This annotated bibliography contains 352 references to books, monographs, pamphlets, and articles, largely from Soviet sources, on these 2 Siberian multiple-purpose projects being completed by Soviet constructors. The scope of the projects, size of the equipment being installed, and construction problems faced in an undeveloped taiga region with a severe climate make these projects of interest to American engineers. The USSR is understandably proud of its accomplishments and much has been written describing them. Soviet engineers have reported in detail the experience gained from the design, construction, and research problems and solutions as a basis for future construction of similar projects in Siberia. No effort has been made to evaluate the references, for the difference is usually one of attitude and not accuracy, and each contains some valuable or interesting information. The references are divided under these headings: General; Reservoirs and Dams; Powerplants; Turbines and Penstocks; Generators, Electrical Equipment, and Transmission Systems; Construction Materials and Equipment; and Welding and Metallurgy. They are relisted under headings of Bratsk and Krasnoiarsk by number, referring to the reference in the initial main category. Conversion nomographs, abbreviations and acronyms, and a list of Soviet technical periodicals are included under miscellaneous aids.

Lakes and reservoirs hold about 90% of the world's surface fresh water, but overuse, water withdrawal and pollution of these bodies puts some one billion people at risk. The Encyclopedia of Lakes and Reservoirs reviews the physical, chemical and ecological characteristics of lakes and reservoirs, and describes their uses and environmental state trends in different parts of the world. Superbly illustrated throughout, it includes some 200 entries in a range of topics, including acidification, artificialisation, canals, climate change effects, dams, dew ponds, drainage, eutrofication, evaporation, fisheries, hydro-electric power, nutrients, organic pollution, paleolimnology, reservoir capacities and depths, sedimentation, water resources and more.

This report responds to pressing questions for policymakers in Eurasian cities and national governments. Faced with changing economic circumstances and a reorientation of trade toward Europe and Asia, will Eurasia's cities be able to adjust? Will some cities be granted the flexible regulations and supportive policies necessary for growth? And will some be permitted to shrink and their people assisted in finding prosperity elsewhere in the region? Even as Eurasian cities diverge, they face shared challenges. Policymakers have a key role in assisting spatial restructuring, particularly in addressing imperfect information and coordination failures. They can do so by rethinking cities, better planning them, better connecting them, greening them and finding new ways to finance these changes. Eurasian cities will also have to find the right balance between markets and institutions to become sustainable. As the World Development Report 2009: Reshaping Economic Geography illustrates, Eurasia (excluding Russia) is a 3D region- a region with low density, long distance, and many divisions. Securing accessibility to leading regional markets such as China, India, and Russia is thus critical. This will require key institutions to be developed to unite the countries, key connective infrastructures to be established between domestic and regional markets, and targeted interventions to be undertaken to compensate countries for short-term losses from this deepened economic integration. Policymakers at the highest levels in these countries should put accessibility at the top of their agendas.

The Russian Federation has set out to increase and diversify its use of renewables, particularly for power generation. Under current plans and policies, renewables would reach nearly 5% of total final energy consumption by 2030. Accelerated deployment, however, could boost Russia's renewable energy share to more than 11% in the same timeframe, according to this REmap working paper from the International Renewable Energy Agency (IRENA)Achieving this potential calls for cumulative investments of USD 300 billion in renewable energy up to 2030, or on average USD 15 billion per year between 2010 and 2030. When externalities related to human health and climate change are taken into account, these investments in renewables could ultimately save up to USD 11 billion per year.Yet certain areas require further attention. These include long-term planning, integration of renewables with existing plans, opening the way for solar PV and wind development, and ensuring reliable and affordable bioenergy supplies.Hydropower - representing about a fifth of Russian power generation capacity - is currently the most prominent renewable source, along with bioenergy for heating in buildings and industry. By end of 2015, total installed renewable power generation capacity reached 53.5 gigawatts (GW) of which 51.5 GW came from hydropower., and the remainder 2 GW from bioenergy, wind, solar PV and geothermal.The country analysis forms part of REmap, IRENA's global roadmap to double renewables in the global energy mix.