Temperature and photoperiod significantly influence algal DOC quantity and quality, with axenic Thalassiosira gravida cultures showing a 52% decrease in cell-normalized DOC at higher temperature and continuous light.
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Temperature and photoperiod significantly influence algal DOC quantity and quality, with axenic Thalassiosira gravida cultures showing a 52% decrease in cell-normalized DOC at higher temperature and continuous light.
Phyllospadix scouleri experiences a critical physiological breakdown at 26.5 °C, just 5–6 °C above current summer maxima, indicating a potential thermal tipping point.
Genomic analysis reveals TIP3-1 gene in Zostera japonica confers tolerance to salinity and heat, highlighting key adaptation mechanisms in intertidal seagrass.
Plastic litter, predominantly polypropylene (42%) and polyethylene (31%), constitutes 60-82% of debris along the Bay of Asunción coastline, with significant metal contamination.
Dictyota spiralis exhibits a growth-oriented strategy with higher photosynthetic activity and chemical defenses, contrasting with resource-conserving species in the Gulf of Pozzuoli.
Spartina anglica exhibits novel genomic features, including whole-genome duplications and gene expansions, that enhance its abiotic stress tolerance in saltmarsh environments.
Coral-associated denitrification varies seasonally and species-specifically, with rates up to 2.0 nmol N cm -2 h -1 in some corals.
Males of Neoporphyra haitanensis exhibit 50% greater desiccation tolerance than females through sex-specific osmotic adjustment strategies.
Shade-tolerant bermudagrass accession C792 maintains growth and modulates hormone responses more effectively than GZ under shade, with a 50% lesser decline in key growth traits.
Asymmetric introgression and thermal tolerance give the octoploid FEAU lineage a climate-driven advantage, leading to potential replacement of cold-adapted lineages in China.
A novel Cas12a-aligned CRISPR system enabled over 50 gene knockouts in Ulva prolifera, expanding precision genome editing in seaweeds for the first time.
Putrescine biosynthesis, especially via PyODC, is essential for early conchospore development in Pyropia yezoensis, with exogenous PUT enhancing polarization and meiosis.
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