Wild Reefs17

• Could Machine Learning Transform Deep-Sea Conservation?

  The expedition explored the Nola seamount complex, where deep-sea corals and sponges torm vulnerable marine ecosystems that provide important habitat for a wide range of marine life.

  YouTube.com · Oct 5 · youtu.be

• Spatial and temporal variability of Honduran benthic communities and reef functionality throughout the fourth global coral bleaching event

  +1 similar Frontiers in Marine Science · Gianna Paden et al. · Oct 7 · doi.org

• Agaricia spp. recruitment failure and subsequent recovery in the wake of mass bleaching and disease outbreak on reefs of St. Thomas, US Virgin Islands

  Agaricia coral recruitment failed after 2019 bleaching and stony coral tissue loss disease in the USVI, with partial recovery by 2022. This directly measures reef resilience to the dual stressors reef keepers track in wild populations.

  Frontiers in Marine Science — Journal · Marilyn E. Brandt · Oct 9 · frontiersin.org

• In situ enhancement of coral larval settlement using acoustic enrichment, engineered habitats and living materials

  Field trial combining acoustic cues, engineered habitat, and living materials to enhance coral larval settlement in Hawaiʻi. Demonstrates conservation restoration techniques relevant to understanding coral recruitment and settlement biology.

  Communications Biology · Aaron A. Thode et al. · Oct 8 · doi.org

• Mangroves as Climate Refugia for Coral Reefs: A Review of Ecological Mechanisms, Opportunities and Trade-offs Under Climate Change

  Review synthesizes how mangrove ecosystems buffer corals from thermal stress through temperature modulation, pH buffering, and oxygen dynamics. Understanding refuge mechanisms informs where wild corals may persist under climate change and which systems merit protection.

  International Journal of Scientific Research in Science and Technology · Nisha S. Rajbhar et al. · Oct 7 · doi.org

• Deep learning–assisted coral morphology cover across 742 sites on the Great Barrier Reef (2022–2025): A Great Reef Census citizen science dataset

  Citizen science combined with deep learning mapped coral cover across 742 Great Barrier Reef sites 2022–2025. Large-scale, validated dataset reveals reef health trends and demonstrates scalable monitoring technology.

  Limnology and Oceanography Letters · Christopher L. Lawson et al. · Oct 5 · doi.org

• The atoll gap: area, governance, and the under-recognition of a major coral reef system

  Frontiers in Marine Science · Alex S. Wegmann et al. · Oct 6 · doi.org

• Corals Reveal Atlantic Drivers of Red Sea Surface Variability Through Indian Ocean Inflow

  Coral skeletal records reveal Atlantic influence on Red Sea temperature and salinity over 346 years. Long-term oceanographic patterns in reef regions inform understanding of natural variability underlying coral stress.

  Geophysical Research Letters · Ian Plummer et al. · Oct 5 · doi.org

• No effect of short‐term exposure to ocean acidification on individual‐level variation in behaviour and susceptibility to predation in a Great Barrier Reef damselfish

  Study found no population-level behavioral change in damselfish from short-term acidification exposure, despite prior reports. Challenges assumptions about CO₂ sensitivity and individual variation in reef fish responses.

  Journal of Animal Ecology · Dominique G. Roche et al. · Oct 8 · doi.org

• High‐Resolution Satellite Imagery Reveals Landscape‐Scale Benthic Habitat Changes in a Turbid Coral Reef

  Satellite analysis of a turbid southwestern Atlantic reef over 14 years reveals shifts in benthic habitat composition and spatial structure. Long-term habitat monitoring at scale reveals stress patterns that single-site surveys cannot detect.

  Remote Sensing in Ecology and Conservation · Thais Andrade Galvão de Medeiros et al. · Oct 7 · doi.org

• Spatial attention–driven hybrid Vision Transformers for automated classification of crown-of-thorns starfish in coral reef ecosystems

  Deep learning system for automated crown-of-thorns starfish detection in reef surveys. Addresses a major reef pest through technology that could improve monitoring and management of wild reefs.

  Frontiers in Marine Science · Yogasrinithi P. et al. · Oct 5 · doi.org

• Reef fish assemblages on Acropora patches in the Colombian Caribbean: resistance to reef degradation

  Fish assemblages on remaining Acropora patches in Colombian Caribbean show resilience despite 90% branching coral loss. Documents resistance mechanisms in degraded reefs and coral-fish interdependence.

  PeerJ · Rocío García‐Urueña et al. · Oct 5 · doi.org

• Projected intensification of summer upwelling along the Southeastern Coast of China

  Coastal upwelling intensity along southeastern China is projected to increase through 2100 under climate scenarios. Upwelling drives nutrient cycling and regional ecosystem productivity affecting wild reef dynamics.

  Frontiers in Marine Science — Journal · Fanglou Liao · Oct 9 · frontiersin.org

• Through the Great Southern Reef Research Partnership, teams have surveyed priority regions across 5 states…

  The Great Southern Reef Research Partnership surveyed and revisited monitoring sites across five Australian states. Long-term reef surveillance establishes the ecological baseline reef keepers watch in wild populations.

  Great Southern Reef Foundation — Bluesky · Oct 8 · bsky.app

• Effects of sea ice model characteristics on Arctic marine primary production

  Research on how sea ice features affect Arctic phytoplankton and primary production under climate change. Models coral-reef productivity drivers in cold-water systems with shifting baselines.

  Frontiers in Marine Science — Journal · Shuang Gao · Oct 8 · frontiersin.org

• 🌊 How is the incoming strong #ElNiño shaping up to impact California's coastline, kelp ecosystems and marine…

  Scripps scientists discuss El Niño impact on California kelp and marine ecosystems. Kelp ecosystems are temperate, not tropical reef, but ENSO drives global reef bleaching cycles.

  Scripps Institution of Oceanography — Bluesky · Oct 7 · bsky.app

• Habitat-shifting predatory and herbivorous reef fishes exhibit spatial partitioning despite shared biophysical drivers of seascape use

  Study of spatial partitioning in reef fish despite shared environmental drivers. Incremental work on wild reef fish behavior and habitat use.

  Landscape Ecology · Isla N. Spence et al. · Oct 8 · doi.org