Township and Range, initially a survey system used in the United States, is a fascinating topic in Human Geography. This grid-like system, initiated by the Public Land Survey System (PLSS), partitioned the public land into square townships, each approximately 6 miles by 6 miles. Diving deeper, we'll explore the creation, layout, and the significance of Township and Range in understanding U.S. geography and land distribution.
The origins of Township and Range can be traced back to the Land Ordinance of 1785 and the Northwest Ordinance of 1787. These acts aimed to raise revenue, promote settlement, and establish a grid system for the immense, uncharted territories. The system began in Pennsylvania and was later adopted across the western United States.
Township and Range Layout
The Township and Range grid is simple yet impactful. Each 6-mile square township is designated by a number and a letter, with 36 sections of one square mile each. These townships are further divided into ranges, organized in a north-south direction.
Principal meridians and base lines are the most prominent features of this system. Stretching north-south and east-west respectively, they form the backbone of the grid, with numbered ranges and lettered townships branching out from them. This neat, systematic arrangement made it easier to survey, map, and govern vast territories.
Principal Meridians and Base Lines
Principal meridians are the starting points of ranges, while base lines are the starting points of townships. The first principal meridian, for instance, runs through theósitos of Nova and Delawares, and the first base line through the клетs of Pennsylvania and Ohio. These lines, along with their subsequent numbers or letters, create a coordinate system that's easy to navigate and document.
oved by the simplicity and efficiency of this grid system, other countries like Australia and New Zealand also adopted modified versions of the Township and Range system.
Sections, Quarters, and aliquot parts
Each one-mile square section is divided into four 1/4 sections or quarters. Each quarter can be further divided into aliquot parts, typically 1/64 or 1/128 of the section. These smaller units make it convenient for legal descriptions and land transfers.
The Township and Range system has been instrumental in shaping U.S. geography and infrastructure. It has influenced land allocation, town planning, county boundaries, and even place names. However, as population grew and land uses evolved, this system has faced criticism and modifications.
The Impact of Township and Range on U.S. Geography
The Township and Range system has left an indelible mark on the American landscape. It influenced county boundaries, with most counties following the township structure. Many cities and towns were also plotted along these grid lines.
This system also played a significant role in shaping U.S. infrastructure. Railroads, highways, and other transport networks often follow these grid lines, reflecting the enduring influence of this survey system. Moreover, it has simplified land record-keeping and parcel identification.
County Boundaries and Land Parcels
Most U.S. counties are composed of whole or parts of townships, aligned with the Township and Range grid. This makes land record-keeping and parcel identification straightforward, as legal descriptions can reference the grid coordinates.
However, the Township and Range system is not without its drawbacks. It often cuts across natural features, which can cause ecological and land management issues. Furthermore, as population grew and land uses diversified, the 6-mile by 6-mile township size became too large for efficient governance and planning in some areas.
Criticisms and Modern Applications
Modern land management practices have seen the rise of alternative survey systems like the Metropolitan District System, which better suits urban land use and planning. Nevertheless, the Township and Range system persists in many areas, reflecting its enduring impact on U.S. geography.
The Township and Range system is more than just a survey method; it's a testament to human beings' ability to organize and understand their environment. As we continue to shape and adapt our landscapes, understanding the historical and geographical underpinnings of systems like Township and Range provides valuable context and insight.