Temperature seasonality most strongly associated with Atlantic Forest bee richness
A modeling study of 466 native bee species found that temperature seasonality was the strongest biome-wide predictor of Atlantic Forest ...
A modeling study of 466 native bee species found that temperature seasonality was the strongest biome-wide predictor of Atlantic Forest ...
A stratified survey and species-distribution modelling of 47 dung beetle species in Vaud found that narrow-range species were easier to ...
A review of 95 studies from 1980–2021 maps the environmental and anthropogenic variables used in jaguar occurrence models and shows ...
Ecological niche modelling found that six of seven exotic terrestrial isopods in Japan remained below their modelled climatic range, with ...
A global and regional modeling study projects a poleward redistribution of potential Chinese mitten crab habitat, with different changes in ...
A new study shows that adding soil properties such as topographic wetness index, pH, and soil organic carbon to climate-only ...
A three-pronged study in Türkiye shows that the invasive African catfish consumes native prey more efficiently than the native Wels ...
A new species distribution model study projects that more than half of the current range of the endangered Japanese giant ...
Ecological niche modeling of four Hemorrhois snake species projects range expansion for one North African species and severe contractions for ...
A new framework combining impact classification with species distribution models maps where twenty invasive plants threaten Iran most, revealing hotspots ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine