Claim · model-written summary
Root dry weight of soybean was significantly reduced at the higher pH by Zn additions greater than 262 ppm.
- Taxon
- Soybean
Glycine maxt0 - Treatment
- Zn additions greater than 262 ppme3
- Outcome
- root dry weighte3
- Direction
- significantly reducede3
- Value
- greater than 262 ppme3
- Qualifier
- higher pHe3
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSetting
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
t0“Tolerance in Soybean”
e3“For all cultivars, root dry weight was unaffected by the Zn additions at the lower pH and significantly reduced at the higher pH by Zn additions greater than 262 ppm”
Title
M. C. White; R. L. Chaney; A. M. Decker Agronomy Journal 1979. doi:10.2134/agronj1979.00021962007100010032x
Other claims from this paper (18)
- Intervention effect Leaf dry weight of soybean was reduced curvilinearly across soil Zn additions at each pH.
- Intervention effect Leaf yield increased at the lower soil Zn treatments.
- Intervention effect Root dry weight of soybean was unaffected by Zn additions at the lower pH.
- Observation Leaf dry weight yields differed significantly among soybean cultivars at the higher Zn treatments.
- Association Root Zn contents of soybean increased linearly with increasing soil Zn at each pH.
- Association Leaf Zn contents of soybean increased linearly with increasing soil Zn at each pH.
- Association Soil pH strongly influenced plant Zn contents of soybean.
- Association Hudson Manchu soybean absorbed more Zn than the other cultivars at both pH levels.
- Association Hudson Manchu soybean translocated less Zn than the other cultivars at both pH levels.
- Association A 20% leaf yield reduction corresponded to leaf Zn contents greater than 620 ppm at both pH levels.
- Observation Hudson Manchu had only 370 ppm Zn in its leaves at a 20% yield reduction at pH 6.5.
- Association Root Mn of soybean increased linearly with soil Zn additions at both pH levels.
- Association Leaf Mn increases of soybean were curvilinear at pH 5.5 and linear at pH 6.5.
- Observation Leaf Mn concentrations of soybean reached reported toxic levels at both pH levels.
- Intervention effect Extractable Mn in soil was unaffected by soil Zn additions at both pH levels.
- Intervention effect Foliar Fe of soybean decreased with increasing soil Zn at pH 5.5 and 6.5 without approaching deficiency levels.
- Intervention effect Foliar P of soybean decreased with increasing soil Zn at pH 6.5.
- Observation Zn-tolerant and Zn-sensitive soybean cultivars had similar foliar Fe and P amounts.