Did fossil fuel cause capitalism or did capitalism cause the creation of the technology to use fossil fuel for industrial processes? Did population start to grow in Britain before or after industrial capitalism? Why did the industrial revolution begin in Britain? Were there any precedents? Beginning before Roman Britain, this work of evolutionary sociology also looks at how Doggerland, sea-level changes accompanying ice-ages and global warming, forestation changes, malaria and plagues may have affected population movement, along with kinship rules, inheritance laws, and access to distant and denser communities through new modes of transport. Then, departing from Roman Britain, the book examines changes to the political system, fuels, technology and demography during the Reformation, the Restoration, the Dutch capitalist revolution, and the Trade Wars, to the eve of the French Revolution, which is the subject of the next volume. Hint: The cover on this book is like a treasure map and contains the major elements of the final theory. .
Demography, Territory and Law (Volume 1: The Rules of Animal and Human Populations) identified a bio-social system that keeps populations in steady-state with their environments. In this stand-alone second volume, the author tests that theory on Britain, where the world's first remarkably fast and sustained population increase began. Did this growth coincide with disruption of clan and tribal organization and relationship to place? Other possible causes investigated include capitalism itself, as well as fossil fuel.
Did fossil fuel cause capitalism or did capitalism cause the creation of the technology to use fossil fuel for industrial processes? Did population start to grow in Britain before or after industrial capitalism?
The author finds that Britain's unusual population growth was built into the British land-tenure system, which caused more fertility opportunities and diverged from that of the Romans or their successors on the European continent. The author confirms the long held suspicion that this inheritance system had something to do with the development of capitalism in Britain rather than elsewhere, and this book develops a completely new theory of capitalism.
Beginning before Roman Britain, this work of evolutionary sociology also looks at how Doggerland, sea-level changes accompanying ice-ages and global warming, forestation changes, malaria and plagues may have affected population movement, along with kinship rules, inheritance laws, and access to distant and denser communities through new modes of transport.
The book finds that the industrial revolution was not inevitable, but more likely in Britain than elsewhere because of the confluence of land-less labour, proximity of coal and iron, and deforestation after the injection of gold and silver from the New World. As it produces more private property and capitalism, the peculiar British system increases wealth disparities and reduces democracy. In France, however, population increase and industrial capitalism did not develop spontaneously, but a democratic revolution did.
Demography, Territory and Law2: Land-tenure and the Origins of Capitalism in Britain
Fascinating and original scientific and social investigation of the origins of capitalism in Britain, using a new evolutionary sociology theory and political systems comparison (including France and Holland), with scholarly reviews of alternative theories. Explores significance of Britain's odd land-tenure and inheritance system and asks where it came from, finding answers to questions preoccupying legal and economic theoreticians since the 13th century, with a demonstration of inheritance law in Hamlet. A specialist in geopolitics and energy resources, the author weighs up the roles of different fuels and technology and the availability of labour in the British industrial revolution. Many factors impinging on Britain's unusual population growth are reviewed, including diseases, transport and fertility opportunities. Alongside economic history this complex but sparkling work chronicles changes to the environment, from climate and sea-level changes to forest cover.
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