Marine and Salt-Tolerant Microorganisms as Promising Plant Growth Promoting Bioinoculants for Plant Stress Mitigation and Sustainable Agriculture

EH Zaghloul, NM El Halfawy, HAH Zaghloul… - Egyptian Journal of …, 2024 - journals.ekb.eg
Utilizing every square inch of arable land for crop production is essential for ensuring the
food and nutritional security of the world's growing population, given the limited amount of …

Marine and Salt-Tolerant Microorganisms as Promising Plant Growth Promoting Bioinoculants for Plant Stress Mitigation and Sustainable Agriculture

EH Zaghloul, NM El Halfawy, HAH Zaghloul… - Egyptian Journal of …, 2024 - journals.ekb.eg
Utilizing every square inch of arable land for crop production is essential for ensuring the
food and nutritional security of the world's growing population, given the limited amount of …

Marine and Salt-Tolerant Microorganisms as Promising Plant Growth Promoting Bioinoculants for Plant Stress Mitigation and Sustainable Agriculture

EH Zaghloul, NM El Halfawy… - Egyptian Journal of …, 2024 - ejbo.journals.ekb.eg
Utilizing every square inch of arable land for crop production is essential for ensuring the
food and nutritional security of the world's growing population, given the limited amount of …

Marine and Salt-Tolerant Microorganisms as Promising Plant Growth Promoting Bioinoculants for Plant Stress Mitigation and Sustainable Agriculture.

EH Zaghloul, NM El Halfawy… - Egyptian Journal of …, 2024 - search.ebscohost.com
TILIZING every square inch of arable land for crop production is essential for ensuring the
food and nutritional security of the world's growing population, given the limited amount of …

Marine and Salt-Tolerant Microorganisms as Promising Plant Growth Promoting Bioinoculants for Plant Stress Mitigation and Sustainable Agriculture

EH Zaghloul, NM El Halfawy… - Egyptian Journal of …, 2024 - ejbo.journals.ekb.eg
Utilizing every square inch of arable land for crop production is essential for ensuring the
food and nutritional security of the world's growing population, given the limited amount of …