Barnes & Noble Long-run Convergence Greenhouse Gases, Reactive Compounds, Aerosol Precursors and Aerosols: An Application of Panel Analysis Nonstationarity Idiosyncratic Common Components to OECD BRICS Countries at Hamilton Place in Chattanooga, TN
Long-run Convergence Greenhouse Gases, Reactive Compounds, Aerosol Precursors and Aerosols: An Application of Panel Analysis Nonstationarity Idiosyncratic Common Components to OECD BRICS Countries
Long-run Convergence Greenhouse Gases, Reactive Compounds, Aerosol Precursors and Aerosols: An Application of Panel Analysis Nonstationarity Idiosyncratic Common Components to OECD BRICS Countries in Chattanooga, TN
Long-run Convergence Greenhouse Gases, Reactive Compounds, Aerosol Precursors and Aerosols: An Application of Panel Analysis Nonstationarity Idiosyncratic Common Components to OECD BRICS Countries in Chattanooga, TN
This book examines the presence of stochastic and deterministic convergence in ten series of greenhouse gases, aerosol precursors, and aerosols across 29 industrialized and emerging countries from 1820 to 2018. The author utilizes the Panel Analysis of Nonstationarity in Idiosyncratic and Common Components (PANIC) method for the empirical exercise. The analysis reveals strong evidence of stochastic convergence patterns in the series of log per capita emissions for black carbon, carbon monoxide, ammonia, non-methane volatile organic compounds, and nitrogen oxides, demonstrated by the existence of pairwise cointegration among individual series. Regarding deterministic convergence, the book provides compelling evidence of convergence in per capita emissions for black carbon, carbon monoxide, ammonia, non-methane volatile organic compounds, nitrogen oxides, and sulfur dioxide. There is also moderate evidence of convergence in per capita emissions for carbon dioxide, nitrous oxide, and organic carbon, and weaker evidence for methane emissions. The findings have significant implications for environmental policy, particularly in light of the observed deterministic convergence in emissions.
This book examines the presence of stochastic and deterministic convergence in ten series of greenhouse gases, aerosol precursors, and aerosols across 29 industrialized and emerging countries from 1820 to 2018. The author utilizes the Panel Analysis of Nonstationarity in Idiosyncratic and Common Components (PANIC) method for the empirical exercise. The analysis reveals strong evidence of stochastic convergence patterns in the series of log per capita emissions for black carbon, carbon monoxide, ammonia, non-methane volatile organic compounds, and nitrogen oxides, demonstrated by the existence of pairwise cointegration among individual series. Regarding deterministic convergence, the book provides compelling evidence of convergence in per capita emissions for black carbon, carbon monoxide, ammonia, non-methane volatile organic compounds, nitrogen oxides, and sulfur dioxide. There is also moderate evidence of convergence in per capita emissions for carbon dioxide, nitrous oxide, and organic carbon, and weaker evidence for methane emissions. The findings have significant implications for environmental policy, particularly in light of the observed deterministic convergence in emissions.
Barnes & Noble is the world’s largest retail bookseller and a leading retailer of content, digital media and educational products. Our Nook Digital business offers a lineup of NOOK® tablets and e-Readers and an expansive collection of digital reading content through the NOOK Store®. Barnes & Noble’s mission is to operate the best omni-channel specialty retail business in America, helping both our customers and booksellers reach their aspirations, while being a credit to the communities we serve.
