S. Bülbül Et Al. , "Heliotropium thermophilum adapts to high soil temperature in natural conditions due to its highly active antioxidant system protecting its photosynthetic machinery," Functional plant biology : FPB , vol.51, 2024
Bülbül, S. Et Al. 2024. Heliotropium thermophilum adapts to high soil temperature in natural conditions due to its highly active antioxidant system protecting its photosynthetic machinery. Functional plant biology : FPB , vol.51 .
Bülbül, S., Sezgin Muslu, A., SAĞLAM, A., & KADIOĞLU, A., (2024). Heliotropium thermophilum adapts to high soil temperature in natural conditions due to its highly active antioxidant system protecting its photosynthetic machinery. Functional plant biology : FPB , vol.51.
Bülbül, Sevgi Et Al. "Heliotropium thermophilum adapts to high soil temperature in natural conditions due to its highly active antioxidant system protecting its photosynthetic machinery," Functional plant biology : FPB , vol.51, 2024
Bülbül, Sevgi Et Al. "Heliotropium thermophilum adapts to high soil temperature in natural conditions due to its highly active antioxidant system protecting its photosynthetic machinery." Functional plant biology : FPB , vol.51, 2024
Bülbül, S. Et Al. (2024) . "Heliotropium thermophilum adapts to high soil temperature in natural conditions due to its highly active antioxidant system protecting its photosynthetic machinery." Functional plant biology : FPB , vol.51.
@article{article, author={Sevgi Bülbül Et Al. }, title={Heliotropium thermophilum adapts to high soil temperature in natural conditions due to its highly active antioxidant system protecting its photosynthetic machinery}, journal={Functional plant biology : FPB}, year=2024}