Subterranean-termites
Guides
Gnathamitermes
Long-jawed Desert Termites
Gnathamitermes is a genus of subterranean termites in the family Termitidae, comprising approximately six described species distributed in arid and semi-arid regions of North America. The genus is commonly known as the long-jawed desert termites, reflecting the elongated mandibles characteristic of at least some species. Research has focused particularly on G. perplexus and G. tubiformans, which exhibit distinct foraging and nest-building behaviors. These termites play significant ecological roles in desert ecosystems through soil modification and decomposition processes.
Heterotermes
subterranean termites
Heterotermes is a genus of subterranean termites with near-cosmopolitan distribution. Members are eusocial insects forming large colonies with distinct castes: primary reproductives (alates), nymphoid neotenic secondary reproductives, workers, and soldiers. The genus is closely related to Reticulitermes. Several species are significant pests of timber, crops, and structures.
Heterotermitidae
Typical Subterranean Termites, Subterranean Termites
Heterotermitidae, commonly known as subterranean termites, is a family of termites elevated from subfamily Heterotermitinae (formerly in Rhinotermitidae) based on 2024 cladistic analyses. The family is sister to Termitidae, together forming the clade Geoisoptera. It includes economically significant genera Reticulitermes, Heterotermes, and Coptotermes, with C. formosanus alone causing over $2.2 billion in annual damages in the United States. Members forage through soil and construct mud tubes to access wood resources.
Reticulitermes
subterranean termites
Reticulitermes is a genus of subterranean termites in the family Rhinotermitidae, found across temperate regions of Asia, Europe, and North America. These termites are economically significant structural pests that live in soil and construct mud tubes to access above-ground wood. Colonies exhibit a three-caste system of workers, soldiers, and reproductives, with workers retaining developmental plasticity to become ergatoid reproductives. Species identification within the genus often requires molecular techniques due to overlapping morphological characteristics.