Data associated with manuscript

This file encompasses all statistical analysis conducted in the manuscript, displayed in figures, tables, and the supplemental information. Column A are the assigned clusters for respondents. Columns B-K were used in the cluster analysis and are associated with Table S1. Columns L-R were used in the cluster analysis and are associated with Table S2. Columns S,T are associated with changes in honey and bumble bee availability summarized in Table 1. Columns U,V are associated with changes in honey and bumble bee quality summarized in Table 1. Column W is associated with belief in pollinator decline summarized in Table 1. Columns B-R were also used to generate the statistics shown in Table 2 and Figure 2. Columns X,Y were used to generate Figure 1. Columns Z-AB are associated with pesticide use characterized in Table S3, Q1, and are the response variables for Figure 3, Table 3. Columns AC-AV are associated with IPM practices characterized in Table S3, Q2, and are the response variables for Figure 4, Table 4. Column AW is associated with bee management characterized by Table S3, Q3, and is a response variable for Figure 5, Table 5. Column AX is associated with the creation of pollinator habitat characterized by Table S3, Q4, and is a response variable for Figure 5, Table 5. Column AY-BC are associated with the future implementation of pollinator habitat characterized by Table S3, Q5, and is a response variable for Figure 5, Table 5. Columns BD-BK were used to find the richness of non-pollinator dependent crops used as an independent variable, quantified in Table S4, Q1, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5. Columns BL-CF were used to find the richness of pollinator dependent crops used as an independent variable, quantified in Table S4, Q2, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5. Column CG are the acres of cucurbit crops used as an independent variable, quantified in Table S4, Q3, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5. Column CG is the acres of cucurbit crops used as an independent variable, quantified in Table S4, Q3, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5, and used as a ratio of column CH. Column CH is the acres of all crops used as an independent variable, quantified in Table S4, Q4, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5. Column CI is the respondents relationship to the farm used as an independent variable, quantified in Table S4, Q5, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5. Columns CJ-CT was used to find pest richness values, used as an independent variable, quantified in Table S4, Q6, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5. Column CU is length of time respondent had farmed used as an independent variable, quantified in Table S4, Q7, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5. Column CV is length of time respondent family farmed used as an independent variable, quantified in Table S4, Q8, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5. Column CW is with regards to income source as an independent variable, quantified in Table S4, Q9, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5. Column CX is with regards to farmer age as an independent variable, quantified in Table S4, Q10, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5. Columns CY-DG is with regards to sources of information as an independent variable, quantified in Table S4, Q11, summarized in Table1, displayed in Tables 3-5, for which the important correlations are displayed in Figures 3-5. Figures S1-4 are associated with columns A-R, A and W, A and B, and A and C, respectively. This data were further transformed as described in the manuscript.

本数据集涵盖本手稿中开展的全部统计分析内容，以图表、表格及补充材料（supplemental information）形式呈现。A列为受访者的分配聚类簇（assigned clusters）。B-K列用于聚类分析（cluster analysis），与补充表S1（Table S1）相关联。L-R列用于聚类分析，与补充表S2（Table S2）相关联。S、T列与表1（Table 1）中总结的蜂蜜与熊蜂可获得性变化相关联。U、V列与表1中总结的蜂蜜与熊蜂品质变化相关联。W列与表1中总结的授粉者衰退认知相关联。B-R列还用于生成表2（Table 2）与图2（Figure 2）中的统计结果。X、Y列用于生成图1（Figure 1）。Z-AB列与表S3（Table S3）、Q1中描述的农药使用情况相关联，同时为图3（Figure 3）、表3（Table 3）的响应变量。AC-AV列与表S3、Q2中描述的有害生物综合治理（Integrated Pest Management, IPM）措施相关联，同时为图4（Figure 4）、表4（Table 4）的响应变量。AW列与表S3、Q3中描述的蜂群管理措施相关联，为图5（Figure 5）、表5（Table 5）的响应变量。AX列与表S3、Q4中描述的授粉者栖息地营造相关联，为图5、表5的响应变量。AY-BC列与表S3、Q5中描述的授粉者栖息地未来实施计划相关联，为图5、表5的响应变量。BD-BK列用于提取非授粉依赖作物的丰富度数据，作为自变量，该数据经表S4 Q1量化、表1总结，并展示于表3-5中，其关键相关性展示于图3-5。BL-CF列用于提取授粉依赖作物的丰富度数据，作为自变量，该数据经表S4 Q2量化、表1总结，并展示于表3-5中，其关键相关性展示于图3-5。CG列为葫芦科作物种植英亩数，用作自变量，该数据经表S4 Q3量化、表1总结，并展示于表3-5中，其关键相关性展示于图3-5；同时CG列亦用作与CH列的比值计算依据。CH列为所有作物种植英亩数，作为自变量，该数据经表S4 Q4量化、表1总结，并展示于表3-5中，其关键相关性展示于图3-5。CI列为受访者与农场的关联关系，作为自变量，该数据经表S4 Q5量化、表1总结，并展示于表3-5中，其关键相关性展示于图3-5。CJ-CT列用于提取害虫丰富度数值，作为自变量，该数据经表S4 Q6量化、表1总结，并展示于表3-5中，其关键相关性展示于图3-5。CU列为受访者务农时长，作为自变量，该数据经表S4 Q7量化、表1总结，并展示于表3-5中，其关键相关性展示于图3-5。CV列为受访者家族务农时长，作为自变量，该数据经表S4 Q8量化、表1总结，并展示于表3-5中，其关键相关性展示于图3-5。CW列为与收入来源相关的自变量，该数据经表S4 Q9量化、表1总结，并展示于表3-5中，其关键相关性展示于图3-5。CX列为与农户年龄相关的自变量，该数据经表S4 Q10量化、表1总结，并展示于表3-5中，其关键相关性展示于图3-5。CY-DG列为与信息来源相关的自变量，该数据经表S4 Q11量化、表1总结，并展示于表3-5中，其关键相关性展示于图3-5。补充图S1-S4分别与A-R列、A列与W列、A列与B列、A列与C列相关联。本数据集已按照手稿中的描述进行了进一步的数据转换处理。