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Fintech: A Conduit for sustainability and renewable energy? Evidence from R2 connectedness analysis
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O. POLAT Et Al. , "Fintech: A Conduit for sustainability and renewable energy? Evidence from R2 connectedness analysis," RESOURCES POLICY , vol.94, no.105098, pp.1-10, 2024

POLAT, O. Et Al. 2024. Fintech: A Conduit for sustainability and renewable energy? Evidence from R2 connectedness analysis. RESOURCES POLICY , vol.94, no.105098 , 1-10.

POLAT, O., ÖZCAN, B., ERTUĞRUL, H. M., ATILGAN, E., & ÖZÜN, A., (2024). Fintech: A Conduit for sustainability and renewable energy? Evidence from R2 connectedness analysis. RESOURCES POLICY , vol.94, no.105098, 1-10.

POLAT, ONUR Et Al. "Fintech: A Conduit for sustainability and renewable energy? Evidence from R2 connectedness analysis," RESOURCES POLICY , vol.94, no.105098, 1-10, 2024

POLAT, ONUR Et Al. "Fintech: A Conduit for sustainability and renewable energy? Evidence from R2 connectedness analysis." RESOURCES POLICY , vol.94, no.105098, pp.1-10, 2024

POLAT, O. Et Al. (2024) . "Fintech: A Conduit for sustainability and renewable energy? Evidence from R2 connectedness analysis." RESOURCES POLICY , vol.94, no.105098, pp.1-10.

@article{article, author={ONUR POLAT Et Al. }, title={Fintech: A Conduit for sustainability and renewable energy? Evidence from R2 connectedness analysis}, journal={RESOURCES POLICY}, year=2024, pages={1-10} }