Key research themes
1. How can integrative molecular and morphological analyses resolve species delimitation challenges in Orthoptera?
Species delimitation in Orthoptera often faces challenges due to morphological conservatism, polymorphisms, and recent radiations leading to closely related and morphologically similar taxa. Integrative taxonomy, combining molecular markers, morphological characters, and biogeographical data, provides a powerful approach for delineating species boundaries and revising taxonomic status within orthopteran groups. This theme is critical for improving the accuracy of biodiversity assessments and for informing conservation and ecological studies.
2. What progress has been made in establishing a robust higher-level phylogeny and classification framework for Orthoptera using molecular data?
Orthopteran taxonomy has suffered from historical instability due to conflicting morphological interpretations and limited phylogenetic framework. Recent studies leveraging large-scale comprehensive taxon sampling and multi-locus molecular datasets, especially complete mitochondrial genomes combined with nuclear genes, have advanced understanding of suborder and superfamily monophyly, lineage diversification timing, and molecular synapomorphies. A robust phylogenetic framework is essential for resolving higher-level classification and informing evolutionary studies.
3. How can detailed regional taxonomic inventories and checklists improve the knowledge of Orthoptera diversity and distribution?
Comprehensive regional checklists and annotated inventories are foundational for understanding Orthoptera diversity, biogeography, and conservation needs. Such works synthesize scattered historical records, validate species presence, update systematic status, and integrate new faunistic data. They also serve as essential references for ecological monitoring, pest management, and further taxonomic refinements.