Titlebook: Sustainable Energy Transitions; Socio-Ecological Dim Dustin Mulvaney Textbook 2020 The Editor(s) (if applicable) and The Author(s), under e

intelligible

细胞学

性别

Sustainable and Just Energy Strategies,ing the technical and biophysical dimensions of energy transitions, while emphasizing how problems from energy systems are ultimately social problems with a technical dimension by familiarizing students with approaches used across the social sciences.

沉着

Textbook 2020s and environmental consequences of existing energy resource use, the book takes readers through the key questions and topics needed to understand, prescribe, and advocate just and sustainable energy solutions. .The interdisciplinary nature of the book aims to build bridges across the social and nat

Jejune

Fundamentals of Energy Science,geologist Eduard Suess called the anthrosphere—the areas of the Earth transformed by humans (Ellis 2008). Key ideas covered in this chapter include energy types and sources, energy conversions and transformations, laws of thermodynamics, and other key scientific principles and descriptions of infrastructure needed to understand energy systems.

Monolithic

Low-Carbon Electricity Systems,minants are present, environmental justice issues, and debates about whether waste incineration should be considered a renewable energy under portfolio standards in the US or feed-in-tariffs in Europe (or sui generis regulatory scheme).

beta-cells

Low-Carbon Mobility,and stuff around. Transportation and its energies also have structured social relations in unequal ways. In the US, cheap energy helped facilitate suburban sprawl, leading to urban pollution when all these suburban cars were used each day in the city.

Tractable

Energy Transitions,urgy, and so on; it powered most of human history. By the mid-nineteenth century, fossil fuels provided many of the modern conveniences of life—food, cities, industries, transportation, and electricity.

Estimable

Energy and the Environment I: Fossil Fuels,), and methane hydrates, are detailed through problem sets and writing assignments on existing energy commodities and infrastructure. These examples draw on lessons from prior chapters regarding unit transformations and calculating energy/power flows.

自由职业者