
-
Use Cases
-
Resources
-
Pricing
15,000 BCE
% complete
Dogs are domesticated from wolves, becoming the first domesticated animal and serving various roles in early agricultural communities, including hunting, protection, and companionship.
Image source: Domestication of the dog
9,000 BCE
% complete
Wheat, one of the first crops to be domesticated, becomes a staple food source in regions such as the Fertile Crescent. This development allows for the cultivation of larger quantities of food and leads to the establishment of agricultural societies.
Image source: Wheat
9,000 BCE
% complete
Selective breeding techniques are employed to improve desirable traits in domesticated plants and animals. This practice leads to the development of specialized crop varieties and livestock breeds, enhancing agricultural productivity and diversity.
Image source: Selective breeding
8,000 BCE
% complete
Cattle are domesticated in multiple regions, including the Middle East and the Indus Valley, providing a reliable source of milk, meat, and labor. The domestication of cattle contributes to the growth of agricultural economies and the establishment of pastoral societies.
Image source: Cattle
5,000 BCE
% complete
Rice cultivation begins in the Yangtze River valley, leading to the emergence of agricultural communities and the development of ancient Chinese civilization. Rice becomes a staple crop and plays a crucial role in shaping Chinese culture and society.
Image source: History of rice cultivation
2,500 BCE
% complete
Maize (corn) becomes a staple crop in Mesoamerica, transforming agricultural practices and supporting the rise of complex civilizations such as the Maya and the Aztecs. The cultivation and processing of maize contribute to cultural and economic advancements in the region.
Image source: Maize
10,000 BCE
% complete
The invention of agriculture marks the beginning of the Agricultural Revolution, as humans transition from a nomadic hunter-gatherer lifestyle to settled farming communities. This innovation involves the intentional cultivation of crops and the domestication of animals, leading to a more stable food supply and the development of permanent settlements.
Image source: Agriculture
6,000 BCE
% complete
Communities start developing irrigation systems to control water supply and increase agricultural productivity. This innovation enables the cultivation of crops in arid regions and contributes to the growth of advanced civilizations.
Image source: Irrigation
4,000 BCE
% complete
The introduction of the plow revolutionizes agriculture by enabling more efficient soil cultivation, increased crop yields, and the expansion of cultivated land. This development significantly impacts agricultural productivity and the ability to sustain larger populations.
Image source: Plough
4,000 BCE
% complete
Agricultural societies develop calendars based on seasonal changes and celestial observations to track planting, harvesting, and other farming activities. These calendars assist in planning agricultural activities and managing crop cycles.
Image source: Calendar
2,000 BCE
% complete
In the Andes Mountains, civilizations such as the Inca develop terracing techniques to cultivate crops on steep slopes. Terracing allows for efficient water management and soil conservation, enabling agriculture at high altitudes and supporting the growth of advanced societies.
Image source: Terrace (earthworks)
1,200 BCE
% complete
The widespread adoption of iron tools, such as plows and sickles, revolutionizes agricultural practices by increasing efficiency and productivity. Iron tools offer greater durability and effectiveness compared to their predecessors made from stone or bronze.
Image source: Iron Age
500 - 599
% complete
Crop rotation techniques are developed, allowing farmers to alternate different crops in a specific sequence over time. This practice helps maintain soil fertility, control pests and diseases, and improve overall agricultural sustainability.
700 - 799
% complete
The three-field system, a crop rotation method, is adopted in medieval Europe. This agricultural practice improves soil fertility, increases crop yields, and contributes to population growth and economic development during the Middle Ages.
Image source: Three-field system
1600 - 1699
% complete
The seed drill, invented by Jethro Tull, revolutionizes farming practices by mechanizing the process of sowing seeds. This innovation improves seed placement, increases crop yields, and contributes to the agricultural advancements of the Industrial Revolution.
Image source: Seed drill
10,000 BCE
% complete
The transition to agriculture brings changes in diet and lifestyle, leading to both positive and negative impacts on human health. While agriculture provides a more stable food supply, it also introduces new diseases, nutritional deficiencies, and increased labor demands.
Image source: Effects of climate change on human health
10,000 BCE
% complete
The transition to agriculture brings changes in gender roles, as women play a central role in food production, processing, and storage. This shift influences social structures and gender dynamics in agricultural societies.
6,000 BCE
% complete
Agriculture spreads from the Near East to Europe, leading to the transition from the Mesolithic to the Neolithic period. This shift brings about profound changes in European societies, including the development of farming communities, the construction of megalithic structures, and the emergence of complex trade networks.
Image source: Neolithic Europe
5,000 BCE
% complete
Mesopotamia, located in modern-day Iraq, witnesses the rise of agricultural societies like Sumer, where farming becomes the foundation of civilization. The surplus food production supports the growth of cities, the development of written language, and the establishment of complex social and political structures.
Image source: Mesopotamia
3,000 BCE
% complete
The Agricultural Revolution paves the way for the formation of agrarian empires, characterized by centralized political power, extensive land cultivation, and large-scale irrigation systems. Examples include the Egyptian, Persian, and Roman empires.
This Agricultural Revolution timeline was generated with the help of AI using information found on the internet.
We strive to make these timelines as accurate as possible, but occasionally inaccurates slip in. If you notice anything amiss, let us know at [email protected] and we'll correct it for future visitors.
Preceden lets you create stunning timelines using AI or manually.
Export your timeline, add your own events, edit or remove AI-generated events, and much more
No credit card required.
Cancel anytime.
Cancel anytime.
Yes. You can cancel your subscription from your account page at anytime which will ensure you are not charged again. If you cancel you can still access your subscription for the full time period you paid for.
Yes, we will email you a reminder prior to the annual renewal and will also email you a receipt.
Yes. You can email us within 15 days of any payment and we will issue you a full refund.
Check out our pricing docs or send us an email anytime: [email protected].