Claim · model-written summary
The first sowing date with full irrigation gave the highest seed numbers per capsule (5.78); later sowing and limited irrigation reduced it.
- Taxon
- Flax Seed
Linum usitatissimumt0 - Treatment
- first sowing date and under full irrigatione0
- Outcome
- seed numbers per capsulee0
- Direction
- higheste0
- Value
- 5.78e0
- Comparator
- later sowing dates and limited irrigation stresse0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleSettingQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“The highest plant height (60.3 cm), primary branch numbers per plant (4.46), capsule numbers per plant (65.9), seed numbers per capsule (5.78), seed yield (1763 kg/ha), biological yield (5935 kg/ha), harvest index (29.9 ), oil percentage (41), oil yield (718 kg/ha), protein yield (361 kg/ha), linolenic percentage (48.4) and linoleic percentage (18.36) were obtained in first sowing date and under full irrigation whereas, by later sowing dates and limited irrigation stress especially at flowering and grain filling stages, this characters were reduced.”
t0“Flax Seed”
Title
Effects of Planting Date and Water Deficit on Quantitative and Qualitative Traits of Flax Seed
Mohammad Mirshekari; Reza Amiri; Hammid Iran Nezhad; et al. 2012
Other claims from this paper (17)
- Intervention effect The first sowing date with full irrigation gave the highest plant height (60.3 cm); later sowing and limited irrigation reduced it.
- Intervention effect The first sowing date with full irrigation gave the highest primary branch numbers per plant (4.46); later sowing and limited irrigation reduced it.
- Intervention effect The first sowing date with full irrigation gave the highest capsule numbers per plant (65.9); later sowing and limited irrigation reduced it.
- Intervention effect The first sowing date with full irrigation gave the highest seed yield (1763 kg/ha); later sowing and limited irrigation reduced it.
- Intervention effect The first sowing date with full irrigation gave the highest biological yield (5935 kg/ha); later sowing and limited irrigation reduced it.
- Intervention effect The first sowing date with full irrigation gave the highest harvest index (29.9); later sowing and limited irrigation reduced it.
- Intervention effect The first sowing date with full irrigation gave the highest oil percentage (41); later sowing and limited irrigation reduced it.
- Intervention effect The first sowing date with full irrigation gave the highest oil yield (718 kg/ha); later sowing and limited irrigation reduced it.
- Intervention effect The first sowing date with full irrigation gave the highest protein yield (361 kg/ha); later sowing and limited irrigation reduced it.
- Intervention effect The first sowing date with full irrigation gave the highest linolenic percentage (48.4); later sowing and limited irrigation reduced it.
- Intervention effect The first sowing date with full irrigation gave the highest linoleic percentage (18.36); later sowing and limited irrigation reduced it.
- Observation serenade variety had the highest oil yield (454 kg/ha).
- Observation serenade variety had the highest linoleic (18.81).
- Observation Lirina variety had the highest oil percentage (42.25).
- Observation Lirina variety had the highest linolenic (47.9).
- Observation Lirina variety had the highest oleic (24.1).
- Recommendation The authors identify sowing date as an important tool to reduce high temperature and moisture stress during flowering and seed filling.