Species Explorer

Phleum arenarium

Agrotis ripae

Laccaria maritima

Mellinus crabroneus

The Sand Digger Wasp faces severe population declines due to widespread habitat loss from agricultural intensification and urban development that destroys the sandy soils essential for nesting. Climate change and increased frequency of extreme weather events further threaten remaining populations by altering prey availability and disrupting reproductive cycles.

Riparia riparia

Scythris cicadella

Juncus tenageia

Phallus hadriani

The Sand Stinkhorn faces severe threats from coastal development and habitat destruction, as its specialized sandy coastal and dune ecosystems are increasingly converted for tourism and urban development. Climate change poses additional risks through sea level rise and altered precipitation patterns that affect the specific soil conditions this fungus requires for fruiting and spore dispersal.

Vicia acutifolia

Sand vetch faces severe population declines due to habitat loss from agricultural intensification and urban development across its native Mediterranean range. The species' specialized requirements for sandy soils and coastal environments make it particularly vulnerable to coastal development and changes in land use practices.

Arctosa perita

Brachmia dimidiella

Pelonaia corrugata

Phyllonorycter quinqueguttella

Bryotropha umbrosella

Dichomeris limosellus

Ceutorhynchus posthumus

Gnorimoschema bodillum

Caryocolum arenariella

Hoplia graminicola

The Sandoldenborre faces severe threats from habitat loss and fragmentation as sandy grasslands are converted for urban development and intensive agriculture. Changes in traditional land management practices and climate-induced alterations to soil conditions further threaten the species' specialized habitat requirements.

Sciocoris cursitans

Chionodes violacea

Attactagenus plumbeus

Aphomia zelleri

Pyrgus cinarae

Sanguisorba officinalis

Agonopterix astrantiae

Taraxacum pseudosuecicum

Taraxacum pseudosuecicum faces severe threats from habitat loss due to agricultural intensification and urban development in its limited range. Climate change poses additional risks by altering the specific environmental conditions required for this specialized dandelion species, while invasive plant species compete for resources in its restricted habitat.

Basileuterus basilicus

Saperda similis

The intermediate poplar borer faces severe threats from habitat loss caused by deforestation, urban development, and changes in forest management that reduce suitable host trees. The species' specialized dependence on poplar and willow trees makes it particularly vulnerable to environmental changes affecting these hosts. Climate change may further impact the beetle through alterations to forest composition and host tree health.

Dupouyichthys sapito

Hopea plagata

Hopea plagata faces severe threats from widespread deforestation and habitat conversion throughout its range in Southeast Asian tropical forests. The species is particularly vulnerable due to its slow growth rate and high-value timber, making it a target for selective logging, while remaining populations are increasingly fragmented by agricultural expansion and urban development.

Osornophryne bufoniformis

Caryocolum petryi

Geotrygon saphirina

Pseudochalceus bohlkei

Eurostopodus diabolicus

Toxolasma pullum

Xyris flabelliformis

Savannah yelloweyed grass faces severe threats from habitat loss due to agricultural conversion and urban development of its specialized wetland habitats. The species' restricted range and specific ecological requirements make it particularly vulnerable to hydrological changes from drainage, water diversion, and altered fire regimes in savannah ecosystems.

Cortinarius serratissimus

Locustella luscinioides

Neoalticomerus formosus

Barbitistes serricauda

Prionus coriarius

The Sawyer Beetle faces severe population declines due to widespread habitat loss from deforestation and urbanization, which eliminates the mature deciduous forests it requires for breeding. Climate change is altering forest composition and reducing suitable host tree species, while intensive forest management practices remove the dead and dying wood essential for larval development.

Galaxea astreata

Squamarina lentigera

Inocybe hystrix

Tricholoma vaccinum

The Scaly Knight faces severe population declines due to widespread habitat degradation and loss of suitable forest ecosystems. Climate change is altering the delicate soil chemistry and mycorrhizal relationships essential for this fungus, while increased pollution and soil contamination further threaten remaining populations.

Tulostoma melanocyclum

The Scaly Stalkball faces severe threats from habitat loss due to agricultural expansion and urban development across its limited range. Climate change poses additional risks by altering the specific soil and moisture conditions this fungus requires for reproduction and survival.

Cortinarius pholideus

Patagioenas squamosa