Research Library

The global financial cost of Covid-19 could top $15 trillion. But governments could prevent future pandemics by investing as little as $22 billion a year in programs to curb wildlife trafficking and stem the destruction of tropical forests, according to an international team of scientists including Baker Institute Faculty Scholar Ted Loch-Temzelides.

This study presents an integrated framework for hurricane risk assessment of petroleum infrastructure under changing climatic conditions, calculating risk in terms of monetary loss.

Published in Energy Policy, Volume 142, July 2020.

In this study, the authors found that a parental history of ACEs can weaken protective factors — such as resilience and social connections — that could mitigate the risk of perpetuating the trauma in the next generation.  Children and Youth Services Review: http://bit.ly/2UmOH95

The authors investigate the benefits of joint investment planning for transmission lines and energy storage, finding that energy storage investments complement transmission expansion and contribute to higher social welfare values. Published by Energy Strategy Reviews: http://bit.ly/2vd2ZLA.

Mexico’s plan to implement a large-scale residential distributed photovoltaic generation program would bring more economic and environmental gains than losses, the authors conclude in this study of Mexico’s electricity sector. IAEE Energy Forum: http://bit.ly/2GoTxK5

This paper proposes a new regulatory incentive mechanism to induce efficient investment in electricity transmission networks. Energy Economics: http://bit.ly/2PeCEpu

The author reviews some of the regulatory, financial and planning challenges for electricity transmission. Economics of Energy & Environmental Policy symposium: http://bit.ly/2KMRUvf.

The authors conducted mobile phone surveys on energy supply, demand and quality in 12 sub-Saharan African countries, finding that current grid and off-grid electricity supply is inadequate to meet consumers' demands.

This paper assesses the current operational conditions of the Mexican residential electricity sector and examines the potential effects that the massive adoption of distributed photovoltaic power generation (DPV) systems would have on household expenditure and welfare, subsidy reduction, pollution and water resource usage.