Data from: Data and analyses of woody restoration planting survival and growth as a function of wild ungulate herbivory

The data and analyses presented here include: (1) planting density, survival and growth (two years post restoration) of riparian plantings along an ~11 km steelhead (Oncorhynchus mykiss) and Chinook (Oncorhynchus tshawytscha) salmon stream reach of Meadow Creek, Starkey Experimental Forest and Range of the USDA Forest Service in northeastern Oregon, USA (45˚12′ N, 118˚ 3′ W) as a function of elk (Cervus elaphus) and mule deer (Odocoileus hemionus) herbivory treatment (protected/not protected from wild ungulate herbivory), habitat type, and planting species; and (2) abundance and height distributions of naturally occurring deciduous woody species along the restored stream reach two years post restoration. Survival and growth analyses are provided as output from multiple logistic and mixed effect regression models respectively. These data and analyses support the research article "Wild ungulate herbivory suppresses deciduous woody plant establishment following salmonid stream restoration" Averett et al. (2017) For. Ecol. Manage., 391:135-144. Resources in this dataset:Resource Title: Data and analyses of woody restoration planting survival and growth as a function of wild ungulate herbivory. File Name: Web Page, url: https://www.sciencedirect.com/science/article/pii/S2352340917303049 Data in Brief article describing: (1) sampling densities of plantings by species along the restored reach (Fig. 1); (2) survival analyses using multiple logistic and mixed effects logistic regression (Tables 1 and 2); (3) growth analyses using mixed effects regression (Tables 3 and 4); (4) abundance (presence/absence) of naturally occurring deciduous woody species along the restored stream reach two years following restoration (Fig. 2); and (5) height distributions of naturally occurring deciduous woody species for highly and less preferred (by elk and deer) species as well as percentage of individuals within those two categories subjected to intensive browsing pressure (Fig. 3). Corresponding datasets are provided within Supplementary file: MeadowCreekPlantingData.xlsx which provides the raw dataset used for: (1) survival analysis (worksheet, ‘Survival’); (2) growth analysis (worksheet, ‘Growth’); (3) abundance and height distributions of naturally occurring deciduous woody vegetation (worksheet, ‘Nat_Occ_Species’); and (4) counts of plantings by species for each riparian transect (worksheet, ‘Planting_Density’).

本数据集及分析内容包含：（1）位于美国东北部俄勒冈州斯达基实验林和牧场（45˚12′ N, 118˚ 3′ W）约11公里长的钢头鳟（Oncorhynchus mykiss）和犬牙鳟（Oncorhynchus tshawytscha）溪流流域中，河岸植被种植密度、存活率及生长情况（修复后两年）随鹿（Cervus elaphus）和骡鹿（Odocoileus hemionus）食草处理（野生有蹄类食草动物的保护与否）、生境类型及种植物种的变化；（2）修复后两年内，自然生长的落叶木质植物沿溪流流域的丰度和高度分布。存活与生长分析分别以多个逻辑回归模型和混合效应回归模型的结果呈现。这些数据与分析成果支持了研究论文《野生动物食草作用抑制鱼类溪流修复后落叶木质植物建立》Averett等人（2017）发表在《森林生态管理》（For. Ecol. Manage.）期刊第391卷第135-144页。数据集中包含的资源：资源标题：受野生动物食草影响的木质植被修复种植存活与生长数据分析。文件名：网页，网址：https://www.sciencedirect.com/science/article/pii/S2352340917303049。描述数据简报文章的内容：（1）沿修复溪流流域植被种植的物种采样密度（图1）；（2）使用多个逻辑回归和混合效应逻辑回归进行的存活分析（表1和表2）；（3）使用混合效应回归进行的生长分析（表3和表4）；（4）修复后两年内沿修复溪流流域自然发生的落叶木质植物的种类丰度（存在/不存在）（图2）；（5）自然发生的落叶木质植物的高度分布，包括鹿和鹿偏好程度高及低物种的高度分布，以及在这两个类别中受到高强度食草压力的个体百分比（图3）。相关数据集包含在补充文件MeadowCreekPlantingData.xlsx中，该文件提供了用于以下分析的原始数据集：（1）存活分析（工作表，“Survival”）；（2）生长分析（工作表，“Growth”）；（3）自然发生的落叶木质植被的丰度和高度分布（工作表，“Nat_Occ_Species”）；（4）每个河岸横断面按物种计数的种植数量（工作表，“Planting_Density”）。