Discusses the importance of transporting lumber and agricultural products efficiently to minimize costs and time.
Once trees are cut down, they need transportation to urban areas for sale and use. Long-distance dragging is inefficient.
Alternatives include using trains or semi-trucks, but not all locations have rail systems readily available.
Lumber is utilized in multiple industries:
Construction.
Production of paper.
As a resource in creating currency notes (e.g., 100-dollar bills).
Mention of raising strawberries and agricultural productivity (growing versus cultivating plants).
Importance of local demand and efficient production methods in agriculture.
Livestock can move on their own, providing advantages for transporting animals to slaughterhouses for meat production.
Discussion on livestock's ability to self-transport improves processing efficiency.
Johann von Thünen was a German scholar and farmer known for developing a model for land use based on distance from urban areas.
His model is represented as a concentric circle pattern, often likened to a bull's eye.
Central City: At the center of the model is the city, which dictates surrounding land uses depending on proximity.
**Proximity Impacts Land Use: **
**Intensive Agriculture:**Closer to the city, one would cultivate perishable crops (fruits, vegetables, dairy).
Extensive Agriculture: Further away, less perishable goods such as cattle or grains are raised due to the longer transport times required.
Dairy products spoil quickly; hence, they must be produced near urban markets for freshness.
The transport modalities available during Thünen's time (e.g., foot, horse, rail) greatly influenced agricultural choices.
Concepts of cost-effectiveness based on transportation logistics form the foundation of Thünen's theory—higher prices per unit due to proximity to markets.
The idea of land value increasing closer to urban centers—known as bid rent theory—where agricultural land near cities commands higher prices.
As distance from the city increases, the demand and price of land typically decrease.
Inverse relationship where properties near urban areas (higher demand) are more expensive, creating competition among land uses (e.g., residential vs. agricultural).
Assumptions: His model assumes a flat landscape with homogenous soil types, which is rarely the case in reality.
Market Access: Potential for multiple markets nearby affects decisions (e.g., different cities nearby), leading to choices based on maximum profit.
Physical Geography: Natural features, such as mountains or rivers, can impact transportation routes and agricultural practices.
Modern application of Thünen’s model can still be seen in agricultural practices today.
Conditions have changed since the 19th century, but core principles regarding transportation and land use decision-making remain relevant.
Understanding agricultural land use models and their evolution can provide insights into current practices and economic theory regarding land value and utility.