Imad Ahmed's deep dive into the story of Zambia's development of and dependency on hydropower provides a timely input into how countries with hydro resources should think about their energy transitions to zero-net emissions systems that provide reliable, affordable, and clean energy for all. Like many other countries, Zambia relies on an aging hydropower stock, developed when the speed and the full force of climate impacts seemed either unlikely or far into the future. For countries like Zambia, how can hydro play an optimized role in a diversified energy system, efficiently, serving the environment, people, and industry, as regional weather patterns change? How will they be financed with levels of indebtedness climbing past prudent limits in Zambia and across the region? What is hydropower's role in the energy systems of the future? This book is an excellent place to look back to move forward."-Rachel Kyte, Dean, The Fletcher School, Tufts University, USA; former UN SG Special Representative for Sustainable Energy; former World Bank Group Vice President and Special Envoy for Climate Change "Imad Ahmed has written a fascinating and meticulously researched book on Zambia, which details the various challenges posed by hydroelectric power. This book is a must-read for all interested in Zambia and energy policy in the developing world.

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Pubescent girls face unique emotional barriers to returning to school after a disaster concerning water, sanitation and hygiene (WASH). This paper explores themes of WASH, gender violence, the lack of dignity and sense of shame arising from inadequate WASH facilities for girls in disaster settings. We conducted a structured literature review of 126 sources to investigate the emotional constraints facing pubescent girls concerning WASH in schools in Indonesia, a region prone to frequent disasters. Findings are synthesised into four major themes: psychological experiences of WASH, challenges faced by girls in schools, barriers to inclusive WASH provision and how to create a holistic approach to WASH. Key conclusions include the need for interdisciplinary research, cross sectoral collaboration, more evidence and research in Indonesia, especially regarding menstrual hygiene management, improved toilet design to reduce the physical barriers linked to emotional barriers and inclusive design for those with disabilities.

Emissions associated with hydropower are often forgotten. Lifecycle assessments of greenhouse gas emissions emanating from hydropower must count embedded carbon, emissions from reservoir lakes and the loss of carbon sinks, as well as backup diesel generation emissions when dependence on hydropower fails to deliver energy. Using Zambia as a case study, we estimate using a bottom-up approach that the emissions associated with backup diesel generation from Zambia’s power utility ZESCO and three largest sectors of consumers were up to 27 000 tonnes of C O 2 in the worst months of drought in 2019. This is significantly higher than what a previous top-down approach would have estimated. We worked out ZESCO’s diesel generation attributable to drought using trend analysis. We worked out the mining sector’s emissions using copper production data, on-grid electricity consumption and calculated electricity intensity to infer off-grid electricity consumption in years of drought. From our household survey we learned average duration of generator use, average capacities of generators and acquired household income and generator use data which we ran in a Tobit regression. These together with labour force survey data helped us infer the level of diesel generation by households of different income brackets. For manufacturing firms we surveyed 123 firms. We collected rich diesel generation use data covering years of drought, input this into an OLS regression to identify predictors of diesel generation use (installed capacity of generator in kVA, in litres and whether generation was in a drought year) which we then used to extrapolate implied diesel generation for the firms for which we had less rich data. As global average temperatures and the frequency of El Niño droughts rise in hydropower dependent countries which account for a fifth of the world’s population, backup generation emissions have implications for the formulation of low carbon energy policy.