Claim · model-written summary
HO-1 had the highest stem girth among genotypes.
Helianthus annuusNot reportedGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“stem girth (7.13 cm)”
t0“sunflower”
e1“The HO-1 surpassed all the sunflower genotypes for agronomic traits with highest values for”
Title
Identification of phosphorus use efficiency of different sunflower genotypes at Tandojam-Pakistan
Faiza Soomro Pure and Applied Biology 2018. doi:10.19045/bspab.2018.700122
Other claims from this paper (19)
- Intervention effect Higher phosphorus increased agronomic traits and yield parameters across genotypes.
- Association Treatment, genotype, and their interaction significantly affected seed and leaf phosphorus uptake.
- Intervention effect Higher phosphorus produced greater sunflower plant height.
- Intervention effect Higher phosphorus produced greater sunflower stem girth.
- Intervention effect Higher phosphorus produced greater sunflower head diameter.
- Intervention effect Higher phosphorus produced greater sunflower head weight.
- Intervention effect Higher phosphorus produced greater sunflower shoot dry weight.
- Intervention effect Higher phosphorus produced more seeds per sunflower head.
- Intervention effect Higher phosphorus produced greater seed yield.
- Intervention effect Higher phosphorus produced greater leaf phosphorus uptake.
- Intervention effect Higher phosphorus produced greater seed phosphorus uptake.
- Observation HO-1 had the most seeds per head among sunflower genotypes.
- Observation HO-1 had the highest shoot dry weight among genotypes.
- Observation HO-1 had the highest plant height among genotypes.
- Observation HO-1 had the highest head diameter among genotypes.
- Observation HO-1 had the highest head weight among genotypes.
- Observation HO-1 had the highest seed yield among genotypes.
- Observation HO-1 showed a higher phosphorus-use efficiency ratio than other genotypes.
- Observation Sunflower genotypes varied significantly in phosphorus-use efficiency response.