----------------------------------------------------- ## Dataset title and contributors * Dataset title: Data for the article "Impacts of ecological restoration on the genetic diversity of plant species: A global meta-analysis" * Dataset contributors: Xinzeng Wei, Yaozhan Xu,Linyu Lyu, Zhiqiang,Xiao, Shitong Wang, Teng Yang, Mingxi Jiang * Contributor affiliation: Wuhan Botanical Garden, Chinese Academy of Sciences * This is the raw data we used to do the global meta-analysis of the impact of ecological restoration on the genetic diversity of wild plant species. * Dataset persistent identifier: https://doi.org/10.5061/dryad.j3tx95xkn -------------------------------------------------------- ## Description of the data and file structure * This file includes literature information, species name, species characteristics, ecological restoration strategies, restoration duration, number of population, sample size, mean and standard deviation of genetic parameters. * The data was extracted from 83 published papers (listed as Supporting Information of the article "Impacts of ecological restoration on the genetic diversity of plant species: A global meta-analysis") * For more details, see the Materials and Methods part of the article "Impacts of ecological restoration on the genetic diversity of plant species: A global meta-analysis". * File format: .csv * This csv file can be read directly and imported into the OpenMEE software, which is commonly used to do meta-analysis. * Missing data code (not available in original articles): Blank cell * File size: 32.6 KB * Dimensions: 102 rows x 67 columns * Some abbreviations has been defined in the first row of the CSV. file. * Ref: Reference * Degra: Degraded * Restor: Restored * No.: Number * pop: Population * SD: Standard deviation * SWI: Shannon-Weiner Index * PPB£ºPercentage of Polymorphic Band * AR£ºAllelic Richness * HE£ºExpected Heterozygosity * FIS£ºInbreeding coefficient * Literature No.: Literature number * Threatened-NOT-IUCN: Whether the study species is threatened (Threatened) or not threatened (Non-threatened) by the IUCN Red List of Threatened Species. IUCN, International Union for Conservation of Nature. * Wood-Herb: The life form of the study species is woody species (W) or herbs (H). * Ref-No. pop: Number of reference populations * Degra-No. pop: Number of degraded populations * Restor-No. pop: Number of restored populations * Ref-Sample size: Sample size of reference population * Degra-Sample size: Sample size of degraded population * Restor-Sample size: Sample size of restored population * SWI-Ref: Shannon-Weiner Index of reference population * SWI-Ref-SD: Standard deviation of Shannon-Weiner Index of reference population * SWI-Degra: Shannon-Weiner Index of degraded population * SWI-Degra-SD: Standard deviation of Shannon-Weiner Index of degraded population * SWI-Restor: Shannon-Weiner Index of restored population * SWI-Restor-SD: Standard deviation of Shannon-Weiner Index of restored population * PPB-Ref: Percentage of Polymorphic Band of reference population * PPB-Ref-SD: Standard deviation of Percentage of Polymorphic Band of reference population * PPB-Degra: Percentage of Polymorphic Band of degraded population * PPB-Degra-SD: Standard deviation of Percentage of Polymorphic Band of degraded population * PPB-Restor: Percentage of Polymorphic Band of restored population * PPB-Restor-SD: Standard deviation of Percentage of Polymorphic Band of restored population * AR-Ref: Allelic Richness of reference population * AR-Ref-SD: Standard deviation of Allelic Richness of reference population * AR-Degra: Allelic Richness of degraded population * AR-Degra-SD: Standard deviation of Allelic Richness of degraded population * AR-Restor: Allelic Richness of restored population * AR-Restor-SD: Standard deviation of Allelic Richness of restored population * HE-Ref: Expected Heterozygosity of reference population * HE-Ref-SD: Standard deviation of Expected Heterozygosity of reference population * HE-Degra: Expected Heterozygosity of degraded population * HE-Degra-SD: Standard deviation of Expected Heterozygosity of degraded population * HE-Restor: Expected Heterozygosity of restored population * HE-Restor-SD: Standard deviation of Expected Heterozygosity of restored population * FIS-Ref: Inbreeding coefficient of reference population * FIS-Ref-SD: Standard deviation of Inbreeding coefficient of reference population * FIS-Degra: Inbreeding coefficient of degraded population * FIS-Degra-SD: Standard deviation of Inbreeding coefficient of degraded population * FIS-Restor: Inbreeding coefficient of restored population * FIS-Restor-SD: Standard deviation of Inbreeding coefficient of restored population ---------------------------------------------------- ## Data usage * License: Use of these data is covered by the following license: * Title: CC0 1.0 Universal (CC0 1.0) Public Domain Dedication * Specification: https://creativecommons.org/publicdomain/zero/1.0/ * Authors respectfully request to be contacted by researchers interested in the re-use of these data so that the possibility of collaboration can be discussed. * Suggested Citations: * Dataset citation: > Wei, X. et al. (2023), Impacts of ecological restoration on the genetic diversity of plant species: A global meta-analysis, Dryad, Dataset, https://doi.org/10.5061/dryad.j3tx95xkn * Corresponding publication: > Xinzeng Wei, Yaozhan Xu,Linyu Lyu, Zhiqiang,Xiao, Shitong Wang, Teng Yang, Mingxi Jiang. 2023. Impacts of ecological restoration on the genetic diversity of plant species: A global meta-analysis. Journal of Applied Ecology, in press. --------------------------------------------------------- ## Contact Information * Name: Xinzeng Wei * Affiliation: Wuhan Botanical Garden, CAS * Email: xzwei@wbgcas.cn * Name: Mingxi Jiang * Affiliation: Wuhan Botanical Garden, CAS * Email: mxjiang@wbgcas.cn