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Blended learning(BL) has been integrated into the field of education for decades. Face to Face (FtF) and online teaching have been recognized as the element key for setting up BL environments. Therefore, online materials have been used commonly in classes. Numerous educators have researched how stakeholders, such as students, teachers, and administrators perceived blended learning. However, there is little information on students’ learning processes while watching online materials incorporated in BL in Thailand. In an education field, particularly, English language teaching (ELT), questionnaire, observation, and text analysis research methods are used commonly. Analytical approaches with a reproducible workflow are rarely used in such assessments. We here use sentiment analysis and generalized linear mixed models in a frequentist framework to assess students' perceptions toward blended learning and online materials in a fully open pre registered approach. This study aims to answer: what are students’ perceptions of blended learning? and what are students' attitudes towards online materials?

Additional file 1: Supplementary Figure 1. Distribution of time lags between radio tracking fixes. Dashed lines indicate the mean time lag. X scale is log transformed and clipped at 96 h for ease of visualisation. Supplementary Figure 2. Motion variance values in each habitat type displayed as box and violin plots. Circles are the mean motion variance values for each habitat. Y-axis scale is log. Supplementary Figure 3. Bi-plot of NMDS results. Motion variance values are reflected by the colour of the points, we have rooted these values so value differences are easier to distinguish. Supplementary Figure 4. Distribution of sheltering periods. To help distinguish individual lines the plots has been split in two. The top plot shows the results from the adult males: AM006, AM007, AM015 and AM018. The lower plot shows AF017, JM013 and JM019. Supplementary Figure 5. Coefficient point estimates and 95% credible intervals from Bayesian regression models. Each point and line denote an individual’s point estimate and credible intervals for the impact of distance to landscape feature on residency time and revisit number. Supplementary Table 1. All co-efficient results from Bayesian logistic regression models. Supplementary Table 2. Full ISSF results for all models and individuals.

Additional file 1.

A species’ spatial ecology has direct implications for that species’ conservation. Far-ranging species may be more difficult to conserve because their movements increase their chances of encountering humans. The movements can take them out of protected areas, which is especially risky for species that are routinely persecuted. The king cobra (Ophiophagus hannah), a large venomous elapid, is subject to anthropogenic pressures, such as persecution and habitat loss. Here we present results from a study using radio telemetry to quantify movements and habitat use of nine king cobras in and around a protected area in Northeast Thailand. This study is the first investigation into the movements and habitat use of king cobras outside of the Western Ghats, India. On average, the tracked king cobra’s use areas of 493.42 ± 335.60 ha (95% fixed kernel), moving 183.24 ± 82.63 m per day. King cobras did not remain in intact forested area. Five of the individuals frequently used the human-dominated agricultural areas surrounding the protected area, appearing to make regular use of irrigation canals. Two adult males showed increases in movements during the breeding season. One male’s increased breeding season range caused him to venture beyond the protected area, shifting his habitat use from intact forests to scrub in human-dominated areas. King cobras’ large home range and willingness to use anthropogenic landscapes merits special consideration from conservation planners.

Supplemental material, Supplemental Material2 for Hits Close to Home: Repeated Persecution of King Cobras (Ophiophagus hannah) in Northeastern Thailand by Benjamin M. Marshall, Colin T. Strine, Max D. Jones, Alexandros Theodorou, Evan Amber, Surachit Waengsothorn, Pongthep Suwanwaree and Matt Goode in Tropical Conservation Science

Supplemental material, Supplemental Material3 for Hits Close to Home: Repeated Persecution of King Cobras (Ophiophagus hannah) in Northeastern Thailand by Benjamin M. Marshall, Colin T. Strine, Max D. Jones, Alexandros Theodorou, Evan Amber, Surachit Waengsothorn, Pongthep Suwanwaree and Matt Goode in Tropical Conservation Science

Supplemental material, Supplemental Material1 for Hits Close to Home: Repeated Persecution of King Cobras (Ophiophagus hannah) in Northeastern Thailand by Benjamin M. Marshall, Colin T. Strine, Max D. Jones, Alexandros Theodorou, Evan Amber, Surachit Waengsothorn, Pongthep Suwanwaree and Matt Goode in Tropical Conservation Science