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• W4323848612 abstract "Purpose Clean energy stocks are exhibiting signs of increasing volatility reflecting the varied and conflicting strategies employed by nations to pursue energy security objectives. In this regard, this paper aims to examine the response of NASDAQ clean energy stock returns volatility to the influences of external energy security elements including oil price, natural gas price, coal price, carbon price and green information technology stock price. Design/methodology/approach The paper uses symmetric and asymmetric generalised autoregressive conditional heteroskedasticity models (GARCH and TGARCH, respectively), which incorporate external energy security elements as exogenous variables, to estimate volatility models for clean energy stock returns. Findings Although, prices of oil, coal and natural gas are negatively associated with NASDAQ clean energy returns volatility, only the effect of natural gas price is significant. While carbon price affects NASDAQ clean energy returns volatility positively, green information technology price affects the volatility negatively. These results are robust to exponential GARCH and lead-and-lag robust ordinary least-squares as alternative estimation methods. Research limitations/implications The study lumps the effects of all other external and internal factors, including internal energy security elements, in the autoregressive conditional heteroscedasticity (ARCH) term to predict NASDAQ clean energy returns conditional variance. GARCH method does not disentangle individual roles of the factors captured in the ARCH term in predicting volatility. Practical implications Results documented imply that natural gas appears a closer substitute for renewable energy sources than crude oil and coal, such that its price rise is perceived as good news in the NASDAQ clean energy financial market, while a fall is considered bad news. Furthermore, both an increase in carbon price and a decrease in green information technology stock performance are perceived as negative shocks. Social implications In assessing risks associated with clean energy stocks, investors and fund managers should carefully consider the effects of external energy security elements. Originality/value To the best of the author’s knowledge, the paper is the first to identify external energy security elements and examine their effects on clean energy stock volatility." @default.
• W4323848612 created "2023-03-11" @default.
• W4323848612 creator A5021523558 @default.
• W4323848612 date "2023-03-13" @default.
• W4323848612 modified "2023-10-17" @default.
• W4323848612 title "External energy security elements and the riskiness of clean energy stocks: a volatility analysis" @default.
• W4323848612 cites W1971628357 @default.
• W4323848612 cites W1979575715 @default.
• W4323848612 cites W1985392547 @default.
• W4323848612 cites W1994547093 @default.
• W4323848612 cites W1999814123 @default.
• W4323848612 cites W1999996900 @default.
• W4323848612 cites W2000130894 @default.
• W4323848612 cites W2007528270 @default.
• W4323848612 cites W2013109882 @default.
• W4323848612 cites W2015902948 @default.
• W4323848612 cites W2021976912 @default.
• W4323848612 cites W2023240121 @default.
• W4323848612 cites W2028687493 @default.
• W4323848612 cites W2040981563 @default.
• W4323848612 cites W2042943073 @default.
• W4323848612 cites W2061160212 @default.
• W4323848612 cites W2074996297 @default.
• W4323848612 cites W2081841542 @default.
• W4323848612 cites W2084646254 @default.
• W4323848612 cites W2098766867 @default.
• W4323848612 cites W2103378431 @default.
• W4323848612 cites W2110348891 @default.
• W4323848612 cites W2117019869 @default.
• W4323848612 cites W2124350766 @default.
• W4323848612 cites W2136182473 @default.
• W4323848612 cites W2205195961 @default.
• W4323848612 cites W2266081838 @default.
• W4323848612 cites W2322787644 @default.
• W4323848612 cites W2596870550 @default.
• W4323848612 cites W2597646369 @default.
• W4323848612 cites W2731428228 @default.
• W4323848612 cites W2770751457 @default.
• W4323848612 cites W2771605139 @default.
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• W4323848612 cites W2916856577 @default.
• W4323848612 cites W2945706243 @default.
• W4323848612 cites W2945785058 @default.
• W4323848612 cites W2966897702 @default.
• W4323848612 cites W2972436534 @default.
• W4323848612 cites W2982540251 @default.
• W4323848612 cites W2991274664 @default.
• W4323848612 cites W3008800520 @default.
• W4323848612 cites W3011681831 @default.
• W4323848612 cites W3015333494 @default.
• W4323848612 cites W3035372317 @default.
• W4323848612 cites W3080602840 @default.
• W4323848612 cites W3082678610 @default.
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• W4323848612 cites W3086260803 @default.
• W4323848612 cites W3092863021 @default.
• W4323848612 cites W3096631788 @default.
• W4323848612 cites W3110831436 @default.
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• W4323848612 cites W3155516784 @default.
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• W4323848612 cites W3173657961 @default.
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• W4323848612 doi "https://doi.org/10.1108/sampj-09-2022-0484" @default.
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