Bacteria–virus interactions are more crucial in soil organic carbon storage than iron protection in biochar-ammended paddy soils
November 20, 2023 | Environmental Science & Technology |
Introduction: While iron oxides are thought to protect SOC in oxygen-deprived environments, the role of these oxides, biochar, and microbial interactions in SOC fate remained unclear. In a four-month experiment with rice seedlings under waterlogged conditions, researchers from Chinese Academy of Science investigated the complex interplay of iron oxides, biochar, and microbial communities in influencing soil organic carbon (SOC) dynamics.
Key findings: The study found that biochar significantly impacted soil enzyme activities, particularly in larger soil aggregates. Iron oxides and necromass were found to have negative associations with SOC levels. Notably, bacterial communities demonstrated strong connections with viral communities. Contrary to conventional beliefs, the increase in SOC was not primarily attributed to iron oxides; instead, it was strongly influenced by intricate interactions between bacteria and viruses, with specific keystone ecological clusters and taxa playing crucial roles.
Read more
Fig. | Graphical Abstract.
Viewed Articles
November 20, 2023 | Environmental Science & Technology |Â Â Introduction: While iron oxides are thought to protect SOC in oxygen-deprived environments, the role of these oxides, biochar, and microbial i
Read More
September 21, 2023 | Nature Communications | Source | Introduction: Human activities are threatening global biodiversity and the ecosystem services provided by mangroves. Current conservation efforts
June 1, 2022 | Ecosystem Services | Source | Introduction: Coastal wetlands are crucial for capturing carbon dioxide and offering various ecosystem services. The research conducted jointly by scientis
April 21, 2022 | Nature Ecology & Evolution | Source | Introduction: To combat climate change, ocean afforestation is being explored as a method of carbon dioxide removal (CDR) by introducing coastal
January 2, 2023 | Nature Ecology & Evolution | Source | Introduction: Indonesia, the world’s largest mangrove-rich country, has set an ambitious goal to rehabilitate 600,000 hectares of mangroves by 2
February 28, 2021 | Global Change Biology | Source | Â Introduction: Mangroves significantly contribute to global climate mitigation by storing substantial carbon, yet their continuous loss poses major
