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Forest Load Capacity and Carbon Emissions in the World's Largest Forest Nations: An EKC-Based Assessment for Sustainable Management
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U. K. PATA Et Al. , "Forest Load Capacity and Carbon Emissions in the World's Largest Forest Nations: An EKC-Based Assessment for Sustainable Management," SUSTAINABLE DEVELOPMENT , 2025

PATA, U. K. Et Al. 2025. Forest Load Capacity and Carbon Emissions in the World's Largest Forest Nations: An EKC-Based Assessment for Sustainable Management. SUSTAINABLE DEVELOPMENT .

PATA, U. K., Baykut, E., & Goksu, S., (2025). Forest Load Capacity and Carbon Emissions in the World's Largest Forest Nations: An EKC-Based Assessment for Sustainable Management. SUSTAINABLE DEVELOPMENT .

PATA, UĞUR, Ender Baykut, And Serkan Goksu. "Forest Load Capacity and Carbon Emissions in the World's Largest Forest Nations: An EKC-Based Assessment for Sustainable Management," SUSTAINABLE DEVELOPMENT , 2025

PATA, UĞUR K. Et Al. "Forest Load Capacity and Carbon Emissions in the World's Largest Forest Nations: An EKC-Based Assessment for Sustainable Management." SUSTAINABLE DEVELOPMENT , 2025

PATA, U. K. Baykut, E. And Goksu, S. (2025) . "Forest Load Capacity and Carbon Emissions in the World's Largest Forest Nations: An EKC-Based Assessment for Sustainable Management." SUSTAINABLE DEVELOPMENT .

@article{article, author={UĞUR KORKUT PATA Et Al. }, title={Forest Load Capacity and Carbon Emissions in the World's Largest Forest Nations: An EKC-Based Assessment for Sustainable Management}, journal={SUSTAINABLE DEVELOPMENT}, year=2025}