R. Sollmann

Accounting for observation biases associated with counts of young when estimating fecundity: case study on the arboreal-nesting red kite (Milvus milvus)

The paper develops a statistical model to correct fecundity estimates by accounting for observation biases in brood counts, showing it reduces bias in population projections.

Mt or not Mt: Temporal variation in detection probability in spatial capture-recapture and occupancy models

This study evaluates the robustness of spatial capture-recapture and occupancy models to ignoring temporal variation in detection probability, finding that estimates are generally reliable under various conditions.

Addressing the Southeast Asian snaring crisis: impact of 11 years of snare removal in a biodiversity hotspot

This study evaluates the impact of 11 years of snare removal in two Vietnamese protected areas, finding significant but incomplete reductions in snare occupancy and highlighting the need for a multifaceted approach to combat snaring.

Noninvasive genetic surveys before and after a megafire detect displacement of migratory mule deer

The paper uses noninvasive genetic surveys before and after a megafire to detect displacement of migratory mule deer, finding increased density and recruitment immediately post-fire but no long-term effects.

Capturing biodiversity complexities while accounting for imperfect detection: the application of occupancy-based diversity profiles.

This paper develops an occupancy-based diversity profile framework to account for imperfect detection in biodiversity studies and applies it to bird communities.

Identifying conservation priorities in a defaunated tropical biodiversity hotspot

The paper identifies conservation priorities in defaunated tropical areas by analyzing species responses to environmental and anthropogenic factors using camera-trapping and environmental DNA.

Shifting up a gear with iDNA: from mammal detection events to standardized surveys

The paper compares iDNA and camera-trap surveys to assess mammal occupancy in tropical rainforests, finding consistent results and suggesting iDNA as a viable complementary method.