Intercept and coefficient values of fitted generalized linear models incorporating either farmers PQ estimates or BIAT D-scores as predictors of badger killing behaviour as reported via RRT.

<p>Intercept and coefficient values of fitted generalized linear models incorporating either farmers PQ estimates or BIAT D-scores as predictors of badger killing behaviour as reported via RRT.</p

Bootstrapped mean number of reptiles that died within a year of acquisition, over five years preceding the study, including 95% confidence intervals, estimated for additive (aRRT) and direct questions (DQ) via 1000 bootstrap samples.

<p>Note that mean number of reptiles that died refers to the actual number not the mortality rate. Mortality rates incorporate the numbers of reptiles owned and are presented in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0141460#pone.0141460.g001" target="_blank">Fig 1</a>.</p><p>^a estimates for ‘all reptiles’ were derived post-data collection by combining ‘all snakes’, ‘all chelonians’ and ‘all lizards’ for individual respondents, therefore an aRRT response is not available for this category.</p><p>Bootstrapped mean number of reptiles that died within a year of acquisition, over five years preceding the study, including 95% confidence intervals, estimated for additive (aRRT) and direct questions (DQ) via 1000 bootstrap samples.</p

Percentage of reptiles acquired over five years preceding the study which were reported by respondents (N = 265) to be captive bred, wild, captive farmed or of unknown origin.

<p>^a Some respondents’ were unable to provide data for the more detailed categories e.g. ‘boas and pythons’, therefore their sum is not always equal to the total for that group e.g. ‘all snakes’. The total number of reptiles used in the study is calculated from the sum of the ‘all snakes’, ‘all chelonians’ and ‘all lizards’ categories.</p><p>Also includes the number of respondents and the total number of individual animals used in the analysis.</p

Evaluation of respondents’ rating of ‘difficulty’ and ‘survival’ for different reptile groups, which they had acquired.

<p>Questions were asked using a five point Likert scale, with categories condensed for data presentation.</p

Bootstrapped reptile mortality rates within first year of acquisition.

<p>The bootstrapped proportion of deaths within first year of acquisition for commonly kept reptile groups. Circles indicate mean mortality rate based on x 1000 bootstrap samples obtained from direct questions, lines represent 95% confidence intervals. Inset displays mean mortality rates for snakes, chelonians and lizards analysed separately for those reported to be captive bred (CB) and those reported to be either wild (W), or captive farmed (CF). Reptiles reported to be unknown origin (U) may represent captive bred or wild individuals and were therefore excluded. Refer to <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0141460#pone.0141460.t002" target="_blank">Table 2</a> for <i>n</i> numbers used in analysis of mortality rates.</p

RRT_Ngalvez_JAPP

RRT data. First line are the headings. Second column are the RRT results (0 no; 1 yes). Following columns are the identification of the covariables

OccupancyData_Covars_NGalvez_JAPP

Detection/ non-detection data of occupancy models plus covariates. First lines are the headings. Each line represents a sampling unit that includes the sampling occasions (e.g. 1-1 first season first sampling occasion) followed by the covariates described in the paper