Warming and Nutrient Stress Reshape the Physiology of Marine Protists
A new study shows that combined warming and nutrient-poor diets affect marine protists in species-specific ways, with dinoflagellates proving more ...
A new study shows that combined warming and nutrient-poor diets affect marine protists in species-specific ways, with dinoflagellates proving more ...
Green-synthesized zinc oxide nanoparticles made from bean husk waste significantly boosted the growth of black nightshade while reducing oxidative stress ...
A 480-simulation ensemble of the Last Glacial Maximum reveals that iron availability, flexible plankton stoichiometry, and parameter uncertainty together governed ...
New research shows that two Proterozoic oxygenation events raised toxic arsenate in seawater, restricting phosphate use by early life until ...
High-resolution mapping in a subtropical Chinese forest reveals that patchy soil sodium is a dominant, previously overlooked driver of tree ...
A new review in Stress Biology explains how fungi convert nutrient limitation and environmental stress into controlled developmental switches toward ...
Beneath the quiet canopy of cold-temperate poplar-birch forests in northern China, an invisible metabolic drama is unfolding. As secondary forests ...
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© 2025 Scienmag - Science Magazine