Claim · model-written summary
ACSAD59 bread wheat had the highest DM under irrigated conditions.
Triticum aestivumNot reportedGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingValue
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e2“of durum (DW) and bread (BW) wheat grown under well water (I1) and water stress conditions (I2)”
e6“For BW, the highest DM of ACSAD59 under I1 may suggest its suitability to be grown under well irrigated conditions”
Title
Evaluation of Water Stress Tolerance in Advanced Breeding Lines of Durum and Bread Wheat Using 13C
Fawaz Kurdali; Farid Al-Ain; Mohammad Al-Chammaa CyberLeninK (CyberLeninka) 2018
Other claims from this paper (14)
- Intervention effect Water stress decreased 13C in all studied wheat genotypes.
- Observation The water-stress decrease in 13C was relatively higher in bread wheat (-1.08) than in durum wheat (-0.8).
- Observation Cham1 durum wheat had the highest DM, TN and NUE under irrigated conditions.
- Observation Cham1 durum wheat had the highest WUE and 13C values under irrigated conditions.
- Observation ACSAD1261 durum wheat had higher values in the aforementioned criteria under water stress.
- Recommendation ACSAD1261 is suggested as a promising wheat line for semi arid areas.
- Recommendation ACSAD59 is suggested for well irrigated conditions.
- Intervention effect DM of ACSAD883 was not affected by the watering regime.
- Intervention effect DM of ACSAD1115 was not affected by the watering regime.
- Observation Cham6 wheat had high DM in both watering regimes.
- Observation ACSAD1135 wheat had high DM in both watering regimes.
- Recommendation Cham6 and ACSAD1135 are suggested as suitable for both irrigated and water stress conditions.
- Observation 13C values were affected by wheat genotype and watering regime.
- Recommendation Using 13C with agro-physiological parameters is a better selection criterion for water stress tolerance in wheat breeding than 13C alone.