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Datasets used in: Point-pattern analysis reveals density-dependent processes that influence structure of Juniperus virginiana L. stands

Department of Biological Sciences
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  3. Datasets used in: Point-pattern analysis reveals density-dependent processes that influence structure of Juniperus virginiana L. stands
Author(s)
Abstract

Two datasets containing point-pattern samples from sites in Oklahoma, Ohio, Kentucky, and Pennsylvania.
Format
Dataset
Identifier(s)
10.21038/benn.2023.0201
Date
2023-02
Subject
Community
Department of Biological Sciences
Comments

Two versions of the dataset(s) are supplied: the authors' original Microsoft Excel file (.xlsx) and a comma-delimited version (.csv).

This dataset supplements a corresponding item in OAKS:

Bennion, L., & Ward, D. Point-pattern analysis reveals density-dependent processes that influence structure of Juniperus virginiana L. stands. Authorea. February 07, 2023. DOI: 10.22541/au.167576049.92458912/v1
Permalink https://oaks.kent.edu/collection/datasets/datasets-used-point-pattern-analysis-reveals-density-dependent-processes
Accessibility
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Bennion, L., & Ward, D. (2023). Datasets used in: Point-pattern analysis reveals density-dependent processes that influence structure of Juniperus virginiana L. stands. https://doi.org/10.21038/benn.2023.0201
Bennion, L., and D. Ward. 2023. Datasets Used In: Point-Pattern Analysis Reveals Density-Dependent Processes That Influence Structure of Juniperus Virginiana L. Stands. https://oaks.kent.edu/node/17630.
Bennion, Leland, and David Ward. Datasets Used In: Point-Pattern Analysis Reveals Density-Dependent Processes That Influence Structure of Juniperus Virginiana L. Stands. Feb. 2023, https://doi.org/10.21038/benn.2023.0201.