Research
Effect of warming magnitude and duration on the soil microbiome of subarctic Icelandic grasslands
Our comprehensive research investigates the enduring impacts of soil warming on microbial dynamics within Icelandic grasslands, areas uniquely affected by decades of geothermal activity. This study meticulously charts how the duration and magnitude of warming influence the structure and function of microbial communities in the rhizosphere and bulk soil.
Leveraging sophisticated microbiological assays and data-driven modeling, we've uncovered pivotal changes in microbial responses to environmental stressors. This research not only enhances our understanding of microbial adaptability but also forecasts the ecological consequences of global warming on terrestrial ecosystems. Read more
Exploring the role of epiphytic phyllosphere bacteria in mitigating drought stress in rice
As global demands on rice production rise amidst increasing climate challenges, our groundbreaking study explores innovative strategies to bolster rice resilience to drought. By harnessing the potential of phyllosphere bacteria from drought-tolerant rice varieties, this research reveals how microbial interventions can significantly reduce reliance on chemical fertilizers and enhance crop sustainability.
Delve into our findings to discover how specific bacterial strains like Bacillus megaterium PB50 not only support rice plants under severe water stress through the activation of drought-responsive genes and biochemical but also improve overall plant health and yield. Read more