Claim · model-written summary
snake melon diameter of the biggest leaf increased significantly.
- Taxon
- snake melont0
- Treatment
- phytase-microbial fertilizert1
- Outcome
- diameter of the biggest leafe0
- Direction
- increasede0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Verbatim
e0“The chlorophyll content of snap bean and snake melon,and the diameter of the biggest leaf of snake melon also increased significantly.”
t0“fertilizer,cucumber,snap bean and snake melon cultivated in the field”
t1“phytase-microbial fertilizer”
Title
Growth-promoting and residual effects of phytase-microbial fertilizer on vegetables
Chen Li-xi Journal of Tianjin Normal University 2015
Other claims from this paper (10)
- Intervention effect cucumber grew faster with phytase-microbial fertilizer than the control.
- Intervention effect snap bean grew faster with phytase-microbial fertilizer than the control.
- Intervention effect snake melon grew faster with phytase-microbial fertilizer than the control.
- Intervention effect snap bean chlorophyll content increased significantly.
- Intervention effect snake melon chlorophyll content increased significantly.
- Association Higher fertilizer doses had more remarkable growth-promoting effects.
- Intervention effect Phytase-microbial fertilizer promoted vegetable growth better than sterile fertilizer.
- Intervention effect Fertilizer applied to preceding vegetables promoted growth of subsequent vegetables.
- Mechanism The authors attributed the fertilizer effect chiefly to phytase-excreting microorganisms.
- Mechanism The authors proposed microbial soil reproduction as the basis of lasting fertilizer effect.