Species Explorer

Robertus ungulatus

Hypsosinga heri

Diplocephalus dentatus

Melampsora hirculi

Sphaerophoria fatarum

Myrtus communis

Clitellaria ephippium

Entoloma phaeocyathum

Acartauchenius scurrilis

Sympetalandra schmutzii

Arhopalus ferus

The naken barkbock faces severe population declines due to widespread deforestation and habitat fragmentation across its range. Climate change is altering the composition of coniferous forests, while intensive forestry practices remove the dead and dying trees essential for larval development.

Porania stormi

Trematocephalus cristatus

Staurolemma omphalarioides

Valerianella dentata

Cephalanthera longifolia

The Narrow-leaved Helleborine faces severe population declines primarily due to habitat destruction and fragmentation of its specialized woodland environments. Agricultural intensification, urban development, and changes in forest management practices have significantly reduced suitable habitat availability. Climate change and altered precipitation patterns further threaten the delicate ecological balance required for this orchid's survival.

Munida tenuimana

Vertigo angustior

The Narrow-mouthed Whorl Snail faces severe threats from habitat loss and degradation of its specialized wetland environments. Agricultural intensification, drainage of fens and marshes, and changes in water management practices have dramatically reduced suitable habitat across its range, while climate change poses additional risks through altered precipitation patterns and temperature regimes.

Sparganium angustifolium

Sphagnum angustifolium

Syntormon filiger

Gronops lunatus

Arboridia erecta

Natalobatrachus bonebergi

Atalaya natalensis

Hieracium pycnotomum

Hieracium pycnotomum faces severe threats from habitat loss due to agricultural expansion and urban development in its limited range. The species' highly specialized habitat requirements and small population size make it extremely vulnerable to environmental changes and human disturbance.

Palio nothus

Myotis nattereri

Natterer's Bat faces severe population declines due to widespread habitat destruction and roost site loss from building renovations and cave disturbance. Climate change is altering insect prey availability and disrupting hibernation patterns, while white-nose syndrome and other diseases pose additional mortality risks to already fragmented populations.

Epidalea calamita

Eupholidoptera astyla

Pseudocurimata boehlkei

Sula granti

Lasioglossum nitidiusculum

Thamnobryum neckeroides

Erigone promiscua

The negltaggedderkopp faces severe threats from coastal development and recreational activities that destroy or fragment its specialized dune habitats. Invasive plant species alter the structure of its preferred sparse vegetation communities, while climate change impacts including sea level rise threaten the stability of coastal dune systems.

Tropidonophis negrosensis

Eupithecia fennoscandica

Squalius svallize

Cobitis narentana

Prochilodus reticulatus

Whittleia retiella

The Netted Sweep faces severe population declines due to habitat destruction from agricultural expansion and urban development across its limited range. Climate change is altering the specific environmental conditions required for this species' survival, while invasive species compete for resources and disrupt ecosystem balance.

Libythea celtis

The Nettle-tree Butterfly faces significant population declines primarily due to habitat loss and degradation of its specialized woodland environments. The species' dependence on specific host plants, particularly nettle trees (Celtis species), makes it particularly vulnerable to forest fragmentation and changes in land use that eliminate these critical food sources.

Lasaeola prona

Megalurulus grosvenori

Enterographa elaborata

The New Forest Beech-lichen faces severe threats from air pollution, particularly nitrogen deposition and acid rain, which alter the bark chemistry of its host beech trees and make conditions unsuitable for growth. Climate change and habitat fragmentation further compound these pressures by reducing suitable microhabitats and limiting the species' ability to colonize new areas.

Batia internella

Brycinus carolinae

Heritiera utilis

Gambusia nicaraguensis

Polypedates insularis