Husbandry & Science11

• Steroid hormones produced by coral-associated Endozoicomonas influence coral immune response during thermal stress

  Coral-associated Endozoicomonas bacteria produce steroid hormones that enhance immune response during thermal stress. Understanding coral holobiont physiology is fundamental to keeping corals alive under adverse conditions.

  Nature Microbiology · Amin R. Mohamed et al. · Oct 22 · doi.org

• Functional convergence despite taxonomic turnover across coral-associated microbiomes

  Study reveals coral microbiomes show high taxonomic variation across species but maintain functional stability through metabolic redundancy. Understanding this resilience mechanism is critical for predicting how corals respond to stress and disease.

  Microbiology Spectrum · Xiaobin Wen et al. · Oct 21 · doi.org

• Field testing the influence of settlement recesses and nighttime feeding lights on coral recruitment

  Field study shows settlement recesses and nighttime feeding lights improve coral larval recruitment and survival on restoration modules in Kāne'ohe Bay. Direct evidence for practical reef-building techniques that home reef keepers and restoration practitioners can evaluate.

  Scientific Reports · Hendrikje Jorissen et al. · Oct 22 · doi.org

• Reef-scale environmental mosaics shape coral physiological and microbial signatures of resilience

  Environmental variability at Heron Island shapes Pocillopora physiological and microbial resilience signatures, linking reef-scale habitat heterogeneity to coral holobiont performance. Understanding how localized conditions drive coral resilience mechanisms informs both conservation and captive-husbandry strategies.

  ISME Communications · Marcelina P. Martynek et al. · Oct 21 · doi.org

• Sustained release of beneficial microorganisms for corals from alginate beads under marine conditions

  Alginate beads successfully deliver beneficial microorganisms to corals under marine conditions, offering a practical method to enhance coral resilience against bleaching. This could enable hobbyists and facilities to actively support coral health.

  Journal of Applied Microbiology · Ahmed AlSaggaf et al. · Oct 21 · doi.org

• Photogrammetric analysis reveals distinct topographic signatures for stony corals

  Photogrammetry reveals how coral morphology affects reef structure and diversity. Understanding topographic signatures helps assess reef health and guides restoration targets.

  Frontiers in Marine Science · Christina M. Mallica et al. · Oct 20 · doi.org

• Standardizing deoxygenation studies in coral biology

  A new study proposes standardized protocols for coral deoxygenation research to resolve methodological divergence across experiments. Consistent methodology enables reliable comparison and faster accumulation of knowledge about hypoxia stress on corals.

  Communications Biology · Wyatt C. Million et al. · Oct 19 · doi.org

• Multifactorial nutritional ecology of tropical scleractinian corals: integrating nutrient dynamics, trophic plasticity, and environmental drivers

  A comprehensive review synthesizes how scleractinian corals integrate autotrophic and heterotrophic nutrition to support calcification, metabolism, and stress resilience. Nutritional dynamics underpin coral survival and reef productivity.

  Aquatic Ecology · Guilherme Melgaço Heluy et al. · Oct 17 · doi.org

• Native calanoid copepods for marine fish larviculture: a systematic review and evidence-maturity assessment

  Systematic review identifies native calanoid copepods as promising live prey for marine fish larvae, assessing evidence maturity for hatchery scaling. This directly addresses a persistent bottleneck in larviculture that affects availability and sustainability of captive-bred reef fish.

  Frontiers in Marine Science — Journal · Luis Antonio Espinoza-Ramos · Oct 21 · frontiersin.org

• Surface complexity enhances early invertebrate recruitment on novel substrates for coral reef restoration

  Surface topography of restoration substrate plates strongly influences early benthic colonization during reef rebuilding. Substrate design directly affects recruitment success, a key parameter for restoration and potentially relevant to captive coral farming.

  Revista de Biología Tropical · J. Fernando Alvarado Rodríguez et al. · Oct 22 · doi.org

• Persistence of sedimentary DNA in burrowing marine benthos: evidence from the decapod Upogebia major

  Environmental DNA persists in burrowing benthic organisms like shrimp, informing eDNA survey interpretation. This refines understanding of eDNA detection in marine organisms but applies primarily to scientific monitoring rather than tank husbandry.

  Frontiers in Marine Science — Journal · Kenji Okoshi · Oct 21 · frontiersin.org