OrthopteraAcrididae – Short-horned Grasshoppers

Snow's Short-wing Grasshopper

Melanoplus snowi

This record describes Melanoplus snowi (species). Recorded family: Acrididae. Recorded order: Orthoptera.

Identification and Appearance

Snow's Short-wing Grasshopper - Melanoplus snowi
Contributed by David J. Ferguson; Additional contributions by Tyler Hedlund

Closely related to M. femurnigrum . Wings reduced, very short, with tegmina ovoid and widest toward tip, usually not touching. Hind tibiae blue, or at least bluish. Hind femur with much of outer face black, and contrastingly yellowish around the black color. Male cerci large, approximately twice as long as wide and constricted in middle (roughly dog-bone shaped). Male cercus

Classification

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Orthoptera (Grasshoppers, Crickets, Katydids)
Suborder
Caelifera
Family
Acrididae (Short-horned Grasshoppers)
Subfamily
Melanoplinae
Tribe
Melanoplini
Genus
Melanoplus

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

Habitat and Range

Habitat

High mountain grassland areas.

Geographic Range

Mountians of central and central-west New Mexico and central-east Arizona.

About Grasshoppers, Crickets, Katydids: the wider group

Order-level background for Orthoptera, the group containing Melanoplus snowi. Species-specific details appear above.

Group overview

Orthoptera includes ~28,000 described species of grasshoppers, crickets, and katydids. Desert locusts can form swarms covering 460 square miles containing up to 80 million individuals per square kilometer.

Ecological role of the group

Grasshoppers and crickets are a primary food source for birds, reptiles, and small mammals. Cricket farming is a growing industry - crickets require 12× less feed than cattle to produce the same amount of protein, using 2,000× less water.

Economic and practical significance of the group

A single large locust swarm can consume the same amount of food in one day as 35,000 people. The 2019-2021 East Africa locust crisis affected food security for 42 million people across multiple countries. Global crop losses from locusts can reach billions annually.

Recorded sources for this group: FAO, UN World Food Programme, research publications. Imported estimates may describe particular regions or reporting periods.

Explore Orthoptera families and species →

Photos of Snow's Short-wing Grasshopper (5)

Snow's Short-wing Grasshopper - photo 1
Contributed by David J. Ferguson; Additional contributions by Tyler Hedlund
Snow's Short-wing Grasshopper - photo 2
Contributed by David J. Ferguson; Additional contributions by Tyler Hedlund
Snow's Short-wing Grasshopper - photo 3
Contributed by David J. Ferguson; Additional contributions by Tyler Hedlund
Snow's Short-wing Grasshopper - photo 4
Contributed by David J. Ferguson; Additional contributions by Tyler Hedlund
Snow's Short-wing Grasshopper - photo 5
Contributed by David J. Ferguson; Additional contributions by Tyler Hedlund

Photo credits: Contributed by David J. Ferguson; Additional contributions by Tyler Hedlund

Frequently Asked Questions About Snow's Short-wing Grasshopper

What is Snow's Short-wing Grasshopper?

Snow's Short-wing Grasshopper (Melanoplus snowi) is a species in the family Acrididae, within the order Orthoptera.

How do you identify Snow's Short-wing Grasshopper?

Closely related to M. femurnigrum . Wings reduced, very short, with tegmina ovoid and widest toward tip, usually not touching. Hind tibiae blue, or at least bluish. Hind femur with much of outer face black, and contrastingly yellowish around the black color. Male cerci large, approximately twice as long as wide and constricted in middle (roughly dog-bone shaped). Male cercus

Where is Snow's Short-wing Grasshopper found?
FeatureDetails
HabitatHigh mountain grassland areas.
RangeMountians of central and central-west New Mexico and central-east Arizona.

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

Photo credits: Contributed by David J. Ferguson; Additional contributions by Tyler Hedlund. Contributors retain copyright over their individual contributions.