entomoge

Entomoge is a neologism used to describe an interdisciplinary concept that examines the role of insects in geological and soil processes. The term combines entomo-, from entomology, with ge-, from geology or geoscience. It is not a widely standardized scientific discipline, but appears in science communication and some research discussions as a framing device to highlight insect–earth interactions.

In this framing, entomoge encompasses mechanisms such as bioturbation by burrowing insects, nest and mound-building activities, and the scattering of organic matter. It also includes the influence of insects on plant reproduction and community structure through pollination and herbivory, as well as indirect effects on soil texture, mineral weathering, and carbon and nutrient cycling. Dung beetles, termites, ants, and other functional groups are often cited as key agents.

Research methods associated with the concept include field observations, soil sampling and analysis, isotopic tracing, microbial community profiling, and ecological modeling to link insect activity to soil formation and elemental fluxes.

Applications discussed in the literature include improving soil health, informing sustainable agriculture, aiding restoration ecology, and assessing ecosystem services provided by insect populations. Challenges include scaling results from microhabitats to landscapes, separating insect-driven effects from abiotic drivers, and achieving cross-disciplinary consensus on definitions and metrics.

Historically, entomoge has arisen primarily in speculative and educational contexts rather than as a formal subdiscipline. In fiction and popular science, the term is sometimes used to illustrate insect–geosphere coupling in accessible terms.