Species Explorer

Fellhaneropsis vezdae

Micarea stipitata

Micarea stipitata faces severe threats from air pollution and habitat degradation, particularly in urban and industrial areas where this lichen species struggles to survive. The species is highly sensitive to atmospheric pollutants and changes in substrate quality, making it vulnerable to ongoing environmental pressures across its limited range.

Rinodina isidioides

Rinodina isidioides faces severe threats from air pollution and habitat degradation, as this lichen species is highly sensitive to atmospheric contaminants and changes in substrate quality. Urban expansion and industrial activities have significantly reduced suitable habitat, while climate change alters the delicate moisture and temperature conditions required for survival.

Coenomyia ferruginea

Chenopodium vulvaria

Miconia angustifolia

Miconia angustifolia faces severe threats from habitat destruction due to agricultural expansion, urban development, and deforestation throughout its native range in the Caribbean and Central America. The species' limited distribution and small population sizes make it extremely vulnerable to environmental changes and human activities. Climate change and invasive species further compound these pressures on remaining populations.

Anisomeridium biforme

Tibellus maritimus

Eutypella stellulata

Arthonia stellaris

Gyalidea asteriscus

Gyalidea asteriscus faces severe threats from habitat degradation and loss of suitable substrates in its specialized environments. Air pollution and climate change are significantly impacting the delicate balance required for this lichen species to survive, while its extremely limited distribution makes it particularly vulnerable to local extinctions.

Russula subcristulata

Sison amomum

Dianthus arenarius

Schistidium trichodon

Stook Grimmia faces severe threats from habitat degradation and loss due to air pollution, acid rain, and climate change affecting its specialized rocky substrates. The species' extremely limited distribution and small population size make it highly vulnerable to local extinctions from environmental disturbances and human activities in its restricted range.

Aradus conspicuus

Stor barktæge (Aradus conspicuus) faces severe population declines due to habitat loss and degradation of its specialized bark beetle-dependent ecosystems. The species' narrow ecological requirements and limited dispersal ability make it particularly vulnerable to forest fragmentation and changes in host tree availability.

Sitona puncticollis

Eopyrenula septemseptata

Eopyrenula septemseptata faces severe threats from habitat loss due to deforestation and air pollution, which degrades the specific environmental conditions this lichen species requires. As a specialized organism dependent on particular substrate and air quality conditions, it is extremely vulnerable to environmental changes and has limited ability to adapt to rapidly altered ecosystems.

Helcomyza ustulata

The stor brunalgfluga faces primary threats from coastal development and habitat destruction along its narrow range of suitable shoreline environments. Climate change impacts, including sea level rise and increased storm intensity, threaten the specific coastal conditions required for the species' survival. Pollution and human disturbance of seaweed deposits that serve as essential breeding habitat further compromise population viability.

Lentaria subcaulescens

Labidostomis tridentata

Stor langben faces severe population declines due to intensive agricultural practices and habitat fragmentation across its European range. The species' specialized feeding requirements on specific host plants make it particularly vulnerable to pesticide use and the loss of traditional farming landscapes that support diverse plant communities.

Antipalus varipes

The stor sandrovfluga (Antipalus varipes) faces severe population declines due to habitat destruction from coastal development and agricultural expansion in its limited range. Climate change-induced sea level rise and increased storm intensity threaten its specialized sandy coastal breeding sites, while pollution from agricultural runoff degrades the quality of remaining habitats.

Solorina octospora

Bactrospora dryina

Gymnopus brassicolens

Chalcophora mariana

Chalcophora mariana faces severe population declines due to habitat loss from deforestation and forest fragmentation, which eliminates the mature deciduous trees essential for its larval development. Climate change and increased frequency of forest fires further threaten remaining populations by altering forest composition and destroying critical breeding habitats.

Mycoaciella bispora

Melitta melanura

Melitta melanura faces severe population declines due to widespread habitat loss from agricultural intensification and urban development across its European range. The species' specialized foraging requirements on specific flowering plants make it particularly vulnerable to landscape fragmentation and the loss of traditional extensive farming practices that maintained diverse wildflower meadows.

Arboridia pusilla

Hauptidia distinguenda

Protoblastenia calva

Storfrugtet gulskivelav faces severe threats from habitat degradation and loss due to air pollution, climate change, and human development pressures. As a lichen species with specific substrate and environmental requirements, it is particularly vulnerable to changes in air quality and microclimate conditions that disrupt the delicate balance needed for survival.

Allomengea scopigera

The primary threat to Allomengea scopigera is habitat loss through logging and forest management activities that eliminate the old-growth forest conditions it requires. Climate change compounds these pressures by altering temperature and moisture regimes essential for the species' survival. The extremely limited distribution and habitat fragmentation further increase extinction risk by isolating small populations.

Hieracium crassiceps

Cymatia coleoptrata

Pycnoporellus alboluteus

Pycnoporellus alboluteus faces severe threats from widespread deforestation and habitat fragmentation across its range, particularly affecting old-growth forest ecosystems essential for its survival. Climate change is altering forest composition and moisture regimes, while logging activities remove the large dead trees this fungus requires as substrate.

Scolytus triarmatus

Dicerca aenea

The större asppraktbagge faces severe population declines due to the widespread loss and fragmentation of old-growth deciduous forests containing its host trees. Intensive forest management practices and urbanization have eliminated much of the mature aspen and poplar woodland habitat essential for this species' survival. Climate change further threatens remaining populations by altering forest composition and reducing suitable breeding sites.

Monochroa sepicolella

Cochylidia richteriana

Philine catena

Coleophora brevipalpella

Större klintsäckmal (Coleophora brevipalpella) faces severe threats from habitat loss and degradation of its specialized coastal cliff environments. Climate change poses additional risks through altered vegetation patterns and increased storm intensity affecting its fragile cliff-face habitats, while the species' highly restricted range makes it extremely vulnerable to local extinctions.

Brachyopa vittata

Aelia rostrata

Aelia rostrata faces severe population declines due to intensive agricultural practices and widespread habitat loss across its range. The species' specialized feeding requirements and limited dispersal ability make it particularly vulnerable to landscape fragmentation and pesticide use in agricultural areas.

Upis ceramboides

Större svartbagge faces severe threats from habitat loss due to intensive forestry practices that remove the dead and decaying wood essential for its survival. Climate change and forest fragmentation further reduce the availability of suitable old-growth forest habitats, while the species' specialized ecological requirements make it particularly vulnerable to environmental changes.

Cossonus parallelepipedus

Xerocnephasia rigana

Pyrenula macrospora

Hysterangium stoloniferum

Thelotrema macrosporum

Mycoporum antecellens

Storsporig päronlav faces severe threats from air pollution and climate change, which have dramatically reduced suitable habitat conditions across its range. The species' extreme sensitivity to atmospheric nitrogen deposition and sulfur compounds, combined with its slow growth rate and limited dispersal ability, has led to widespread population declines and local extinctions.