This species profile is awaiting a write-up. The taxonomy, distribution, resources and other data below are compiled automatically from scientific databases, but no one has written about this species yet. If you know this species, you can help by adding:

a short overview: what it looks like, its basic life history, where it lives, and whether it is of research interest, of conservation concern, or a managed pest
identification notes: how to tell it apart from similar species
ecology and behavior: habitat, diet, host plants, life cycle and seasonal timing
management notes, if it is a pest or of conservation concern

We'd love your help! If you work with this species, have studied it, or simply know it well, we'd be glad to have you contribute. HopperWiki uses contributor accounts to help maintain the quality and reliability of its species profiles. Get in touch with an administrator and we'll be happy to get you set up.

Taxonomy

*Trimerotropis occidentaloides*
Trimerotropis occidentaloides
Taxonomic classification
Suborder:	Caelifera
Family:	Acrididae
Subfamily:	Oedipodinae
Tribe:	Trimerotropini
Genus:	Trimerotropis
Scientific name
	Trimerotropis occidentaloides Rentz & Weissman, 1981
Geography
Native countries:
	United States;
Traits
Diet:	Grasses and sedges, Forbs

For full nomenclature and taxonomic details of this taxon, see Orthoptera Species File

Identification

Identification resources

Distribution

Biology

Photos of this species

No images found for this query -- should be coming soon!

Habitat and ecology

Land-use change

Pest status

Management

Outbreaks

Outbreak media coverage

Associated organizations

No results found in the database at this time—please reach out if you have any to share!

Resources

Title	Author(s)	Year	Geographic purview	URL
NatureServe Explorer				View URL

Specimen contributors for this species

Natural history collections are built by people. The specimens that document this species were collected in the field, preserved in collections, and identified by generations of researchers and naturalists. Bionomia helps make these often-overlooked contributions visible by linking specimen records to the people behind them.

The contributors shown here are drawn from specimen records made available through GBIF and attributed to individuals by Bionomia. Each list shows up to the 20 people with the most specimens for this species, ranked from most to fewest.

Identified by

These people examined specimens and determined their taxonomic identity—an essential step in turning a collected specimen into a useful biodiversity record.

Tyler Grant — 3 specimens identified

References