Erduran, E. Et Al. 2023. Two or more bacterial mixtures increase tea plant growth, yield, nutrient intake and antioxidant enzyme activity. JOURNAL OF PLANT NUTRITION , vol.46, no.9 , 2182-2197.

Erduran, E., Cakmakc, R., Karagoz, F., & Karagoz, H., (2023). Two or more bacterial mixtures increase tea plant growth, yield, nutrient intake and antioxidant enzyme activity. JOURNAL OF PLANT NUTRITION , vol.46, no.9, 2182-2197.

Erduran, Erdim Et Al. "Two or more bacterial mixtures increase tea plant growth, yield, nutrient intake and antioxidant enzyme activity," JOURNAL OF PLANT NUTRITION , vol.46, no.9, 2182-2197, 2023

Erduran, Erdim Et Al. "Two or more bacterial mixtures increase tea plant growth, yield, nutrient intake and antioxidant enzyme activity." JOURNAL OF PLANT NUTRITION , vol.46, no.9, pp.2182-2197, 2023

Erduran, E. Et Al. (2023) . "Two or more bacterial mixtures increase tea plant growth, yield, nutrient intake and antioxidant enzyme activity." JOURNAL OF PLANT NUTRITION , vol.46, no.9, pp.2182-2197.

@article{article, author={Erdim Erduran Et Al. }, title={Two or more bacterial mixtures increase tea plant growth, yield, nutrient intake and antioxidant enzyme activity}, journal={JOURNAL OF PLANT NUTRITION}, year=2023, pages={2182-2197} }