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Maximum Likelihood tree using the GTR+G model of substitution of 3 control region haplotypes (411 bp) resolving three major lineages; Lixus aemulus samples are indicated in blue, Lixus angustatus are indicated in yellow, and Lixus filiformis are indicated in green. (For interpretation of the references to colour in this figure legend, the reader is referred to the web version of this article.)
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... three different species on a variety of host plants. One clade represents specimens collected on C. odorata (both during the current survey and from the South African laboratory culture), C. laevigata, and H. vitalbae during the native-range exploration. Another clade denotes the outgroup L. filiformis and the final clade represents L. angustatus (Fig. 2). The K2P genetic distances between haplotypes within the 6 populations ranged from 0.001 (L. aemulus on C. odorata (SA biotype), Lixus sp. on C. odorata, C. laevigata, and H. vitalbae) to 0.353 (L. angustatus on Picris sp.) ( Table 6). The overall mean within population was 0.133. Mean distances between populations ranged from 0.001 ...
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... Access and benefit sharing was also an important theme of the conference, but has been reviewed recently (Silvestri et al. 2020). Other important topics covered by the contributions to this issue are selection of agents (Paynter 2024a), host specificity testing (Mangan et al. 2024, Nawaz et al. 2023, Paynter 2024b, Pessina et al. 2024) and pre-release efficacy assessments including predictions based on impact assessments (Singh et al. 2023, Tan et al. 2024) and predictions from ecological niche models (Minghetti et al. 2024). Two papers used genetic matching of target weed populations to identify damaging agent populations (Mitchell et al., 2024;Reid et al., 2023) and one showed that enemy release was an important driver of invasions and that biocontrol would therefore be an effective solution (Baso et al. 2024). ...
