A research paper just published in Science China Life Sciences reveals how microbes and soil properties respond to drought ...

Research on microbial responses to simulated microgravity has revealed profound alterations in growth, metabolism, gene expression and community dynamics. In space environments, the modified ...

Data revealed exceptionally high levels of microbial novelty, diversity, and heterogeneity, particularly among prokaryotes and viruses, influenced by both extreme environmental pressures and intricate ...

Immense hydrostatic pressure, near-freezing temperatures, and extreme nutrient limitations of the hadal zone create seemingly impossible conditions for life to flourish. Previous research suggested ...