| Title： | Integrated analysis of potential microbial consortia, soil nutritional status, and agro-climatic datasets to modulate P nutrient uptake and yield effectiveness of wheat under climate change resilience |
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| Authors： | Yahya Mahreen, Rasul Maria, Hussain Sayed Zajif, Dilawar Adil etc. |
| Corresponding Author： | |
| Year： | 2023 |
| Abstract： | Climate change has a devastating effect on wheat production; therefore, crop production might decline by 2031. Phosphorus (P) nutrient deficiency is another main limiting factor of reduced yield. Hence, there is a dire need to judiciously consider wheat y 㾀 䍺 䍺 ꀀ㼝 㼡 㨀 㨀 㾀 䍺 䍺 耀㻲 㮐 㨀 㨀 㾀 䍺 䍺 㨀耀㸄 㨀 㨀 㾀 䍺 䍺 㷽耀㸄 㨀 㨀 㾀 䍺 䍺 耀㹼耀㸄 㨀 㨀 㾀 䍺 䍺 耀㺳䀀㺂 㨀 㨀 㾀 䍺 䍺 耀㻲䀀㺂 㨀 㨀 㾀 䍺 䍺 㷽 㽁 㨀 㨀 㾀 䍺 䍺 䀀㻼 㼡 㨀 㨀 㾀 䍺 䍺 쀀㼘 㮐 㨀 㨀 㾀 䍺 䍺 耀㹼 㽁 㨀 㨀 㾀 䍺 䍺 䀀㺽 㽁 㨀 㨀 㾀 䍺 䍺 㼽 㼡 㨀 㨀 㾀 䍺 䍺 ꀀ㽜 㼡 㨀 㨀 㾀 䍺 䍺 ꀀ㽜䀀㺂 㨀 㨀 㾀 䍺 䍺 ꀀ㽜 㮐 㨀 㨀 㾀 䍺 䍺 䀀㻼 㮐 㨀 㨀 㾀 䍺 䍺 耀㹼 㼁 㨀 㨀 㾀 䍺 䍺 䀀㺽 㼁 㨀 㨀 㾀 䍺 䍺 䀀㻼 㼁 㨀 㨀 㾀 䍺 䍺 ꀀ㼝 㼁 㨀 㨀 㾀 䍺 䍺 㼽 㼁 㨀 㨀 㾀 䍺 䍺 ꀀ㼝䀀㻂 㨀 㨀 㾀 䍺 䍺 䀀㻼䀀㺂 㨀 㨀 㾀 䍺 䍺 ꀀ㼝䀀㺂 㨀 㨀 㾀 䍺 䍺 㼽䀀㺂 㨀 㨀 㾀 䍺 䍺 耀㹼䀀㻂 㨀 㨀 㾀 䍺 䍺 㷽耀㸄 㨀 㨀 㾀 䍺 䍺 耀㹼䀀㺂 㨀 㨀 㾀 䍺 䍺 㼏 㽁 㨀 㨀 㾀 䍺 䍺 㨀䀀㺂 㨀 㨀 㾀 䍺 䍺 㷽䀀㺂 㨀 㨀 |
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| Classification： | SCI |
| Title of Journal： | FRONTIERS IN PLANT SCIENCE |
