Species Explorer

Tricerma phyllanthoides

Robertus neglectus

Chrysotus laesus

Cardinalis phoeniceus

Vicia dumetorum

Hieracium chloromaurum

Phyllonorycter nigrescentella

Entoloma hispidulum

Antrodia heteromorpha

Antrodia heteromorpha faces severe decline primarily due to the destruction and fragmentation of old-growth forests containing the large, dead or dying deciduous trees it requires for survival. The species' extremely limited distribution and specialized habitat requirements make it particularly vulnerable to logging activities and forest management practices that remove dead wood.

Cortinarius multiformium

Diospyros caribaea

Harpalus modestus

Harpalus modestus faces severe population declines due to intensive agricultural practices and habitat conversion that have eliminated much of its specialized ground beetle habitat. The species is particularly vulnerable to pesticide applications and soil disturbance from modern farming techniques, while urban development continues to fragment remaining suitable areas.

Nomada villosa

Cortinarius aprinus

Elachista occidentalis

Chromosera viola

Viol-vokshat faces severe population declines due to widespread habitat destruction from agricultural expansion and urban development across its limited range. Climate change is altering the specific environmental conditions this species requires, while invasive plant species are degrading the quality of remaining habitat patches.

Sarcosphaera coronaria

Riccia huebeneriana

Violet Crystalwort faces severe threats from habitat destruction and degradation of its specialized wetland environments. The species' extremely limited distribution and specific ecological requirements make it highly vulnerable to environmental changes, with remaining populations at risk from agricultural conversion, water pollution, and climate-induced alterations to moisture regimes.

Cortinarius venustus

Chromosera cyanophylla

Chromosera cyanophylla faces severe population declines due to widespread deforestation and habitat fragmentation across its limited range. The species' specialized ecological requirements make it particularly vulnerable to environmental changes, while its small population size increases extinction risk from stochastic events.

Lecanographa amylacea

Hypochnella violacea

Cortinarius pseudoglaucopus

Cortinarius caesiocanescens

Cortinarius rufo-olivaceus

Cortinarius rufo-olivaceus faces severe threats from habitat loss due to deforestation and forest fragmentation, which destroys the specific mycorrhizal relationships this fungus requires with its host trees. Climate change is altering temperature and moisture regimes in its native forest ecosystems, while pollution and soil contamination further degrade the delicate conditions necessary for its survival.

Ethmia bipunctella

Hoplitis anthocopoides

Scorzonera humilis

Thalloidima candidum

Thalloidima candidum faces severe threats from habitat loss due to deforestation and urban development, which has fragmented its remaining populations. Climate change is altering the specific microhabitat conditions this lichen requires, while air pollution from industrial activities is degrading the air quality essential for its survival.

Caryocolum cassella

Brachyderes lusitanicus

Aradus signaticornis

Delectopecten vitreus

Conisania leineri

Leptodromiella crassiseta

Photedes morrisii

Phlebia subulata

Curimata mivartii

Orthotrichum consimile

Alosa volgensis

Phocoena phocoena

Melanohalea exasperata

Leptura aethiops

Leptura aethiops faces severe population declines due to widespread habitat loss from deforestation and forest fragmentation across its European range. The species' dependence on mature deciduous and mixed forests with specific deadwood requirements makes it particularly vulnerable to intensive forest management practices and climate change impacts on forest ecosystems.

Microsania vrydaghi

Chenopodiastrum murale

Wall Goosefoot faces severe population declines due to widespread habitat destruction from urban development and agricultural intensification across its range. The species' dependence on disturbed soils and waste ground makes it particularly vulnerable to changes in land management practices and the increasing use of herbicides in urban and agricultural areas.

Crinia tinnula

Litoria freycineti

Sagittaria latifolia

Wapato faces severe threats from wetland habitat destruction and degradation due to agricultural conversion, urban development, and water management practices that alter natural hydrology. Pollution from agricultural runoff and invasive species competition further compromise remaining populations, while climate change threatens to disrupt the specific water level conditions this species requires for reproduction.

Smicronyx jungermanniae

The primary threats to this species include habitat loss through wetland drainage and agricultural intensification, which eliminates the specialized plant communities it depends on. Water management practices and urban development further fragment and degrade remaining suitable habitats. The species' highly specialized ecological requirements and limited dispersal ability make it extremely vulnerable to these environmental changes.

Silometopus bonessi

The primary threats to Silometopus bonessi include habitat destruction from agricultural practices and urban development, which eliminate the warm, dry grassland environments essential for its survival. Climate change poses additional risks by altering the temperature and moisture conditions of its specialized microhabitats. The species' limited dispersal ability and small population size make it highly vulnerable to local extinctions from these environmental pressures.