Spatial capture-recapture data of the Darwin's frog

These data and code are intentended to serve as complementary information to allow the full reproducibility of the results presented in the study "Natal dispersal is facilitated by routine movements integrated along a straight path in the Darwin’s frog" submitted to Ecography. The first file titled "data and code used to run the sCJS.rar" contains capture-recapture data from three populations of the Darwin's frog (Rhinoderma darwinii) collected between March 2014 and December 2016. The age of the individuals, population of origin, and x- and y-coordinates of each capture are provided. The x- and y-coordinates are in meters. The sampling design follows the Pollock's robust design. The capture-history matrices (one for the x-coordinates and another for the y-coordinates) contain 48 columns representing twelve evenly distributed primary capture periods, each one composed of four consecutive days of capture (secondary capture ocassions). The time-period between primary capture periods is 3 months. However, note that we did not visited the populations during all these periods, therefore, some of collumns contain only NA's. The rows of the capture-history matrices represent the different individuals that were captured across the study. There are 370 rows, but for seven of these individuals we don't have spatial data (these individuals are removed in the code). Then we provide the R code used to run the sCJS of Schaub and Royle (2014). This code is almost identical to the provided by these authors, but a few modifications were made in order to fit our study design. Results of the model are also provided. The second file "Data required to run the simulation model.rar" contains the data required to run the movement path simulation model presented in the Supplementary material, Appendix 2 of the paper. Further details about these files and model can be found in the article. Any question can be adressed to [e-mail] Enjoy it!本数据集与代码作为补充资料，可完整复现提交至《Ecography》的研究《达氏蛙沿直线路径整合日常运动促进出生扩散》中的全部结果。 首个压缩包文件名为"data and code used to run the sCJS.rar"，包含2014年3月至2016年12月间采集的3个达氏蛙（Rhinoderma darwinii）种群的重捕数据。数据包含个体年龄、起源种群、每次捕获的x、y坐标，其中坐标单位为米。本研究的采样设计遵循Pollock稳健设计（Pollock's robust design）。 捕获历史矩阵（分别对应x坐标与y坐标各一个）共包含48列，对应12个均匀分布的主捕获周期，每个主周期由4个连续的捕获日（次捕获时段）组成。主捕获周期之间的时间间隔为3个月。但需注意，研究并未在所有上述周期内开展种群调查，因此部分列仅包含NA。捕获历史矩阵的行对应研究中捕获的不同个体，总计370行，但其中7个个体无空间坐标数据，代码中已将这些个体剔除。 本数据集同时提供用于运行Schaub与Royle（2014）提出的sCJS模型的R代码。该代码与原作者提供的版本几乎一致，但为适配本研究的设计进行了少量修改，同时一并提供了模型运行结果。 第二个压缩包文件名为"Data required to run the simulation model.rar"，包含运行论文附录2补充材料中所述运动路径模拟模型所需的数据。 关于本数据集与模型的更多细节可查阅原文。如有任何疑问，请致信[e-mail]。祝您使用愉快！