29 May Reef manta beam (Meters. alfredi) generalised linear blended designs
Adult sharksucker remora (Elizabeth. naucrates).
The greatest positions GLMM to possess Elizabeth. naucrates consisted of all predictors (webpages form, sex, maturity, and you will season) (S1 Desk). This new model (Fig 8) implies that E. naucrates was basically probably as expose having Meters. alfredi in the tidy up stations, that have been 49% probably be than on eating components (Otherwise = 0.51). That it hitchhiker kinds has also been most likely as introduce into the women inside their 4 th trimester of being pregnant (Or = 2.6), which was 160% more than non-expecting female (resource class), whenever you are guys (Otherwise = 0.59) were 41% less inclined to has Elizabeth. naucrates hitchhikers than simply non-pregnant ladies. Echeneis naucrates had been least probably be present to your juvenile M. alfredi (Or = 0.67), which have been 31% less likely to want to have this hitchhiker types than simply adults (reference class). The brand new GLMM plus https://datingranking.net/japanese-dating/ suggests that the likelihood of Elizabeth. naucrates visibility having M. alfredi is higher from inside the NE Monsoon (resource classification), which was twenty-five% more likely than simply in SW Monsoon (Or = 0.75).
Indicates the likelihood of presence in comparison with the reference category shown in the legend. OR values are plotted with 95% confidence intervals (CI; solid horizontal lines). Where the CI does not span 1, the explanatory variable is significantly more likely when OR > 1, and significantly less likely when OR < 1. (A) Mobula alfredi and Echeneis naucrates, (B) M. alfredi and juvenile E. naucrates, (C) M. alfredi and Lutjanus bohar, (D) M. alfredi and Gnathanodon speciosus presence, and (E) M. birostris and Remora remora.
Teenager sharksucker remora (Elizabeth. naucrates).
The highest ranking GLMM to possess juvenile Age. naucrates contained all predictors (site mode, intercourse, readiness, and you may year). The fresh model (Fig 8) means that juvenile Age. naucrates had been most likely to get introduce having M. alfredi from the eating elements (Otherwise = 2.08), which was 108% more likely than during the cleaning stations (resource class). Teenager Elizabeth. naucrates was also more likely to be present into teenager M. alfredi (Or = 2.37), which were 137% more likely to understand this hitchhiker group than just adults (source group). Men Yards. alfredi (Or = step one.59) had been 59% likely to be than simply people getting juvenile E. naucrates establish, and you will juvenile E. naucrates was least probably be expose which have Meters. alfredi inside the SW Monsoon (Or = 0.63); 37% not likely than when you look at the NE Monsoon (reference category).
Yellow snapper (L. bohar).
The highest ranking GLMM for L. bohar (Fig 8) contained one significant predictor (site function) and suggests that the species were most likely to be present with M. alfredi at cleaning stations (reference category), which was 100% more likely than at feeding areas (OR = 0). There was one model with ?AICc <2 (S1 Table), which was the same as the highest-ranking model with the addition of season, but this predictor was non-significant (p>0.05).
Wonderful trevally (Grams. speciosus).
The highest ranking GLMM for G. speciosus contained two significant predictors (site function and maturity status). Gnathanodon speciosus were most likely to be present with M. alfredi at cleaning stations (reference category), which was 22% more likely than at feeding areas (OR = 0.78) (Fig 8). There were two models with ?AICc <2 (S1 Table). One of these models contained the same predictors as the highest-ranking model with the addition of season, but this predictor was non-significant (p>0.05). The other model contained only the predictor maturity status, which suggested G. speciosus were more likely to be present on juvenile M. alfredi (OR = 1.5), which were 55% more likely to have this hitchhiker species than adults (reference category).
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