A biological model of nitrogen in agriculture is specified for early modern England and used to analyze the growth in grain yields from the middle ages to the industrial revolution. Nitrogen-fixing plants accounted for about half of the rise in yields; the rest came from better cultivation, seeds, and drainage. The model highlights the slow chemical reactions that governed the release of the nitrogen introduced by convertible husbandry and the cultivation of legumes. However efficient were England's institutions, nitrogen's chemistry implied that the English agricultural revolution would be much more gradual than the Green Revolution of the twentieth century
This paper surveys the results of four recent, separate attempts at estimating agricultural output a...
Nitrogen is an essential growth factor in nature and for food production. It exists in many forms, i...
This paper surveys the results of four recent, separate attempts at estimating agricultural output a...
This article presents the first agricultural production function for the eighteenth century, thereby...
We estimate a model of wheat yields for eighteenth century England using village-level data. This is...
This article presents the first agricultural production function for the eighteenth century, thereby...
Building on Allen’s Nytrogen Hypothesis, this paper assesses the role of climate change in the Engli...
Between 1700 and 1850, English grain yields were substantially higher than those attained in other c...
Historians have long believed that the modern world commenced in Britain in the 1770s with simultane...
Historians largely agree that it was increased nitrogen fixation from new legumes as well as better ...
The early Middle Ages saw a major expansion of cereal cultivation across large parts of Europe thank...
Available from British Library Document Supply Centre-DSC:3597.9143(19) / BLDSC - British Library Do...
The timing of the English agricultural evolution is investigated using three indicators: output grow...
he English Agricultural Revolution began during a period of climate change in which temperatures dec...
The Industrial Revolution in England was characterised by early and rapid labour release from agricu...
This paper surveys the results of four recent, separate attempts at estimating agricultural output a...
Nitrogen is an essential growth factor in nature and for food production. It exists in many forms, i...
This paper surveys the results of four recent, separate attempts at estimating agricultural output a...
This article presents the first agricultural production function for the eighteenth century, thereby...
We estimate a model of wheat yields for eighteenth century England using village-level data. This is...
This article presents the first agricultural production function for the eighteenth century, thereby...
Building on Allen’s Nytrogen Hypothesis, this paper assesses the role of climate change in the Engli...
Between 1700 and 1850, English grain yields were substantially higher than those attained in other c...
Historians have long believed that the modern world commenced in Britain in the 1770s with simultane...
Historians largely agree that it was increased nitrogen fixation from new legumes as well as better ...
The early Middle Ages saw a major expansion of cereal cultivation across large parts of Europe thank...
Available from British Library Document Supply Centre-DSC:3597.9143(19) / BLDSC - British Library Do...
The timing of the English agricultural evolution is investigated using three indicators: output grow...
he English Agricultural Revolution began during a period of climate change in which temperatures dec...
The Industrial Revolution in England was characterised by early and rapid labour release from agricu...
This paper surveys the results of four recent, separate attempts at estimating agricultural output a...
Nitrogen is an essential growth factor in nature and for food production. It exists in many forms, i...
This paper surveys the results of four recent, separate attempts at estimating agricultural output a...