A global view of phylogegichic in climate demographic answers to tarantulas

Abstract

To investigate how the climate change of genetic and demographic answers to the tarantulas of latitudes and to test whether climate and demographic and demographic relationships are different: global, spanning tropical in murruation regions. Taxon: Tarantulas (Family Trashosidae). Ways: We Comminters Mitochondrial Cytochrome Oxidase I (COI) Special Sections (SDMA) Clipy Conditions (GLMS), Demographic Models in connection with Latitude Changing. RESULTS: Pairs of correlations between latitude, the change in habit and genetic metrics do not have important associations. However, GLMS reveals a significant interaction: the effect of change in the habitat of the Tajima’s D is strongly positive to high latitudes but negatively or neglected by low latitudes. It shows that demographic responses to past climate change varies latitude. Many high-latudes classes show genticic signature of demographic expansion and increase in range since LGM. Main conclusions: Our results support hypothesis that the species of higher latitudes have experienced a stronger demographic change because of Darwin’s first prophecies. In addition, the demographic development patterns in the taxa force suggest that some species can benefit from new heating, in accordance with the warming of the climatic janzen. It has shown those who know that climate genetic answers are formed by latitude and highlight the importance of participating in phylegogography with a change in climate change.

Latalaude items: A global view of Phylogegichic to revisit the climate demographic answers. Aritra Biswas, Praveen Karanth, Biorxiv 2025.06.08.658479;