Understanding Farming Dynamics Through Simulation

Crop Growth Models

Growing-degree-day (GDD) models are used to predict the timing of plant development based on temperature. These models calculate the number of degree-days, which is the sum of daily temperatures above a base threshold, essential for crop growth and maturation.

The FAO-56 soil water balance model tracks water availability in soils by considering evaporation, transpiration, and infiltration rates. This helps farmers manage irrigation efficiently to ensure optimal plant health.

Animal Husbandry

Kleiber's law states that the metabolic rate of an animal is proportional to its mass raised to a power between 3/4 and 3. In our simulation, this principle guides the energy requirements for livestock, ensuring accurate feeding schedules.

Feeding cows and hens involves managing their diet to meet specific nutritional needs, which affects their productivity and health.

Mechanical Operations

The use of tractors and combines in the simulation reflects real-world agricultural practices. These machines are crucial for planting, harvesting, and processing crops efficiently.

By simulating these operations, students can understand the mechanical aspects of farming and their impact on productivity and resource management.

Market Dynamics

Trading at a fluctuating market introduces economic principles into the simulation. Prices for crops and livestock are influenced by supply and demand, teaching students about market forces and risk management.

Managing daily tasks ensures that all farm activities are balanced, reflecting real-world challenges faced by farmers.

Frequently asked questions

Try it live

Everything above runs in your browser — open Farm Simulator: Countryside Adventure - Crops, Livestock, Tractor and Market and change the parameters while it is running. Nothing is installed, nothing is uploaded, the whole model lives in one tab.