Post-Anthesis Water Deficit . Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The objectives of this study were to assess: The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum.
from www.researchgate.net
Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The objectives of this study were to assess: The absolute contributions of preanthesis c and. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%.
(PDF) Effect of salicylic acid and post anthesis water deficit stresson
Post-Anthesis Water Deficit The objectives of this study were to assess: The absolute contributions of preanthesis c and. The objectives of this study were to assess: This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%.
From www.researchgate.net
Postanthesis severe water deficit effects on the... Download Post-Anthesis Water Deficit This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The absolute contributions of preanthesis c and. The objectives of this study were to assess: Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. Fast development of water deficits reduced losses of preanthesis. Post-Anthesis Water Deficit.
From www.researchgate.net
Postanthesis severe water deficit effects on ethylene and polyamine Post-Anthesis Water Deficit Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The absolute contributions of preanthesis c and. The objectives of this study were to assess: Fast development of water deficits reduced losses of preanthesis. Post-Anthesis Water Deficit.
From www.semanticscholar.org
Table 2 from The effect of post anthesis source limitation treatments Post-Anthesis Water Deficit This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. The absolute contributions of preanthesis c and. The objectives of. Post-Anthesis Water Deficit.
From www.researchgate.net
Relative postanthesis water use (RPAWU MY ) as affected by the minimum Post-Anthesis Water Deficit This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The objectives of this study were to assess: The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. Moderate water deficit during tillering significantly increased grain yield through an enhanced. Post-Anthesis Water Deficit.
From www.researchgate.net
Relationship between the harvest index (HIR) as a function of biomass Post-Anthesis Water Deficit The objectives of this study were to assess: The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Moderate water deficit during tillering significantly increased grain yield through an enhanced. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) Response of Different Bread Wheat (Triticum aestivum L Post-Anthesis Water Deficit Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. The absolute contributions of preanthesis c and. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The objectives of. Post-Anthesis Water Deficit.
From www.semanticscholar.org
Table 1 from Relationship of Endogenous ABA and IAA to Accumulation of Post-Anthesis Water Deficit The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. The objectives of this study were to assess: This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Moderate water deficit during tillering significantly increased grain yield through an enhanced. Post-Anthesis Water Deficit.
From www.semanticscholar.org
Effect of postanthesis water deficiency on storage capacity and Post-Anthesis Water Deficit The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The objectives of this study were to assess: This work investigates the effects of water deficit on physiologic parameters related to yield. Post-Anthesis Water Deficit.
From www.researchgate.net
Postanthesis severe water deficit effects on sucrose transporter Post-Anthesis Water Deficit The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. The objectives of this study were to assess: This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Moderate water deficit during tillering significantly increased grain yield through an enhanced. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) Imposed Water Deficit after Anthesis for the Improvement of Post-Anthesis Water Deficit This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The absolute contributions of preanthesis c and. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The objectives of this study were to assess: Fast development of water deficits reduced losses of preanthesis. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) Responses of Six Oil Sunflower (Helianthus annuus L) Genotypes to Post-Anthesis Water Deficit The objectives of this study were to assess: Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The absolute. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) Evaluation Of Water Deficiency At The PostAnthesis Stage On Post-Anthesis Water Deficit This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The absolute contributions of preanthesis c and. The objectives of this study were to assess: Fast development of water deficits reduced losses of preanthesis. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) Using different indices for selection of resistant wheat Post-Anthesis Water Deficit Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. The objectives of this study were to assess: This work investigates the effects of water deficit on physiologic parameters related to yield. Post-Anthesis Water Deficit.
From www.researchgate.net
Effect of different water treatment (well watered and water stress from Post-Anthesis Water Deficit Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The objectives of this study were to assess: The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. This work investigates the effects of water deficit on physiologic parameters related to yield. Post-Anthesis Water Deficit.
From www.researchgate.net
Postanthesis severe water deficit effects on ethylene and polyamine Post-Anthesis Water Deficit The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The objectives of this study were to assess: This work investigates the effects of water deficit on physiologic parameters related to yield. Post-Anthesis Water Deficit.
From www.semanticscholar.org
[PDF] Evaluation of water deficiency at the post anthesis and source Post-Anthesis Water Deficit This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The objectives of this study were to assess: Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. The absolute contributions of preanthesis c and. Moderate water deficit during tillering significantly increased grain yield through an enhanced. Post-Anthesis Water Deficit.
From www.nature.com
Involvement of ethylene and polyamines biosynthesis and abdominal Post-Anthesis Water Deficit The objectives of this study were to assess: The absolute contributions of preanthesis c and. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. Moderate water deficit during tillering significantly increased grain yield through an enhanced. Post-Anthesis Water Deficit.
From www.semanticscholar.org
[PDF] Evaluation of water deficiency at the post anthesis and source Post-Anthesis Water Deficit The objectives of this study were to assess: Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. This work investigates the effects of water deficit on physiologic parameters related to yield. Post-Anthesis Water Deficit.
From www.mdpi.com
Plants Free FullText PostAnthesis Waterstressed Barley Maintains Post-Anthesis Water Deficit This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The objectives of this study were to assess: The absolute contributions of preanthesis c and. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. Fast development of water deficits reduced losses of preanthesis. Post-Anthesis Water Deficit.
From www.researchgate.net
Postanthesis soil water content in each water treatment (NI non Post-Anthesis Water Deficit The objectives of this study were to assess: The absolute contributions of preanthesis c and. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. This work investigates the effects of water deficit on physiologic parameters related to yield. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) Variation in leaf photosynthetic response of rice genotypes to Post-Anthesis Water Deficit The objectives of this study were to assess: The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Moderate water deficit during tillering significantly increased grain yield through an enhanced. Post-Anthesis Water Deficit.
From www.semanticscholar.org
The effect of foliar application of Indole3Acetic Acid ( IAA ) and Post-Anthesis Water Deficit Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The objectives of this study were to assess: The absolute contributions of preanthesis c and. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Fast development of water deficits reduced losses of preanthesis. Post-Anthesis Water Deficit.
From www.academia.edu
(PDF) Effect of postanthesis water deficit on yield and some Post-Anthesis Water Deficit This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The objectives of this study were to assess: Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. The absolute. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) Effect of postanthesis water deficiency on storage capacity and Post-Anthesis Water Deficit Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The objectives of this study were to assess: This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis. Post-Anthesis Water Deficit.
From www.researchgate.net
Postanthesis changes in grain yield in main spike of source limitation Post-Anthesis Water Deficit The absolute contributions of preanthesis c and. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The objectives of this study were to assess: Fast development of water deficits reduced losses of preanthesis. Post-Anthesis Water Deficit.
From www.semanticscholar.org
Table 3 from The effect of post anthesis source limitation treatments Post-Anthesis Water Deficit The absolute contributions of preanthesis c and. The objectives of this study were to assess: This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. Fast development of water deficits reduced losses of preanthesis. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) The effect of post anthesis source limitation treatments on wheat Post-Anthesis Water Deficit The absolute contributions of preanthesis c and. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. The objectives of this study were to assess: Moderate water deficit during tillering significantly increased grain yield through an enhanced. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) Effects of source limitation and water deficiency at the post Post-Anthesis Water Deficit Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The absolute contributions of preanthesis c and. The objectives of this study were to assess: Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. This work investigates the effects of water deficit on physiologic parameters related to yield. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) Effect of water deficit during vegetative growth periods on post Post-Anthesis Water Deficit The objectives of this study were to assess: Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. The absolute contributions of preanthesis c and. This work investigates the effects of water deficit on physiologic parameters related to yield. Post-Anthesis Water Deficit.
From www.researchgate.net
(A) 95perccentiles of DSI, and (B) soil water deficit at anthesis Post-Anthesis Water Deficit The absolute contributions of preanthesis c and. The objectives of this study were to assess: This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. Moderate water deficit during tillering significantly increased grain yield through an enhanced. Post-Anthesis Water Deficit.
From slideplayer.com
From Deficit irrigation for reducing agricultural water use ppt download Post-Anthesis Water Deficit The objectives of this study were to assess: Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The absolute. Post-Anthesis Water Deficit.
From bioone.org
Response of wheat to postanthesis water stress, and the nature of gene Post-Anthesis Water Deficit The objectives of this study were to assess: The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. This work investigates the effects of water deficit on physiologic parameters related to yield. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) Relationship of Endogenous ABA and IAA to Accumulation of Grain Post-Anthesis Water Deficit The objectives of this study were to assess: Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The absolute contributions of preanthesis c and. Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. This work investigates the effects of water deficit on physiologic parameters related to yield. Post-Anthesis Water Deficit.
From www.researchgate.net
(PDF) Effect of salicylic acid and post anthesis water deficit stresson Post-Anthesis Water Deficit This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. Moderate water deficit during tillering significantly increased grain yield through an enhanced yield capacity per stem and. The objectives of this study were to assess: Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. The absolute. Post-Anthesis Water Deficit.
From www.frontiersin.org
Frontiers Postanthesis supplementary irrigation improves grain yield Post-Anthesis Water Deficit The objectives of this study were to assess: Fast development of water deficits reduced losses of preanthesis n from 25% to 6%. This work investigates the effects of water deficit on physiologic parameters related to yield in two wheat cultivars (triticum. The absolute contributions of preanthesis c and. Moderate water deficit during tillering significantly increased grain yield through an enhanced. Post-Anthesis Water Deficit.
