The phrase "agricultural evolution" is correct and usable in written English.
It can be used to discuss the development and changes in agricultural practices, technologies, or systems over time.
Example: "The agricultural evolution over the past century has led to significant increases in crop yields and farming efficiency."
Alternatives: "agricultural development" or "agricultural progress".
"You figure maize agriculture, 10,000 years of agricultural evolution, at least," Miguel said, "and we're losing all that cumulative knowledge".
Agricultural evolution first occurred 10,000 years ago when plants were selected and grown as crops, and animals were domesticated.
Mr. Hargrave, who holds a master's degree in Chinese from Harvard, has helped shape Suffolk's agricultural evolution.
This diet involves eating only foods that we think our ancestors (>10,000 years ago) would have had access to, thus avoiding foods that have flourished under human agricultural evolution and domestication, and foods that are processed and that hunter-gatherers would not include in their regular diet.
Monsanto has all of their angles covered, and as much as you want to hate them you have to respect how incredibly intricate and progressive they were in their agricultural evolution. .
Based on the monitoring of precipitation, soil moisture, and vegetation conditions, EPMC extracted four main agricultural drought evolution phases termed: (i) latency, (ii) onset, (iii) development, and (iv) recovery.
Univariate, bivariate, and multivariate drought analyses have achieved some success, but the analysis of agricultural drought evolution and integration with crop growth is still lacking.
This study aimed to propose a conceptual model for water fluxes in a coastal area affected by salinity, which can help to identify the relationships between agricultural landscape evolution and actual salinity.
The purpose of this research was to develop a model for the analysis of agricultural landscape evolution at a fine spatial resolution scale (1 10 m) and a medium-term temporal scale (10 100 years).
We begin by examining some of the criteria that are important in determining involvement in agricultural pathogen evolution by noncrop plants.
What criteria are important in determining involvement in agricultural pathogen evolution by noncrop plants?; what implications do such interactions have for disease management in agro-ecosystems?; and how can we influence those outcomes?
