Claim · model-written summary
Foxtail millet biomass ranged from 27.69 g to 33.76 g per plant in 2021.
- Taxon
- foxtail millet
Setaria italicat0 - Outcome
- biomasse1
- Value
- 27.69 g to 33.76 g per plante1
- Setting
- 2021e1
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorDirectionQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
t0“foxtail millet”
e1“The results for 2021 showed that the biomass ranged from 27.69 g to 33.76 g per plant, and the biomass was increased by 21.9% and 3.2% in PFE compared with NP and MP, respectively”
Title
Lina Chang; Rui Liu; Jiakun Yan; et al. Agricultural Water Management 2024. doi:10.1016/j.agwat.2024.108737
Other claims from this paper (18)
- Intervention effect In 2021, foxtail millet biomass under PFE was 21.9% higher than under NP.
- Intervention effect In 2021, foxtail millet biomass under PFE was 3.2% higher than under MP.
- Intervention effect In 2022, foxtail millet biomass under PFE was 52.5% higher than under NP.
- Intervention effect In 2022, foxtail millet biomass under PFE was 17.7% higher than under MP.
- Intervention effect In 2021, the highest foxtail millet grain yield was under PFE, at 2480 kg/hm2.
- Intervention effect In 2021, foxtail millet grain yield under MP (2470 kg/hm2) was higher than under NP.
- Intervention effect In 2021, foxtail millet grain yield under NP (2343 kg/hm2) was lower than under MP.
- Intervention effect In 2022, foxtail millet grain yield was significantly higher under PFE than under MP and NP.
- Intervention effect Under PFE, soil temperature rose but stayed below that under MP.
- Mechanism The higher soil temperature under PFE increased the root growth process of foxtail millet.
- Mechanism The higher soil temperature under PFE stimulated production of root exudates, acetic acid and citric acid.
- Mechanism The higher soil temperature under PFE increased soil enzyme (sucrase and urease) activity.
- Mechanism Increases in organic acids and soil enzymes assisted decomposition of soil organic matter.
- Mechanism Increases in organic acids and soil enzymes induced higher levels of available nitrogen and phosphorus.
- Mechanism Higher root reuse rates contributed to higher foxtail millet grain yields.
- Association Fewer holes in the PFE film improved film recovery.
- Intervention effect The film recovery rate under PFE was higher than under MP.
- Recommendation The unperforated film-covered planting pattern is suitable for millet production in sandy soil.