A
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Abbas, Hassan
Can Potassium,Amino Acids, and Yeast Foliar Applications Enhance Growth, Nutrient and Biochemical Contents of Peanut ( Arachis hypogaea ) Grown on a Calcareous Soil under Salinity Stress? [Volume 9, Issue 2025, 2025, Pages 51-66]
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Abbas, Mohamed H.H.
Sustainable Enhancement of Sugar Beet Productivity in Salt-Affected Soils Using Humic Substances and Bacillus Biofertilizers [Volume 9, Issue 2025, 2025, Pages 67-82]
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Abd Alla, Manal A.
Optimizing Cassava and Bottle Gourd Intercrop Yields through Varying Plant Densities under the North Delta Conditions [Volume 9, Issue 2025, 2025, Pages 25-37]
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Abo El-Kasem, Rehab
Can Potassium,Amino Acids, and Yeast Foliar Applications Enhance Growth, Nutrient and Biochemical Contents of Peanut ( Arachis hypogaea ) Grown on a Calcareous Soil under Salinity Stress? [Volume 9, Issue 2025, 2025, Pages 51-66]
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Abouelgalagel, Ibrahim M.
Optimizing Cassava and Bottle Gourd Intercrop Yields through Varying Plant Densities under the North Delta Conditions [Volume 9, Issue 2025, 2025, Pages 25-37]
E
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El-Akhdar, Ibrahim
Impact of Different Rates of N2 Fertilizer Amendment and Foliar Spraying with Compost Tea on the Biological Activity and the Productivity of Rice Plants [Volume 9, Issue 2025, 2025, Pages 39-50]
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ElAshmouny, Amany A.
Improvement of some soil properties and productivity of Egyptian cotton (Gossypium barbadense L.) super Giza 94 under salt stress conditions [Volume 9, Issue 2025, 2025, Pages 1-23]
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El-Atrony, Dalia
Sustainable Enhancement of Sugar Beet Productivity in Salt-Affected Soils Using Humic Substances and Bacillus Biofertilizers [Volume 9, Issue 2025, 2025, Pages 67-82]
-
El-Awady, Rasha A.
Improvement of some soil properties and productivity of Egyptian cotton (Gossypium barbadense L.) super Giza 94 under salt stress conditions [Volume 9, Issue 2025, 2025, Pages 1-23]
-
El-Ghozoli, Mohamed
Sustainable Enhancement of Sugar Beet Productivity in Salt-Affected Soils Using Humic Substances and Bacillus Biofertilizers [Volume 9, Issue 2025, 2025, Pages 67-82]
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El-Nahrawy, Sahar M.
Impact of Different Rates of N2 Fertilizer Amendment and Foliar Spraying with Compost Tea on the Biological Activity and the Productivity of Rice Plants [Volume 9, Issue 2025, 2025, Pages 39-50]
F
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Farid, Ihab M.
Sustainable Enhancement of Sugar Beet Productivity in Salt-Affected Soils Using Humic Substances and Bacillus Biofertilizers [Volume 9, Issue 2025, 2025, Pages 67-82]
-
Farid, Ihab M.
Can Potassium,Amino Acids, and Yeast Foliar Applications Enhance Growth, Nutrient and Biochemical Contents of Peanut ( Arachis hypogaea ) Grown on a Calcareous Soil under Salinity Stress? [Volume 9, Issue 2025, 2025, Pages 51-66]
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Farrag, Diaa Kh.
Optimizing Cassava and Bottle Gourd Intercrop Yields through Varying Plant Densities under the North Delta Conditions [Volume 9, Issue 2025, 2025, Pages 25-37]
G
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Ghazy, Hasnaa A.
Impact of Different Rates of N2 Fertilizer Amendment and Foliar Spraying with Compost Tea on the Biological Activity and the Productivity of Rice Plants [Volume 9, Issue 2025, 2025, Pages 39-50]
H
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Habashy, Nader
Can Potassium,Amino Acids, and Yeast Foliar Applications Enhance Growth, Nutrient and Biochemical Contents of Peanut ( Arachis hypogaea ) Grown on a Calcareous Soil under Salinity Stress? [Volume 9, Issue 2025, 2025, Pages 51-66]
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Hussien, Naglaa H.
Optimizing Cassava and Bottle Gourd Intercrop Yields through Varying Plant Densities under the North Delta Conditions [Volume 9, Issue 2025, 2025, Pages 25-37]
K
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Kassem, M. M. A.
Improvement of some soil properties and productivity of Egyptian cotton (Gossypium barbadense L.) super Giza 94 under salt stress conditions [Volume 9, Issue 2025, 2025, Pages 1-23]
N
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Noufal, Esmat H.A.
Can Potassium,Amino Acids, and Yeast Foliar Applications Enhance Growth, Nutrient and Biochemical Contents of Peanut ( Arachis hypogaea ) Grown on a Calcareous Soil under Salinity Stress? [Volume 9, Issue 2025, 2025, Pages 51-66]
T
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Taha, Hanan A. N.
Impact of Different Rates of N2 Fertilizer Amendment and Foliar Spraying with Compost Tea on the Biological Activity and the Productivity of Rice Plants [Volume 9, Issue 2025, 2025, Pages 39-50]
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