A revisit to circular statistical analysis of the orientations of termite mounds
Abstract
This research provides an in-depth circular statistical analysis of Amitermeslaurensis termite mound orientations across 14 sites in Northern Queensland, revisiting data from orientation of the termitaria of two species of Amitermes (isoptera: Termitinae) from Northern Queensland (1983) (also accessible in the R package circular). The study aims to uncover termite species’ potential environmental and adaptive responses to local climatic factors by analyzing the non-uniform patterns of mound orientation. The findings contribute to understanding species-environment interactions, which is crucial for anticipating the impacts of environmental change on ecosystem functions. The study aligns with the United Nations Sustainable Development Goals (SDGs), particularly Climate Action, by contributing insights into species adaptation under shifting climates and Life on Land by enhancing biodiversity and ecosystem resilience knowledge. This research illustrates the value of circular statistical methods in ecological analysis, underscoring their role in addressing global sustainability challenges.
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