; (ii) production wells; (iii) storage facilities; and (iv) other vulnerable infrastructure; (C) in coordination with representatives from private sector entities, State and local governments, and institutions of higher education, establish a publicly accessible resource for best practices in evaluation and incorporation of emission reduction technologies, including— (i) metrics for performance evaluation; and (ii) principles for selection and integration of emission reduction technologies that are best suited for the project or entity concerned; (D) support research of technologies to more accurately quantify emissions, including— (i) the ability to accurately characterize and measure methane emissions through various atmospheric conditions such as wind, rain, fog, and dust; (ii) improvements to data analytics and machine learning platforms; (iii) the ability to characterize temporal patterns in emissions, such as through continuous monitoring or multitiered system practices; (iv) improvements to high-resolution spectroscopic databases of methane; (v) the ability to remotely detect carbon and ethane isotopes to facilitate attribution of sources of methane emissions; and (vi) improvements to Lidar detection technologies; (E) identify high-risk characteristics of pipelines, wells, storage facilities, and materials, geologic risk factors, or other key factors that increase the likelihood or intensity of methane emissions leaks; (F) identify methane mitigation methods and technologies in coal mines