This blog post examines how the development of transportation has impacted not only human lifestyles but also culture, economy, and environment.
The English word ‘transport’, meaning ‘transportation’, is a compound of ‘trans’ (across, beyond) and ‘porte’ (to carry), carrying the meaning of “carrying across.” In German, it is ‘Verkehr’, which means “to perform an action done in one place in another place.” In Korean, transportation is defined as “the act of carrying people or goods using automobiles, trains, ships, airplanes, etc.” The subtle differences in these terms stem from the concept being both highly abstract and extremely broad. This blog post aims to explore the meaning of ‘transportation’ or ‘shipping’ – concepts deeply intertwined with our lives yet difficult to define simply – by tracing their origins and developmental history.
Historical facts show that round wheels were used around 5,000 BC, and around 2,000 BC, chariots began to be used as transportation tools. This demonstrates that transportation methods have developed alongside human history. Around 3,500 BC, the earliest carts appeared in Mesopotamia, Eastern Europe, and Central Asia. At that time, wheels were made by using a log as a disc or by connecting two or three wooden planks, making them very heavy and inconvenient to use. However, around 2000 BC, the development of a technique to hollow out the center of the wheel by attaching spokes to a wooden rim made wheels lighter. Carts powered by this wheel, using horses or donkeys, could move quickly, greatly expanding the range of human activity.
Thus, beyond the purpose of transporting daily necessities, the need for transportation also emerged as a means for rulers to build commemorative projects and for preventing enemy invasions. Massive structures like the Egyptian pyramids of the 27th century BCE, China’s Great Wall of the 2nd century BCE, and Rome’s roads and aqueducts required transporting stone and timber from distant locations, as sourcing materials locally was impossible. These examples demonstrate the close connection between the development of civilization and the advancement of transportation.
The advancement of transportation is closely intertwined with the development of transport vehicles and roads. The Roman Empire’s road network exemplifies an innovative transportation system of its time. This vast network, connecting Rome to various parts of Europe, spanned approximately 90,000 km, and including secondary roads, reached about 300,000 km. Some sections are still in use today, hinting at the technical excellence of those roads. In the 19th century, British engineers T. Telford and J.L. Macadam developed new road construction methods, enabling the easy creation of roads suitable for carriage traffic. Macadam’s crushed stone method, in particular, spread widely across Europe and the United States.
The Industrial Revolution brought significant changes to transportation. The three major phases of transportation development during this period were road improvement, canal construction, and railway construction. Road improvement began in the mid-18th century, introducing new paving methods and toll road systems. Canals were built for ship passage, requiring substantial capital and skilled labor. Railways were initially used within coal mines but gradually became a primary mode of transport connecting mines and industrial areas. With the development of steam-powered locomotives, railways progressively replaced horse-drawn carriages and canals to become the dominant mode of transport. This enabled the unification of Korea’s markets, serving as a catalyst for integrating regional economies into the national economy.
During the Industrial Revolution, transportation advancements accelerated raw material supply and boosted productivity, bringing significant changes to social and economic structures. This eliminated distance constraints between production and consumption centers, weakening the landownership rights and social standing of the aristocracy. Thus, the impact of transportation development on society as a whole was immense.
Subsequently, the advent of air transportation expanded the scope of travel from a two-dimensional plane to a spatial dimension. Since the Wright brothers achieved the world’s first powered flight of 36 meters in 1903, aircraft performance improved rapidly through World War I. In 1927, Charles Lindbergh successfully completed the first non-stop transatlantic flight, and today, remarkable progress allows travel from New York to Paris in just 7 hours. This has made the concept of a ‘global village’ a reality, and thanks to airplanes, cultures, goods, and information from various countries are exchanged rapidly.
Thus, the development of transportation stems from humanity’s efforts to overcome the constraints of time and space, and as a result, it has created new cultures, influenced each other, and evolved. The recent global recognition of Korea singer Psy in the United States is also made possible by transportation advancements. Psy’s success in the American market clearly demonstrates that transportation plays a significant role not only in creating culture but also in facilitating cultural exchange.
However, modern transportation development also brings negative impacts such as pollution, noise, environmental degradation, the greenhouse effect, and depletion of energy resources. Particularly, the energy consumption associated with transportation is increasing globally, necessitating energy conservation in public transport and reductions in carbon dioxide emissions from internal combustion engines. When accompanied by such efforts, modern transportation can continue to elevate humanity’s standard of living and play a vital role in the exchange of culture, technology, goods, and information between diverse nations and regions.
