Discover, rate, and discuss biology preprints.

This study analyzes the population ecology of Contarinia maculipennis using a life table model, finding that soil type and moisture significantly affect its life cycle and population dynamics.

The paper introduces a dataset of mosquito wing images to support geometric morphometry and machine learning for species identification.

The paper analyzes DNA barcode data from 1.35 million flying insect specimens to show that dominant insect families exhibit weak or inverse latitudinal diversity gradients, challenging traditional ecological expectations.

The paper develops physiologically based demographic models to analyze invasive species dynamics in Africa, emphasizing the importance of biological data for predictive modeling.

This study uses beetle carcasses to model nematode succession and coexistence through agent-based modeling, showing coexistence across diverse scenarios.

This paper demonstrates that pretrained neural networks and unsupervised learning effectively analyze coral reef soundscapes for ecological insights without manual annotation.

The paper analyzes taxonomic synonymization trends across marine species, finding a gradual decrease in synonymization rates and a negative correlation between time and synonym counts.

The paper detects airborne Coccidioides spores using UAS-mounted samplers in California, finding Coccidioides DNA in 4.9% of air samples at 8 m height.

The paper monitors macroinvertebrates in a guano-rich cave, finding higher diversity with structural complexity and bat presence, and lower diversity in old guano substrates.

This study shows tropical seabirds in the California Current Ecosystem increased in abundance and expanded their range northward with warmer ocean conditions and marine heatwaves.

The paper develops a stochastic model to assess extinction risk by integrating thermal performance curves with population dynamics, showing how temperature variability affects population persistence.

This study shows that soil disturbance reduces root fungal microbiome network robustness, with arbuscular mycorrhizal fungi playing a key role in maintaining stability.

The paper quantifies a global soil organic carbon sink of 1.83 petagrams per year from 1992 to 2020, driven by extratropical and boreal ecosystems, highlighting the importance of soil conservation for climate mitigation.

This study examines how dispersal, habitat suitability, and biotic interactions influence benthic invertebrate community assembly in restored urban streams, finding that dispersal dominates early recovery while habitat suitability becomes more important over time.

This study analyzes the foraging behavior of Saimaa ringed seals using telemetry data and environmental models to identify seasonal and depth-specific patterns.

This study examines how land-use intensity, productivity, and vegetation richness affect seed rain composition and density in temperate grasslands, finding that higher land-use intensity reduces diversity but increases seed production.

This study shows Dexrazoxane reduces microsporidia spore load in mosquitoes without affecting infection success, suggesting its potential as a tool for controlling microsporidia in malaria vectors.

This study assesses how thermal preconditioning affects thermal tolerance and baseline physiology across six coral species, finding species-specific responses and trade-offs in physiological baselines.

This study uses microfluidic soil-on-a-chip devices to measure motility parameters of Bradyrhizobium diazoefficiens in confined environments, revealing reduced speeds and increased directional changes in narrow channels.