Dataset 'Land use drives trematode dynamics in a restored stream system'

Huesken-et-al-Dataset: GLMM and GLVMM input tables used in the manuscript 'Land use drives trematode dynamics in a restored stream system' (unpublished). Four tables present sampling site characteristics, water parameters, snail and trematode species richness, trematode prevalence, Shannon diversity, and trematode species abundance for a two-year monthly assessment of trematode communities in the Boye catchment, North-Rhine Westphalia, Germany. Table 1 'GLMM_Allsnails': Input table for GLMM on Trematode species richness and prevalence (all snails).Location_name (stream reach), Site_group (site classification based on restoration history; unimpacted = near-natural, mature = restored more than 11 years ago; recently restored = restored less than five years ago), Month, Year, Season (grouping according to Month), Land_use (land use adjacent to the stream), Temp. (°C), Cond. (µS/cm), pH, DO (mg/mL), method (mark-release-recapture vs. dissection of snails), SnailDiv (snail species richness), Infected (N(inf)), TremDiv (trematode species richness), TremPrev (trematode prevalence). Table 2 'GLMM_A.balthica': Input table for GLMM on Trematode species richness and prevalence (Ampullaceana balthica).Location_name (stream reach), Site_group (site classification based on restoration history; unimpacted = near-natural, mature = restored more than 11 years ago; recently restored = restored less than five years ago), Month, Year, Season (grouping according to Month), Land_use (land use adjacent to the stream), Temp. (°C), Cond. (µS/cm), pH, DO (mg/mL), method (mark-release-recapture vs. dissection of snails), SnailDiv (snail species richness), TremDiv (trematode species richness), Infected (N(inf)), TremPrev (trematode prevalence), Avg_host_length (mean host size). Table 3 'GLMM_Shannon': Input table for GLMM on Shannon diversity (trematode component communities).Community_ID (component community; location name x month/year x host species), Location_name (stream reach), Site_group (site classification based on restoration history; unimpacted = near-natural, mature = restored more than 11 years ago; recently restored = restored less than five years ago), Month, Year, Season (grouping according to Month), Land_use (land use adjacent to the stream), Temp. (°C), Cond. (µS/cm), pH, DO (mg/mL), Host_species, method (mark-release-recapture vs. dissection of snails), Avg_host_length (mean host size), shannon (Shannon index (abundance)). Table 4 'GLVMM_Abund': Input table for GLVMM on trematode species abundance (trematode component communities). Community_ID (component community; location name x month/year x host species), Location_name (stream reach), Site_group (site classification based on restoration history; unimpacted = near-natural, mature = restored more than 11 years ago; recently restored = restored less than five years ago), Month, Year, Season (grouping according to Month), Land_use (land use adjacent to the stream), Temp. (°C), Cond. (µS/cm), pH, DO (mg/mL), Host_species, method (mark-release-recapture vs. dissection of snails), Avg_host_length (mean host size), Trem_species, abundance (counts).许斯肯等人数据集（Huesken-et-al-Dataset）：本数据集为未发表论文《土地利用驱动恢复河流系统中的吸虫动态》（Land use drives trematode dynamics in a restored stream system）中所使用的广义线性混合模型（Generalized Linear Mixed Model, GLMM）与广义线性变系数混合模型（Generalized Linear Variable Coefficient Mixed Model, GLVMM）输入数据表。 本数据集包含4张数据表，对应德国北莱茵-威斯特伐利亚州（North-Rhine Westphalia）博耶流域（Boye catchment）为期两年的吸虫群落月度监测工作，涵盖采样点位特征、水体理化参数、螺类与吸虫物种丰富度、吸虫感染率、香农多样性指数以及吸虫物种丰度等信息。 表1 `GLMM_Allsnails`：用于构建所有螺类吸虫物种丰富度与感染率广义线性混合模型的输入数据表，包含以下字段：点位名称（河段，Location_name）、点位分组（基于修复历史的点位分类：未受干扰组=近自然状态，成熟修复组=修复时长超11年，近期修复组=修复时长不足5年，Site_group）、月份（Month）、年份（Year）、季节（按月份划分的分组，Season）、土地利用类型（河流邻接区域的土地利用方式，Land_use）、水温（℃，Temp.）、电导率（µS/cm，Cond.）、pH值（pH）、溶解氧（mg/mL，DO）、检测方法（标记重捕法与螺类解剖法二选一，method）、螺类物种丰富度（SnailDiv）、感染宿主数量（N(inf)，Infected）、吸虫物种丰富度（TremDiv）、吸虫感染率（TremPrev）。 表2 `GLMM_A.balthica`：用于构建巴氏萝卜螺（Ampullaceana balthica）吸虫物种丰富度与感染率广义线性混合模型的输入数据表，包含以下字段：点位名称（河段，Location_name）、点位分组（基于修复历史的点位分类：未受干扰组=近自然状态，成熟修复组=修复时长超11年，近期修复组=修复时长不足5年，Site_group）、月份（Month）、年份（Year）、季节（按月份划分的分组，Season）、土地利用类型（河流邻接区域的土地利用方式，Land_use）、水温（℃，Temp.）、电导率（µS/cm，Cond.）、pH值（pH）、溶解氧（mg/mL，DO）、检测方法（标记重捕法与螺类解剖法二选一，method）、螺类物种丰富度（SnailDiv）、吸虫物种丰富度（TremDiv）、感染宿主数量（N(inf)，Infected）、吸虫感染率（TremPrev）、宿主平均体长（宿主平均体型，Avg_host_length）。 表3 `GLMM_Shannon`：用于构建吸虫组分群落香农多样性指数广义线性混合模型的输入数据表，包含以下字段：群落ID（组分群落，由点位名称×月份/年份×宿主物种组合而成，Community_ID）、点位名称（河段，Location_name）、点位分组（基于修复历史的点位分类：未受干扰组=近自然状态，成熟修复组=修复时长超11年，近期修复组=修复时长不足5年，Site_group）、月份（Month）、年份（Year）、季节（按月份划分的分组，Season）、土地利用类型（河流邻接区域的土地利用方式，Land_use）、水温（℃，Temp.）、电导率（µS/cm，Cond.）、pH值（pH）、溶解氧（mg/mL，DO）、宿主物种（Host_species）、检测方法（标记重捕法与螺类解剖法二选一，method）、宿主平均体长（宿主平均体型，Avg_host_length）、香农指数（基于丰度计算，shannon）。 表4 `GLVMM_Abund`：用于构建吸虫组分群落吸虫物种丰度广义线性变系数混合模型（GLVMM）的输入数据表，包含以下字段：群落ID（组分群落，由点位名称×月份/年份×宿主物种组合而成，Community_ID）、点位名称（河段，Location_name）、点位分组（基于修复历史的点位分类：未受干扰组=近自然状态，成熟修复组=修复时长超11年，近期修复组=修复时长不足5年，Site_group）、月份（Month）、年份（Year）、季节（按月份划分的分组，Season）、土地利用类型（河流邻接区域的土地利用方式，Land_use）、水温（℃，Temp.）、电导率（µS/cm，Cond.）、pH值（pH）、溶解氧（mg/mL，DO）、宿主物种（Host_species）、检测方法（标记重捕法与螺类解剖法二选一，method）、宿主平均体长（宿主平均体型，Avg_host_length）、吸虫物种（Trem_species）、丰度（计数结果，abundance）。