EmbiopteraOligotomidae2 data sources

Saunders' Webspinner

Oligotoma saundersii

This record describes Oligotoma saundersii (species). Recorded family: Oligotomidae. Recorded order: Embioptera.

Identification and Appearance

Saunders' Webspinner - Oligotoma saundersii
Contributed by john and jane balaban; Additional contributions by Beatriz Moisset , Mike Quinn , v belov , Harsi S. Parker , PaleoJon

Similar to O. nigra but a bit lighter in color and with a yellowish tinge, esp. near leg joints. In O. saundersii males, the head tends to be darker than the rest of the body (in O. nigra the whole insect is uniformly black). Females and nymphs ID'd by association with identified males. (S.D. Rider's comments) Male -- Female -- Nymph

Wikipedia reference for Oligotoma saundersii: http://en.wikipedia.org/wiki/Oligotoma_saundersii.

Classification

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Embioptera (Webspinners)
Genus
Oligotoma

Imported taxonomy record. Source availability varies; see the source references and editorial policy below.

Habitat and Range

Geographic Range

FL-TX-FL - Map ( Rider 2009 ); native to so. Asia, now widespread in the tropics globally

Diet and Behavior

Life History

eggs almost completely covered with chewed substrate and also possibly fecula more in Rider (2009)

Additional species information

Species notes from the sources

Etymology: Oligotoma saundersii ( Westwood 1837)

About Webspinners: the wider group

Order-level background for Embioptera, the group containing Oligotoma saundersii. Species-specific details appear above.

Group overview

Embioptera (webspinners) includes ~400 described species. They are unique among insects for spinning silk from glands in their front feet (tarsi) - the only insects to produce silk from their legs.

Ecological role of the group

Webspinners are social insects that live in communal silk galleries. They can run equally fast forwards and backwards through their tunnels. Most species are wingless, though males of some species have wings.

Economic and practical significance of the group

Webspinners have minimal economic impact as they feed primarily on dead plant material. They are mostly tropical and subtropical, living in silk-lined tunnels under bark, rocks, or leaf litter.

Recorded sources for this group: Entomological research. Imported estimates may describe particular regions or reporting periods.

Explore Embioptera families and species →

Photos of Saunders' Webspinner (3)

Saunders' Webspinner - photo 1
Contributed by john and jane balaban; Additional contributions by Beatriz Moisset , Mike Quinn , v belov , Harsi S. Parker , PaleoJon
Saunders' Webspinner - photo 2
Contributed by john and jane balaban; Additional contributions by Beatriz Moisset , Mike Quinn , v belov , Harsi S. Parker , PaleoJon
Saunders' Webspinner - photo 3
Contributed by john and jane balaban; Additional contributions by Beatriz Moisset , Mike Quinn , v belov , Harsi S. Parker , PaleoJon

Photo credits: Contributed by john and jane balaban; Additional contributions by Beatriz Moisset , Mike Quinn , v belov , Harsi S. Parker , PaleoJon

Frequently Asked Questions About Saunders' Webspinner

What is Saunders' Webspinner?

Saunders' Webspinner (Oligotoma saundersii) is a species in the family Oligotomidae, within the order Embioptera.

How do you identify Saunders' Webspinner?

Similar to O. nigra but a bit lighter in color and with a yellowish tinge, esp. near leg joints. In O. saundersii males, the head tends to be darker than the rest of the body (in O. nigra the whole insect is uniformly black). Females and nymphs ID'd by association with identified males. (S.D. Rider's comments) Male -- Female -- Nymph

Where is Saunders' Webspinner found?

Range: FL-TX-FL - Map ( Rider 2009 ); native to so. Asia, now widespread in the tropics globally

What is the life cycle of a Saunders' Webspinner?

eggs almost completely covered with chewed substrate and also possibly fecula more in Rider (2009)

How we use and review source data. Source count does not imply independent verification.

Photo credits: Contributed by john and jane balaban; Additional contributions by Beatriz Moisset , Mike Quinn , v belov , Harsi S. Parker , PaleoJon. Contributors retain copyright over their individual contributions.