BAŞ, N. Et Al. 2022. Non-destructive above ground biomass estimation of individual tree species using airborne LiDAR data for combating global warming. INTERNATIONAL JOURNAL OF GLOBAL WARMING , vol.27, no.4 , 422-440.

BAŞ, N., GÜRSOY, Ö., TÜRK, T., ATUN, R., & Koc, K., (2022). Non-destructive above ground biomass estimation of individual tree species using airborne LiDAR data for combating global warming. INTERNATIONAL JOURNAL OF GLOBAL WARMING , vol.27, no.4, 422-440.

BAŞ, NURAY Et Al. "Non-destructive above ground biomass estimation of individual tree species using airborne LiDAR data for combating global warming," INTERNATIONAL JOURNAL OF GLOBAL WARMING , vol.27, no.4, 422-440, 2022

BAŞ, NURAY Et Al. "Non-destructive above ground biomass estimation of individual tree species using airborne LiDAR data for combating global warming." INTERNATIONAL JOURNAL OF GLOBAL WARMING , vol.27, no.4, pp.422-440, 2022

BAŞ, N. Et Al. (2022) . "Non-destructive above ground biomass estimation of individual tree species using airborne LiDAR data for combating global warming." INTERNATIONAL JOURNAL OF GLOBAL WARMING , vol.27, no.4, pp.422-440.

@article{article, author={NURAY BAŞ Et Al. }, title={Non-destructive above ground biomass estimation of individual tree species using airborne LiDAR data for combating global warming}, journal={INTERNATIONAL JOURNAL OF GLOBAL WARMING}, year=2022, pages={422-440} }