54,666 threatened species
tracked and monitored

Parinari parvifolia

Parinari parvifolia faces severe threats from agricultural expansion, particularly soybean cultivation and cattle ranching that have converted vast areas of native Cerrado habitat. Mining activities targeting iron ore and other minerals in rocky outcrop areas directly destroy the specialized microhabitats where this species occurs. Frequent anthropogenic fires, often set to clear land for agriculture, disrupt the natural fire regime that Cerrado species depend upon, preventing successful reproduction and seedling establishment in remaining populations.

Aphanius transgrediens

Based on the provided information, the threats to the Aci Göl Killifish have not been assessed, so the specific dangers facing this species are currently unknown. Without a proper threat assessment, scientists cannot determine what factors might be putting this fish at risk or how severe those risks might be. It is therefore impossible to determine whether threats to this species are increasing, stable, or decreasing.

Vipera berus

Adder populations face severe pressure from habitat fragmentation as agricultural intensification and urban development destroy the mosaic of heathland, grassland, and woodland edge habitats essential for their survival. Climate change poses a particularly acute threat to this cold-adapted species, with warming temperatures disrupting hibernation patterns and shifting suitable habitat northward faster than populations can naturally disperse. Human persecution remains a significant factor, as fear-driven killing continues despite the species' generally docile nature and important ecological role.

Nicrophorus interruptus

The specific threats to Ådselgraver (Nicrophorus interruptus) have not been assessed or documented by researchers. Without this threat assessment data, it's impossible to determine what particular dangers this species faces or how human activities might be affecting its survival. The status of threats to this species - whether they are increasing, stable, or decreasing - cannot be determined without proper scientific evaluation.

Walckenaeria alticeps

The primary threat to Walckenaeria alticeps stems from the conversion and fragmentation of old-growth coniferous forests, which eliminates the stable moss layer communities essential for the species' survival. Climate change poses an additional significant risk, as rising temperatures and altered precipitation patterns disrupt the precise moisture conditions required for both the spider and its springtail prey. Intensive forestry practices, including clear-cutting and soil compaction from heavy machinery, destroy the delicate forest floor structure that supports the species' web-building behavior and hunting success.

Selenodes karelica

The primary threats to Selenodes karelica stem from habitat degradation and loss of its specialized microhabitats within the boreal ecosystem. Climate change poses a significant risk to this northern species, as warming temperatures may shift suitable habitat zones beyond the moth's current range or alter the phenology of its host plants. Forest management practices and land use changes in its limited distribution area further threaten the delicate ecological balance required for the species' survival.