Regarding the technological framework, the present article also offers both a solid result and a firm working hypothesis. First, it makes clear that wheat yields in Great Britain and elsewehere in Europe in the second half of the 19th and the first third of the 20th century are not strictly comparable because, as we have just seen, the wheat varieties developed in each region were very different. Second, the article also suggests that wheat breeding had to face more difficulties in the dry Mediterranean regions than in northern and central Europe, and that to a large degree this explains the low wheat yields in Spai
International audienceIn France, a stagnation of bread wheat yield has been observed since the middl...
Background and Aims: Although the apical development of wheat has been widely described, studies ana...
This paper discusses the centers of origin and diversity for bread wheat; sketches historical patter...
Este artículo: a) analiza la evolución de las innovaciones biológicas en variedades de trigo entre m...
A comparison was made of increases in British and southern NSW wheat yields associated with genetic ...
This article presents the first agricultural production function for the eighteenth century, thereby...
The last two decades are witnessing a decline in the growth trend of cereal yields in many European ...
International audienceWheat is one of the main crops cultivated in nearly all regions of the world, ...
The wheat represents the most widely used grain in the World, also in Balkans, it represents the mai...
From an extensive dataset of wheat yields at municipal level in mid eighteenth-century Spain, a deta...
This paper estimates the yields for five grains in 33 provinces of Spain in the mid-18th century. Th...
“Wheat is by far the most valuable plant in the world. It is the main source of food for modern Euro...
The cultivation wheat in past century influenced that varieties have acquired certain specific forms...
Variety change and genetic diversity are important means of combating crop losses from pests and dis...
Variety change and genetic diversity are important means of combating crop losses from pests and dis...
International audienceIn France, a stagnation of bread wheat yield has been observed since the middl...
Background and Aims: Although the apical development of wheat has been widely described, studies ana...
This paper discusses the centers of origin and diversity for bread wheat; sketches historical patter...
Este artículo: a) analiza la evolución de las innovaciones biológicas en variedades de trigo entre m...
A comparison was made of increases in British and southern NSW wheat yields associated with genetic ...
This article presents the first agricultural production function for the eighteenth century, thereby...
The last two decades are witnessing a decline in the growth trend of cereal yields in many European ...
International audienceWheat is one of the main crops cultivated in nearly all regions of the world, ...
The wheat represents the most widely used grain in the World, also in Balkans, it represents the mai...
From an extensive dataset of wheat yields at municipal level in mid eighteenth-century Spain, a deta...
This paper estimates the yields for five grains in 33 provinces of Spain in the mid-18th century. Th...
“Wheat is by far the most valuable plant in the world. It is the main source of food for modern Euro...
The cultivation wheat in past century influenced that varieties have acquired certain specific forms...
Variety change and genetic diversity are important means of combating crop losses from pests and dis...
Variety change and genetic diversity are important means of combating crop losses from pests and dis...
International audienceIn France, a stagnation of bread wheat yield has been observed since the middl...
Background and Aims: Although the apical development of wheat has been widely described, studies ana...
This paper discusses the centers of origin and diversity for bread wheat; sketches historical patter...