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Introduction to Surveying, Surveying and Levelling | Surveying and Levelling Notes- Agricultural Engg - Agricultural Engineering PDF Download

Introduction to Surveying

Surveying is the art of determining the relative positions of different objects on the surface and below the surface of the earth by measuring the horizontal and vertical distances between them and by preparing a map to any suitable scale. Thus in discipline, the measurements are taken in the horizontal plane alone.

Levelling is the art of determining the relative vertical distances of different points on the surface of the earth. Therefore, in levelling, the measurements are taken only in the vertical plane.

Objective of surveying

The aim of surveying is to prepare a plan or map to show the relative positions of the objects on the surface of the earth. The map is drawn to some suitable scale .It shows the natural features of a country such as towns, villages, roads, railways, rivers, etc. Maps may also include details of different engineering works, such as roads, railways, irrigation, canals, etc.

Uses of surveying

Surveying may be used for the following various applications.

To prepare a topographical map which shows the hills, valleys, rivers, villages, towns, forests ,etc. of a country.

To prepare a cadastral map  showing  the boundaries of fields, houses, and other properties.

To prepare an engineering map showing details of engineering works such as roads, railways, reservoirs, irrigation canals, etc.

To prepare a military map showing the road and railway communications with different parts of a country. Such a map also shows the different strategic points important for the defence of a country.

To prepare a contour map to determine the capacity of reservoir and to find the best possible route for roads, railways, etc.

To prepare a geological map showing areas including underground resources exist.

To prepare an archeological map including places where ancient relics exist.

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FAQs on Introduction to Surveying, Surveying and Levelling - Surveying and Levelling Notes- Agricultural Engg - Agricultural Engineering

1. What is surveying and levelling in agricultural engineering?
Ans. Surveying and levelling in agricultural engineering refers to the measurement and mapping of land and other physical features for agricultural purposes. It involves the use of various instruments and techniques to determine the elevation, contours, and boundaries of the land, which helps in planning and designing irrigation systems, drainage systems, and land development activities.
2. What are the common instruments used in surveying and levelling?
Ans. There are several common instruments used in surveying and levelling, including: - Theodolite: A precision instrument used for measuring horizontal and vertical angles, commonly used for setting out boundaries and determining elevations. - Total Station: An electronic device that combines the features of a theodolite and an electronic distance measuring (EDM) instrument, allowing for accurate measurements of angles, distances, and elevations. - Level: A surveying instrument used to determine height differences or elevations, commonly used for establishing benchmarks and contour lines. - GPS (Global Positioning System): A satellite-based navigation system that provides accurate positioning information, widely used in surveying for determining precise coordinates and elevations. - Chain or Measuring Tape: Used for measuring distances on the ground, commonly used for linear measurements in land surveys.
3. What are the applications of surveying and levelling in agricultural engineering?
Ans. Surveying and levelling have various applications in agricultural engineering, including: - Land Surveying: It helps in determining accurate land boundaries, areas, and legal descriptions, which are important for land acquisition, land management, and property valuations. - Irrigation Design: Surveying and levelling are crucial for designing efficient irrigation systems, determining suitable locations for canals, pipelines, and reservoirs, and ensuring proper water distribution across agricultural fields. - Drainage Design: It plays a vital role in designing effective drainage systems to prevent waterlogging and improve soil conditions, which are essential for crop growth and productivity. - Soil Conservation: Surveying and levelling assist in identifying areas prone to soil erosion and determining the appropriate measures to control erosion, such as contour plowing, terracing, and bunding. - Land Development: It helps in planning and designing land development projects, such as farm layouts, road networks, and infrastructure installations, to optimize land use and improve agricultural productivity.
4. What are the key principles of surveying and levelling in agricultural engineering?
Ans. The key principles of surveying and levelling in agricultural engineering include: - Accuracy: Surveying and levelling measurements should be precise and accurate to ensure reliable data for decision-making in agricultural engineering projects. - Precision: The instruments used for surveying and levelling should be properly calibrated and handled with care to achieve precise measurements. - Data Integration: Surveying and levelling data should be integrated with other relevant data, such as soil characteristics, crop requirements, and water availability, to develop comprehensive agricultural engineering plans. - Safety: Safety measures should be followed during surveying and levelling activities to protect surveyors and ensure the integrity of the data collected. - Documentation: Proper documentation of surveying and levelling data, including field notes, sketches, and digital records, is important for future reference, analysis, and sharing with stakeholders.
5. What are the career opportunities in surveying and levelling in agricultural engineering?
Ans. Surveying and levelling offer various career opportunities in agricultural engineering, including: - Land Surveyor: Professionals who specialize in land surveying can work in government agencies, private surveying firms, or as independent consultants, providing services related to land boundary surveys, topographic surveys, and construction surveys. - Irrigation Engineer: Individuals with expertise in surveying and levelling can work as irrigation engineers, designing and managing irrigation systems for agricultural lands, ensuring efficient water usage and crop productivity. - Drainage Engineer: Surveying and levelling skills are valuable for professionals working in the field of drainage engineering, where they design and implement drainage systems to improve soil conditions and prevent waterlogging. - Agricultural Project Manager: Surveying and levelling knowledge is essential for agricultural project managers, who oversee land development projects, irrigation schemes, and other agricultural engineering initiatives. - Research and Development: Individuals with expertise in surveying and levelling can also contribute to research and development activities in agricultural engineering, working on innovative solutions for land management, water conservation, and sustainable agriculture practices.
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