Claim · model-written summary
Under potassium omission, leaf tissues of grafts with 赣8 as either rootstock or scion were thicker.
CamelliaNot reportedComparator
Verbatim
e0“赣8无论做砧木还是穗条，嫁接体叶片各组织均是不施钾时更厚”
t0“camellia seedlings”
Title
Shiyi Cao; Yunyu Zhang; Yinghua Yuan; et al. ACTA AGRICULTURAE UNIVERSITATIS JIANGXIENSIS 2026. doi:10.3724/aauj.2026064
Other claims from this paper (14)
- Intervention effect Leaf tissues of grafts with 赣无1 were thicker with potassium applied.
- Intervention effect For 赣8 scions, potassium deficiency increased stem diameter by 11.29% in November relative to K1.
- Intervention effect For 赣8 scions, potassium deficiency increased pith diameter by 47.70% in November relative to K1.
- Intervention effect The two other scion combinations had smaller stem and pith anatomy measures under potassium deficiency.
- Intervention effect K0 lowered leaf potassium content of 赣8 scion combinations by 37.8% relative to K1.
- Intervention effect K0 lowered leaf potassium content of 赣无1 scion combinations by 30.7% relative to K1.
- Intervention effect Leaf potassium content in 赣无2 scion combinations did not differ clearly between K0 and K1.
- Intervention effect Under potassium deficiency, 赣无1 rootstock combinations had 36.9% lower stem potassium content in May than K1.
- Intervention effect Under potassium deficiency, 赣无1 scion combinations had 40.7% lower stem potassium content in May than K1.
- Intervention effect Stem potassium content was not significantly affected by deficiency when 赣8 or 赣无2 served as rootstock or scion.
- Intervention effect Potassium deficiency increased predawn water potential across graft combinations.
- Intervention effect Potassium deficiency had a smaller effect on midday water potential.
- Intervention effect Predawn water potential for 赣8 scions increased by 67.86% in May relative to K1.
- Intervention effect Predawn water potential for 赣8 scions increased by 45.82% in November relative to K1.