2875 research outputs found
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Fidel Castro Industrial Building Inauguration Speeches, 1968-1994, from the Fidel Castro Speech Database
No full textThe map was created as part of the online exhibition “Inauguration Speeches by Fidel Castro 1960-1994”, based on the Castro Speech Database, which is hosted in the Latin American Network Information Center (LANIC) by the LLILAS Benson Latin American Studies and Collections. The map includes a subset of 28 buildings related to the speeches given by Fidel Castro that range from July 1968 to December 1994. These buildings include farms, printing plants, sugar mills, and oil refineries, among others. The buildings were identified by the building names found in the speeches and georeferenced to their location. Out of the buildings identified, only nine weren’t able to be located and thus, eight of them were given a general location of a city or province, and one of them was provided a location south of Cuba, visible on the sea to provide accurate representation of the entirety of the dataset
Maximum Entropy machine learning model output using digitized downed trees (structure) with six variables and regularization multiplier of 2.0
No full text This dataset (multiple outputs files in a compresssed folder) is output from a run of the Maxent ML Model (Phillips et.al., 2006, url: https://biodiversityinformatics.amnh.org/open_source/maxent/) using trees with structure (N=4283) and includes all environmental variables (vegetation community, inundation probability, and soil classification, elevation, generalized slope, euclidean distance from river) with a regularization multiplier (beta parameter) of 2.0. The value of 0p150 in the dataset file names refer to the fact that it uses digitized downed trees with structure.
Phillips, S.J., Anderson, R.P., Schapire, R.E. (2006). Maximum Entropy modelling of species geographic distribution. Ecological Modelling, 190, 231-259. </p
Fidel Castro Recreational Building Inauguration Speeches, 1961-1994, from the Fidel Castro Speech Database
No full textThe map was created as part of the online exhibition “Inauguration Speeches by Fidel Castro 1960-1994”, based on the Castro Speech Database, which is hosted in the Latin American Network Information Center (LANIC) by the LLILAS Benson Latin American Studies and Collections. The map includes a subset of five buildings that were inaugurated by Castro from July 1961 to December 1994. The recreational buildings include two hotels, two training centers and a park. The buildings were identified by the building names found in the speeches and georeferenced to their location. Out of the buildings identified, only one wasn’t able to be located and thus was provided a general location of a city or province to provide accurate representation of the entirety of the dataset
Replication Data for: High-resolution P-T-time paths across Himalayan faults exposed along the Bhagirathi Transect NW India: Implications for the construction of the Himalayan orogen and ongoing deformation
No full textSupporting information for the Geochemistry, Geophysics, Geosystems - AGU Publications manuscript: "High-resolution P-T-time paths across Himalayan faults exposed along the Bhagirathi Transect NW India: Implications for the construction of the Himalayan orogen and ongoing deformation" is provided in this file. The supporting information includes a description of the monazite reference standards and ion microprobe approach. We also include specific data that is needed to reproduce the high-resolution P-T paths. Details regarding how the data was obtained is documented here and in the manuscript
Surface_Water_Connectivity_Network_EdgeLists_VegClass_ByQ
No full textComma-delimited textfiles of the attribute tables from the edge shapefiles in the spatial representation of the surface-water connectivity network for a given river discharge (Q) when vegetation patches are used as the landscape patches. Portions of landscape patches that are inundated by surface water are represented as vertices in the network. Patches become connected when the boundary between them is breached by surface water. The Q values considered span the historical record for Mission River and the Q in cubic-meters per second (cms) associated with each landscape patch dataset is in the filename. The attributes in this table are used to construct the edge-lists that are used within the igraph library of the R computing language to construct the graph data structures that form the basis for the topological and algebraic graph analysis.
Relevant attributes in the attribute table are listed below.
src_PID: the unique identifier for the source patch that depicts where the line originates from and this is the first column within the edge-list used in igraph to construct the graph data structures
nbr_PID: the unique identifier for the neighbor patch that depicts which of the neighboring patch the source patches connects to and this is the second column within the edge-list used in igraph to construct the graph data structures
src_c_hm: the river stage at the 08189500 USGS gage needed for a portion of the source patch to become connected to the main channel
nbr_c_hm: the river stage at the 08189500 USGS gage needed for a portion of the neighbor patch to become connected to the main channel
src_lf: the soil classification type associated with the source patch
nbr_lf: the soil classification type associated with the neighbor patch
src_dmean: the mean depth of surface-water inundation for the portion of the source patch that is inundated for the respective Q to which the dataset pertains
nbr_dmean: the mean depth of surface-water inundation for the portion of the neighbor patch that is inundated for the respective Q to which the dataset pertains
src_drng: the range of surface-water inundation depths for the portion of the source patch that is inundated for the respective Q to which the dataset pertains
nbr_drng: the range of surface-water inundation depths for the portion of the neighbor patch that is inundated for the respective Q to which the dataset pertain
Chemical Weathering and Climate_v1
No full textThe dataset includes chemical depletion data across the globe for granitic, basaltic, and shale soils along with precipitation (P) and potential evapotranspiration (PET) data, and has been used for classifying weathering regimes according to the dryness index (ratio of PET to P)
Replication Data for Inter-Rater Reliability Measures
No full textIncluded here are a dataset with coding from the study author (Kate Mesh) and four reliability coders: Marcus Martinez and Phoebe Minz (undergraduate research assistants at The University of Texas at Austin), Salma Halabi and Yara Abu-Roker (undergraduate research assistants at the University of Haifa, Haifa, Israel). Each reliability coder worked with 10% of the total dataset, and each reliability coder's work was individually compared with that of the study author. For all author-reliability coder pairs, a measure of inter-rater agreement and a Cohen's Kappa score were computed using R version 3.6.1 (R Core Team, 2019), with the package, irr (Gamer, Lemon, Fellows & Singh, 2019). An R script is attached for the purposes of replication.
R Core Team (2019). R: A language and environment for statistical computing. R Foundation for Statistical Computing, Vienna, Austria. URL https://www.R-project.org/.
Matthias Gamer, Jim Lemon, Ian Fellows and Puspendra Singh. (2019). irr: Various Coefficients of Interrater Reliability and Agreement. R package version 0.84.1. https://CRAN.R-project.org/package=ir
Flood_Simulation_Descriptions
No full textComma-separated table of the flow and inundation descriptions associated with each of 23 steady two-dimensional HEC-RAS simulations. The table has four columns and their descriptions are below.
stage_m: the river stage at the 08189500 USGS gaging station for each of the simulations with units in meters
Q_cms: the river discharge for each of the simulations with units in cubic meters per second
area_m2: the amount of inundated area for each of the simulations with units in square meters
vol_m3: the volume of inundation for each of the simulations with units in cubic meters
Replication Data for: Tuning Extracellular Electron Transfer by Shewanella oneidensis Using Transcriptional Logic Gates
No full textExtracellular electron transfer (EET) pathways, such as those in the bacterium Shewanella oneidensis, interface cellular metabolism with a variety of redox-driven applications. However, designer control over EET flux in S. oneidensis has proven challenging since a functional understanding of its EET pathway proteins and their effect on engineering parameterizations (e.g., response curves, dynamic range) is generally lacking. To address this, we systematically altered transcription and translation of single genes encoding parts of the primary EET pathway of S. oneidensis, CymA/MtrCAB, and examined how expression differences affected model-fitted parameters for Fe(III) reduction kinetics. Using a suite of plasmid-based inducible circuits maintained by appropriate S. oneidensis knockout strains, we pinpointed construct/strain pairings that expressed cymA, mtrA, and mtrC with maximal dynamic range of Fe(III) reduction rate. These optimized EET gene constructs were employed to create Buffer and NOT gate architectures, that predictably turn on and turn off EET flux, respectively, in response to IPTG. Furthermore, we found that response functions generated by these logic gates (i.e., EET activity vs. inducer concentration) were comparable to those generated by conventional synthetic biology circuits, where fluorescent reporters are the output. Our results provide insight on programming EET activity with transcriptional logic gates and suggest that previously developed transcriptional circuitry can be adapted to predictably control EET flu