Successful seminar on gender and energy
WinEED (Women in Environmental Economics for Development) conducted their first seminar on September 27, in series that will be a monthly recurring event. This inaugural seminar was held in…
WinEED (Women in Environmental Economics for Development) conducted their first seminar on September 27, in series that will be a monthly recurring event. This inaugural seminar was held in…
This month, WinEED teamed with the Sustainable Energy Transitions Initiative (SETI) to showcase research on the intersection of gender and energy. Dr. Krishnapriya Perumbillissery will present her…
Despite the great strides by the government of Tanzania in bolstering access to electricity in rural areas under its Rural Energy Agency (REA), rural connection rates have remained low. A substantial fraction of households residing “under the grid” remains unconnected despite the considerable state subsidy of this program. This study investigates the reasons for low uptake of seemingly highly subsidized, productive and modern energy. Using both bivariate and multivariate logit, we find that the distance between the household and the nearest electric pole matters.
Register now! On September 17 – 19, 2020, SETI will organize its fifth annual workshop on global energy transitions research. The workshop will be held virtually over Zoom, and will feature sessions…
Renewable energy sources such as solar are an alternative to provide clean lighting for many rural households in developing countries. However, transition to these lighting sources has been slow.
Agriculture is the means of livelihood for most rural communities in Sub-Saharan Africa. In order for small-scale farmers to meet the basic needs of their families and semi-large-scale farming for trading purposes, rural farmers seek to expand their output. To this end, the kind of input employed in the crop production process is very important. In terms of labour, most rural farmers employ their children or other family members and or members of the community where they use traditional farming tools. The use of energy and for that matter, electricity is very little.
This paper examines the dynamics of connectedness among the realized volatility indices of 16 clean energy stocks belonging to the SPGCE and the implied volatility indices of two important stock markets—the S&P 500 and the STOXX50—and two commodities markets—the crude oil and gold markets. The empirical results show a unidirectional connectedness from the implied volatility indices to the clean energy stocks. Our analysis further reveals similar volatility connectedness behaviors among companies in the same energy production subsector.