.jpg)
Claim · model-written summary
Halomonas abundance decreased markedly.
.jpg?width=60){kind=small}
HalomonasVerbatim
e0“halophilic genera ( Nitriliruptor, Mongoliicoccus, Litoribacter, Halomonas and Aliidiomarina ) decreased markedly.”
Title
Zhengkun Zhang; Hong Liu; Xiaoxiao Liu; et al. Soil Use and Management 2021. doi:10.1111/sum.12711
Other claims from this paper (18)
- Intervention effect Four years of organic fertilizer significantly reduced soil sodium from 24.3 to 21.8 mg kg −1.
- Intervention effect Organic fertilizer significantly reduced soil chloride from 570.4 to 38.5 mg kg −1.
- Intervention effect Organic fertilizer increased soil organic matter, total nitrogen and total phosphorus.
- Intervention effect Organic fertilizer increased available nitrogen.
- Intervention effect Organic fertilizer increased available potassium to 141.7 mg kg −1 from 85.8 mg kg −1.
- Observation Thiobacillius abundance significantly increased.
- Observation Methylobacter abundance significantly increased.
- Observation Rhodoferax abundance significantly increased.
- Observation Lysobacter abundance significantly increased.
- Observation Flavobacterium abundance significantly increased.
- Observation Nitriliruptor abundance decreased markedly.
- Observation Mongoliicoccus abundance decreased markedly.
- Observation Litoribacter abundance decreased markedly.
- Observation Aliidiomarina abundance decreased markedly.
- Observation Bacterial diversity increased significantly.
- Observation Analysis suggested more abundant plant-growth-related gene functions following bacterial shifts.
- Mechanism Structural equation modelling identified bacterial diversity as a driver of healthy plant growth.
- Mechanism Organic fertilizers may promote rice growth and saline–alkali tolerance through beneficial microbial recruitment.