Bridging the gaps between field-based ecology and remote sensing to estimate plant functional diversity: a systematic review

This systematic review evaluates the conceptual and methodological convergence between field-based ecology and remote sensing, highlighting their growing alignment on key functional traits while identifying persistent gaps in biome coverage and emphasizing the need for harmonized definitions and scaling assumptions to create a unified framework for monitoring plant functional diversity.

Cerda-Paredes, J. M., Pacheco-Labrador, J., Craven, D. + 1 more2026-02-19🌿 ecology

Temporal Trends: Phase-shifted time-series analysis reveals highly correlated reproductive behaviors in the black soldier fly, Hermetia illucens (Diptera: Stratiomyidae)

This study utilizes phase-shifted time-series analysis to demonstrate that mating activity in black soldier flies is highly correlated with subsequent reproductive metrics, specifically peaking at a 2-day lag for trap oviposition and a 3-day lag for other fertility indicators, thereby revealing the predictable temporal dynamics of their reproductive cycle.

Lemke, N. B., Li, C., De Smet, J.2026-02-18🌿 ecology

Seeing Above and Below the Canopy: Modeling and Interpreting Species Occupancy with Multimodal Habitat Representations

This paper introduces an interpretable, multimodal modeling framework that combines AI-derived satellite and ground-level imagery to create microhabitat-aware species occupancy models, significantly improving prediction accuracy and translating complex AI features into transparent, text-based ecological insights for conservation management.

Haucke, T., Harrell, L., Shen, Y. + 4 more2026-02-17🌿 ecology

Automated AI image recognition tools improve the efficiency of aerial wildlife counts: A multi-species case study on breeding seabirds and pinnipeds at the sub-Antarctic Bounty Islands.

This study demonstrates that combining piloted aircraft surveys with automated AI image recognition significantly improves the efficiency and accuracy of monitoring breeding seabird and pinniped populations at the remote Bounty Islands, reducing processing time from 66 hours to four minutes while maintaining high detection accuracy.

Muller, C. G., King, R., Baker, G. B. + 2 more2026-02-17🌿 ecology

Persistent declines in forest-dependent birds following active restoration of logged tropical forest in Borneo

Despite accelerating carbon recovery, active restoration techniques like liana cutting and enrichment planting in Borneo's selectively logged forests have led to persistent long-term declines in forest-dependent bird populations compared to naturally regenerating areas, challenging the assumption that carbon and biodiversity outcomes in nature-based solutions always align.

Cerullo, G., Balmford, A., Benedick, S. + 8 more2026-02-17🌿 ecology

A conservation planning assessment of basin wide Unionid mussel assemblages using environmental DNA

This study demonstrates that environmental DNA metabarcoding is a sensitive and efficient alternative to traditional visual surveys for assessing basin-wide unionid mussel assemblages, successfully detecting a higher number of species—including rare and federally protected ones—while offering valuable insights into occupancy patterns when detection repeatability is considered.

Marshall, N. T., Seymour, M., Herbert, N. + 2 more2026-02-16🌿 ecology

Phenology of 50 tree species across 9 years in a South Asian tropical rainforest indicates complex influence of climate, traits, and phylogeny

A nine-year study of 50 tree species in a South Asian tropical rainforest reveals that while leaf flushing and flowering are primarily driven by proximate climatic cues like daylength and precipitation, fruiting phenology is more strongly constrained by phylogenetic history and functional traits, suggesting lineage-specific vulnerabilities to climate change.

Madhavan, A. P., Kasinathan, S., Murali, A. + 6 more2026-02-16🌿 ecology