Species Explorer

Megachile lagopoda

The primary threats to Megachile lagopoda include habitat loss from agricultural intensification and urbanization, which have reduced available nesting sites and food sources. Climate change may be disrupting the timing between the bee's life cycle and flowering periods of its preferred plants. Habitat fragmentation has isolated remaining populations, potentially reducing genetic diversity and breeding success.

Spaelotis ravida

Bathyphantes setiger

Bagous elegans

Porpidia hydrophila

Gravesteiniella boldi

Rinodina luridescens

Eucosma krygeri

Eucosma krygeri faces severe threats from habitat loss due to coastal development and agricultural conversion of its specialized dune and grassland habitats. Climate change poses additional risks through altered precipitation patterns and increased storm intensity affecting its narrow coastal range, while the species' highly restricted distribution makes it extremely vulnerable to local extinctions.

Ceutorhynchus scapularis

Ceutorhynchus scapularis faces severe population declines due to intensive agricultural practices that eliminate its host plants and apply harmful pesticides. Habitat fragmentation from agricultural expansion and urban development has isolated remaining populations, while climate change is altering the distribution and phenology of both the weevil and its cruciferous host plants.

Aspicilia aquatica

Aspicilia aquatica faces severe threats from habitat degradation due to water pollution, eutrophication, and altered hydrology of freshwater systems. Climate change and increased frequency of extreme weather events further threaten the specialized aquatic environments this lichen requires, while its limited distribution makes populations particularly vulnerable to local extinctions.

Thalassisobates littoralis

Stenoptilia veronicae

Acompsia subpunctella

Pogonus littoralis

The strandzoutloper faces severe threats from coastal habitat loss due to sea level rise, coastal development, and human disturbance of its specialized salt marsh environments. Climate change is particularly devastating as it alters the delicate salinity balance and tidal patterns essential for this species' survival, while coastal infrastructure development continues to fragment and destroy remaining suitable habitat.

Cochylimorpha straminea

Ectoedemia arcuatella

Helichrysum arenarium

Hylopezus perspicillatus

Brachythecium glareosum

Mayaca fluviatilis

Stream Bogmoss faces severe threats from habitat degradation due to water pollution, agricultural runoff, and urban development that alter the delicate water chemistry and flow patterns of its freshwater habitats. The species' specialized requirements for clean, slow-moving or still waters make it particularly vulnerable to human activities that modify aquatic ecosystems. Climate change further exacerbates these pressures by altering precipitation patterns and water temperatures.

Cyclemys oldhami

Bryum riparium

Hygroamblystegium fluviatile

Streamside Hygroamblystegium Moss faces severe threats from habitat degradation due to water pollution, altered hydrology from dam construction and water diversions, and climate change impacts on freshwater systems. The species' dependence on specific moisture and water quality conditions in riparian environments makes it extremely vulnerable to human activities that modify natural waterways and their immediate surroundings.

Schistidium rivulare

Streamside Schistidium Moss faces severe threats from habitat degradation due to water pollution, altered hydrology from dam construction and water diversions, and climate change impacts on streamflow patterns. Its specialized requirement for clean, fast-flowing water makes it particularly vulnerable to human activities that modify aquatic ecosystems and water quality.

Depressaria artemisiae

Chrysotoxum vernale

Eurysa lineata

Geastrum striatum

Thripophaga macroura

Polytrichum strictum

Lepiota echinella

Carex chordorrhiza

Stenobothrus lineatus

The Stripe-winged Grasshopper faces severe threats from habitat loss due to agricultural intensification and urban development, which have eliminated much of its specialized calcareous grassland habitat. Changes in land management practices, including both the intensification of agriculture and abandonment of traditional grazing, have further reduced suitable habitat availability.

Ethmia pusiella

The Striped Ermel faces severe threats from habitat loss and fragmentation caused by agricultural expansion and urban development. Climate change and light pollution further compromise the species' survival by disrupting essential ecological conditions and natural behaviors. The moth's specialized habitat requirements and limited dispersal ability make it particularly vulnerable to these environmental pressures.

Hybomitra expollicata

Eugerres plumieri

Inocybe fibrosoides

Gomphillus calycioides

Gomphillus calycioides faces severe threats from habitat destruction due to deforestation and urbanization of its specialized forest environments. Climate change poses additional risks by altering the delicate moisture and temperature conditions required for this lichen species to survive. The species' extremely limited distribution and specific ecological requirements make it particularly vulnerable to environmental changes.

Biatoropsis usnearum

Strylavgelésopp faces severe threats from air pollution and acid rain, which degrade the air quality essential for this epiphytic lichen's survival. Climate change is altering precipitation patterns and temperature regimes, disrupting the delicate moisture balance required by this species. Habitat loss through deforestation and urban development continues to eliminate suitable host trees and forest ecosystems.

Myrmeciza berlepschi

Amara quenseli

Amara quenseli faces severe threats from habitat loss due to agricultural intensification and urban development in its specialized sandy soil environments. Climate change and altered precipitation patterns further threaten the stability of its fragmented populations across northern European regions.

Cladonia botrytes

Stump lichen faces severe threats from habitat destruction due to deforestation and urban development, which eliminates the decaying wood substrates essential for its survival. Air pollution and acid rain significantly impact this sensitive species, while climate change alters the specific moisture and temperature conditions required for its growth and reproduction.

Entoloma euchroum

Tipula autumnalis

Ramonia subsphaeroides

Ramonia subsphaeroides faces severe population declines due to widespread habitat destruction from deforestation and urban development across its limited range. The species' highly specialized ecological requirements and small, fragmented populations make it extremely vulnerable to environmental changes and human disturbance.

Neides tipularius

Hieracium subglaucovirens

Nemapogon gliriella

Cladonia stygia

Eupleurus subterraneus