greenhouse-gas
Greenhouse gases are atmospheric gases such as carbon dioxide, methane, and nitrous oxide that trap heat by absorbing infrared radiation emitted from Earth's surface, driving global climate change. In plant science, these gases are central to research on how rising CO2 levels affect photosynthesis, crop yields, and plant metabolism, as well as how agricultural practices and plant communities contribute to or mitigate GHG emissions. Understanding the interplay between plants and greenhouse gases is essential for developing climate-resilient crops and sustainable land management strategies.
open_in_new WikipediaPubMed · 2026-04-25
Rice plants and their root microbiomes work together to survive salty soils, and this partnership also affects how much methane the paddy releases into the atmosphere. Understanding these microbial communities could help develop salt-tolerant rice varieties while managing agriculture's climate footprint.
Salinity stress significantly alters the composition of microbial communities in rice root zones, shifting which microbes thrive and which decline.
Specific plant-microbiome interactions were linked to improved salinity tolerance in rice, suggesting microbes play an active role in helping the plant survive harsh conditions.
Changes in the microbial community under salinity also influenced methane emissions from the paddy soil, connecting crop stress responses to greenhouse gas output.
