GÖZÜKARA, G. Et Al. 2023. Illumination levels affect the prediction of soil organic carbon using smartphone-based digital images. COMPUTERS AND ELECTRONICS IN AGRICULTURE , vol.204 .

GÖZÜKARA, G., Hartemink, A. E., & Zhang, Y., (2023). Illumination levels affect the prediction of soil organic carbon using smartphone-based digital images. COMPUTERS AND ELECTRONICS IN AGRICULTURE , vol.204.

GÖZÜKARA, GAFUR, Alfred E. Hartemink, And Yakun Zhang. "Illumination levels affect the prediction of soil organic carbon using smartphone-based digital images," COMPUTERS AND ELECTRONICS IN AGRICULTURE , vol.204, 2023

GÖZÜKARA, GAFUR Et Al. "Illumination levels affect the prediction of soil organic carbon using smartphone-based digital images." COMPUTERS AND ELECTRONICS IN AGRICULTURE , vol.204, 2023

GÖZÜKARA, G. Hartemink, A. E. And Zhang, Y. (2023) . "Illumination levels affect the prediction of soil organic carbon using smartphone-based digital images." COMPUTERS AND ELECTRONICS IN AGRICULTURE , vol.204.

@article{article, author={GAFUR GÖZÜKARA Et Al. }, title={Illumination levels affect the prediction of soil organic carbon using smartphone-based digital images}, journal={COMPUTERS AND ELECTRONICS IN AGRICULTURE}, year=2023}