The essence of psychologic and pedagogical diagnostics

Уточняется понятие «психолого-педагогическая диагностика», рассматриваются функции, принципы, этапы психолого-педагогической диагностикиIn the article the idea of «psychologic and pedagogical diagnostics» is precised, also there are facilities, values, and phases of psychologic and pedagogical diagnostic

Appendix A. Figures showing population and silicate dynamics for each replicate during the competition experiment.

Figures showing population and silicate dynamics for each replicate during the competition experiment

Leo et al_JH_Electronic Supplementary Material

Leo et al_JH_Electronic Supplementary Materia

Duncan_parasite_7_13

File describing parasite population parameter

Duncan_Paramecium_Time_7_13

Data for Paramecium temporal analyse

RRM_optimization

RRM_Optimization: datasets. CS_ini.ini: Circuitscape template option file; fst.txt: Genetic data from Rogic et al. (2013); landscape7.asc: Land use raster with 7 classes; patches_centroids_100.asc: Mice population raster. workdir (EMPTY). Example.R: Main script to run the optimization. function_library.R: My function library. It is called from the Example.R script

Duncan_Parasite_time_07_13

Data for analysis of parasite temporal analyse

Appendix C. Mammal Ixodes scapularis hosts (compiled by L. A. Durden) used in this analysis.

Mammal Ixodes scapularis hosts (compiled by L. A. Durden) used in this analysis

Duncan_Paramecium_data_7_13

Data describing Paramecium dynamic

Supplement 1. Data and R code needed to conduct the analysis described in the main text, as well as detailed description of the functional trait data used for calculating functional diversity indices.

<h2>File List</h2><div> <p><a href="Ziter_2013_Ecosphere_Analysis.R">Ziter_2013_Ecosphere_Analysis.R</a> (MD5: a70d20be760cc94702c81defab37bb1d)</p> <p><a href="LiveTrees.csv">LiveTrees.csv</a> (MD5: 1eb43347a5e2e49b3e2ab5e006f6ad19)</p> <p><a href="SnagsIdentified.csv">SnagsIdentified.csv</a> (MD5: 7e51486d1eadfbf7e3a4ab030db36fa4)</p> <p><a href="SnagsUnidentified.csv">SnagsUnidentified.csv</a> (MD5: 41cddd111f48d0c8a2e14cfaf70814dd)</p> <p><a href="DWD.csv">DWD.csv</a> (MD5: 9c85df5ebea05a0d59c6c88cb14fa828)</p> <p><a href="OrderedSpecies.csv">OrderedSpecies.csv</a> (MD5: 189a0b4fcf6ca5e85a7ba0487bd254a8)</p> <p><a href="Traits.csv">Traits.csv</a> (MD5: 596aa39feef4e755f598c8d3fb9510a8)</p> <p><a href="Traits_FDis7.csv">Traits_FDis7.csv</a> (MD5: 31a764843081b78fe4295534bb5ca3cf)</p> <p><a href="Traits_Description.csv">Traits_Description.csv</a> (MD5: 6597b6e7b8260ae8c193d0341c123fd2)</p> </div><h2>Description</h2><div> <p>Ziter_2013_Ecosphere_Analysis.R – Annotated R script containing the code necessary to conduct the analysis described in the text </p> <p>LiveTrees.csv – data file containing study site information (including SiteID (the individual plot identifier), transect direction, plot number (from edge (1) to interior (5)), management status, fragment connectivity, and fragment size), tree species ID, diameter at breast height (DBH, for saplings the mean of the DBH class, recorded under “DBH(Biomass)”, was used to calculate biomass), allometric coefficients, and biomass for each individual live tree measured in the field</p> <p>SnagsIdentified.csv – data file containing study site information (including SiteID (the individual plot identifier), transect direction, plot number (from edge (1) to interior (5)), management status, fragment connectivity, and fragment size), tree species ID, diameter at breast height (DBH, for saplings the mean of the DBH class, recorded under “DBH(Biomass)”, was used to calculate biomass), allometric coefficients, and biomass for each snag (dead tree) measured that was identifiable to species</p> <p>SnagsUnidentified.csv – data file containing study site information (including SiteID (the individual plot identifier), transect direction, plot number (from edge (1) to interior (5)), management status, fragment connectivity, and fragment size), diameter at breast height (DBH, for saplings the mean of the DBH class, recorded under “DBH(Biomass)”, was used to calculate biomass), allometric coefficients, and biomass for each snag (dead tree) measured that was not identifiable to species</p> <p>DWD.csv – data file containing site information (including SiteID (the individual plot identifier), transect direction, plot number (from edge (1) to interior (5)), fragment connectivity, and fragment size), and the diameter, decay class, and volume for each piece of downed woody debris measured in the field</p> <p>OrderedSpecies.csv – data file containing an alphabetically ordered list of all tree species found in the study region</p> <p>Traits.csv – data file containing the full set of functional traits for each tree species</p> <p>Traits_FDis7.csv – reduced traits data file containing only the traits used in the final analysis</p> <p>Traits_Description.csv – text file describing the information in the “Traits.csv” and “Traits_FDis7.csv” files, including explanatory codes for the functional traits used to compute functional diversity indices, trait type, transformations and trait weights, and literature sources.</p> </div