Books covering this sort of material (homes, cooking, everyday life) tend to come in two forms:
- almost all of them are "craft" books. They are particular, unsystematic, incapable of seeing the big picture or non-trivial patterns. They are very big on spirituality and similar woo.
- then there are the delightful (but far far too rare) "engineering" books; systematic organized, careful to explain all important points that go into each step of the thesis, why those points matter and are non-obvious, and what the consequences are of all these points. If the authors care about woo and spirituality, they keep it to themselves.
Ruth Goodman writes as an engineer -- an engineer with a deep knowledge of British history and some knowledge of other history. It's a superb combination, and results in a superb book.
We start with a detailed explanation of the various pre-coal fuel options available in Britain -- how peat and various woods were gathered (both in terms of labor, and in terms of the business/legal arrangements that allowed for this) along with how they burn, how they can be organized to burn in different ways, and the consequences of this for house design, everyday living, and cooking. (There's a fair amount of, surprisingly interesting discussion of both how different woods burn, and how even as early as the 16th century things like how firewood was bundled and sold were standardized and legally described, with consequences for how fireboxes in turn met standard sizes.)
We then move on to how coal differs from peat or coal in these particulars, both extraction and sale, then how it burns and those different consequences for how to organize the house, kitchen, and cooking. I especially like the way that nothing is omitted as either ignored or considered obvious with respect to these changes. The author goes into substantial detail as to the real-world practicalities of how one cooks upon a wood fire (given the actual equipment available to people at the time, without assuming 21st century people who just happen to be slumming it with some fire logs), how every aspect of this (size and shape of pans, what the pans are made of, how easily they can be moved around) changes given the hotter and more difficult to modify coal fire, and how this in turn resulted in substantial changes in cooking practices, for example the prevalence of long-duration boiling.
If you like both engineering (broadly understood) and history, this is a no-brainer; you will find few other books this year that appeal to you as much. Just ignore the last chapter and afterword, which feel a compulsion to switch from engineering and evidence-based history to the usual boring and utterly unoriginal grievances about this, that and the other.