Melanoplus frigidus

(Boheman, 1846)

Nordic mountain grasshopper, narrow-winged locust, High Mountain Grasshopper

Melanoplus frigidus is an alpine grasshopper in the Acrididae, native to northern Europe and Asia. It is a true alpine restricted to high-elevation in the Scandes and similar mountain systems. Research has focused on its sensitivity to temperature variation as a potential indicator of climate change effects on alpine .

Melanoplus frigidus by (c) Andre Hosper, some rights reserved (CC BY), uploaded by Andre Hosper. Used under a CC-BY license.Melanoplus frigidus by (c) Lennart Hudel, some rights reserved (CC BY), uploaded by Lennart Hudel. Used under a CC-BY license.Melanoplus frigidus by (c) Andre Hosper, some rights reserved (CC BY), uploaded by Andre Hosper. Used under a CC-BY license.

Pronunciation

How to pronounce Melanoplus frigidus: //mɛˈlænoʊpləs ˈfrɪdʒɪdəs//

These audio files are automatically generated. While they are not always 100% accurate, they are a good starting point.

Identification

As a member of the spur-throated grasshopper Melanoplinae, M. frigidus possesses a distinct spur or projection on the . The specific epithet 'frigidus' (cold) reflects its association with cold, high-elevation environments. Distinctive features separating it from other Melanoplus in overlapping ranges require examination.

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Habitat

True alpine grasslands in the low alpine belt of the Scandes mountains. Colonizes only the warmest microhabitats within this zone, with maximum soil surface temperatures reaching 31°C. Vegetation consists of shrub-rich heath dominated by Vaccinium myrtillus and Calluna vulgaris.

Distribution

Europe and Northern Asia (excluding China). Documented from the Norwegian Scandes; range extends across northern European and Asian alpine systems.

Seasonality

timing varies by up to 3 weeks depending on spring temperature conditions between years. Activity period constrained by short alpine growing season.

Life Cycle

Development times have been modeled for four different seasons using continuously measured temperature data. The maximum delay of is estimated at 3 weeks, determined by variation in spring temperature conditions between years.

Human Relevance

Proposed as an indicator organism for detecting climate change effects on alpine zoo-coenoses of the Scandes, due to its sensitivity to temperature variation in development timing.

Similar Taxa

  • Other Melanoplus speciesMany Melanoplus occur in northern regions; M. frigidus is distinguished by its strict alpine association and cold-adapted .

More Details

Climate sensitivity research

Development modeling indicates strong temperature-dependence in timing, making this useful for studying biological responses to climate variation in alpine systems.

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Sources and further reading