AraneaeThomisidae – Crab Spiders

Mecaphesa schlingeri

This record describes Mecaphesa schlingeri (species). Recorded family: Thomisidae. Recorded order: Araneae.

Identification and Appearance

Mecaphesa schlingeri - Mecaphesa schlingeri
Contributed by Ken Schneider; Additional contributions by cheins

To paraphrase Schick (see page 120 of reference below): Dorsum of abdomen characteristically marked with broad red stripes including a pair of lateral stripes originating at anterior dorsolateral margin of abdomen and curving ventrad halfway back on abdomen where they terminate, as well as a paramedial pair with a common origin on the dorsum of abdomen near anteromedial margin, diverging caudad until halfway back on abdomen and then converging to meet just before anal tubercle, and finally two pairs of oblique bilateral stripes extending laterocaudad from paramedial stripes, paralleling the ventrally curving portion of the lateral stripes and terminating at the same level as the latter... Palp

Classification

Kingdom
Animalia
Phylum
Arthropoda
Class
Arachnida
Order
Araneae (Spiders)
Family
Thomisidae (Crab Spiders)
Genus
Mecaphesa

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

Habitat and Range

Geographic Range

Known only from California.

About Spiders: the wider group

Order-level background for Araneae, the group containing Mecaphesa schlingeri. Species-specific details appear above.

Group overview

As of 2023, 51,673 spider species in 136 families have been recorded, though an estimated 150,000 species exist. Spiders rank 7th in total species diversity among all organism orders. Only 0.5% of spider species pose any risk to human health.

Ecological role of the group

Spider venom contains complex peptides with diverse pharmacological activities, making them valuable for drug development research. Spiders produce up to 7 types of silk from specialized glands. Spider silk genes have been inserted into mammals and plants for biotech applications.

Economic and practical significance of the group

The global spider community kills an estimated 400-800 million tons of prey annually (2017 study). Spiders provide billions of dollars in natural pest control for agriculture. Spider silk is 5× stronger than steel of the same diameter, driving a biomaterials research industry.

Recorded sources for this group: World Spider Catalog, PNAS, Nature, ScienceDirect. Imported estimates may describe particular regions or reporting periods.

Explore Araneae families and species →

Photos of Mecaphesa schlingeri (2)

Mecaphesa schlingeri - photo 1
Contributed by Ken Schneider; Additional contributions by cheins
Mecaphesa schlingeri - photo 2
Contributed by Ken Schneider; Additional contributions by cheins

Photo credits: Contributed by Ken Schneider; Additional contributions by cheins

Frequently Asked Questions About Mecaphesa schlingeri

What is Mecaphesa schlingeri?

Mecaphesa schlingeri is a species in the family Thomisidae, within the order Araneae.

How big is Mecaphesa schlingeri?

Males average 4 mm in length; females average 6.0-6.5 mm in length.

How do you identify Mecaphesa schlingeri?

To paraphrase Schick (see page 120 of reference below): Dorsum of abdomen characteristically marked with broad red stripes including a pair of lateral stripes originating at anterior dorsolateral margin of abdomen and curving ventrad halfway back on abdomen where they terminate, as well as a paramedial pair with a common origin on the dorsum of abdomen near anteromedial margin, diverging caudad until halfway back on abdomen and then converging to meet just before anal tubercle, and finally two pairs of oblique bilateral stripes extending laterocaudad from paramedial stripes, paralleling the ventrally curving portion of the lateral stripes and terminating at the same level as the latter... Palp

Where is Mecaphesa schlingeri found?

Range: Known only from California.

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

Photo credits: Contributed by Ken Schneider; Additional contributions by cheins. Contributors retain copyright over their individual contributions.