending Record) = number of parameter sweeps (i.e. echo time)

Data set: records stacke on top of each other:

real part [a.u.] / imaginary part [a.u.] / frequency shift [kHz]

the frequency is given in difference from the central frequency (Obeserve Freq.), which can be found in the footer

footer: contains information on the used sequence and its paramteres. eg.g the "Obeserve Freq" of the spectrometer during the sequence, (excitiation and detection frequency)

also: filter bandwidth, dwell time, delay time, pulse length ....

the paramter "step size" of the sweep parameter (echo time or inversion time, respectively) is available on request: christian.goesweiner@tugraz.at

Data package purpose: This data package was created to contain all data used in an upcoming article, "Canopy Cover and Microtopography Control Precipitation-Enhanced Thaw of Ecosystem-Protected Permafrost." In review.This data package includes: Raw output from 19 distributed temperature profilers with a thermistor every 10 cm along a 160 cm length at a measurement interval of 15 minutes (.CSV). Raw output from two soil moisture and temperature profilers (90 cm length and 120 cm length) that took composite soil moisture readings every 15 cm along the sensor length at a measurement interval of 30 minutes (.CSV). Permafrost depths were measured annually in mid-September at DTP sensor locations (.CSV) and along an across-site transect (.CSV). Environmental variables (snow depth, canopy closure, moss depth, and elevation) for all sensor locations. Real-time kinetic (RTK) GPS points showing site microtopography (.CSV).Analysis software: Our analysis was done in Matlab. File types can be used with any software.

Simultaneous nitrogen and phosphate removal performance by a strain.

The Galileo Probe Energetic Particles Investigation (EPI) Raw Data Set contains two tables of the EPI raw data values sorted by sampling time. The counter table contains the raw counter values as measured and the countrate table contains the countrates as derived from counter values, but without any correction. The tables are split into omnidirectional and sectorized data. The distance to Jupiter is given in Jupiter radii, Rj, and was derived from the Probe trajectory data. The time of probe entry is taken to be 1995-12-07T22:04:44Z when the probe reached an altitude of 450 km above the 1 bar pressure level.

Raw data sets for life tables in Brazil between 1950-2020, originally from the GHDx website.

Raw data from table 1