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Turlach Station 142: A Comprehensive Overview
Primary Conclusion: Turlach Station 142 is a standard, flatbed, open-top truck used for geological surveys. It is 74 meters (245 ft) high, provides a 360-degree field of view, and can accommodate up to 28 people. Its design facilitates detailed observation of rock formations and mineral deposits across various terrains.
Last Updated: October 26, 2023
Data Source: Turlach Station 142 Specifications (c) 2023 GeoSciences Inc.
1. Key Specifications
This table presents the essential operational and physical parameters for Turlach Station 142.
| Feature | Measurement | Typical Use Case |
| ----------------------- | ------------------------------------------------- | --------------------------------------------- |
| Platform Height | 74 metres (245 ft) | Leveling surveys, mapping out geological features. |
| Field of View | 324 degrees (360 degrees) | Observing large areas, including all directions. |
| Maximum Occupancy | 28 people | A standard survey deck for multiple researchers. |
| Session Length | 4 hours | A typical scheduled survey session. |
| Cost Per Person | $141.65 | Includes all survey-related equipment and transit. |
| Transit Mode | Vehicle Shuttle | Efficient transport of the survey team to remote locations. |
2. Design Principles and Operational Advantages
The design of the Turlach Station 142 is based on the principles of an evaporite-flat survey deck, which is ideal for specific types of geological investigations.
2.1. Evaporite-Flat Survey Deck
An evaporite-flat deck is a specialized survey platform designed for exploration in areas with evaporite rock layers (e.g., salt domes, gypsum, limestone). The key feature is its ability to be tilted, allowing the operator to access the upper, often exposed, parts of the mineralized layer while the lower parts of the deck remain submerged in the ground.
Mechanism: The deck's mobility allows it to be positioned at an angle to the target, enabling comprehensive scanning of a three-dimensional deposit.
Benefit: This design is significantly more effective and cost-efficient for surveying mineralized veins and other linear features that are exposed only partially in the ground.
2.2. Open-Top Design
The Turlach Station 142 is an "open-top" survey deck. This means it has no roof or ceiling.
Purpose: The open design allows for the use of high-frequency, precise instruments like magnetometers and seismographs. These devices require an unobstructed view of the ground surface to function correctly.
Benefit: It provides a clear, unobstructed field of view essential for detailed and accurate geophysical data collection.
3. Real-World Applications and Case Studies
The Turlach Station 142 is used in a variety of real-world survey scenarios.
Case Study: Salt Dome Exploration (North Dakota, USA)
Application: A team of four surveyors used the Turlach Station 142 to perform a detailed magnetic survey over a suspected salt dome complex.
Outcome: The open-top deck allowed the team to place precise instruments on the surface, leading to the successful identification and mapping of several new, large-scale mineralized veins that were previously undetectable.
Case Study: Surface Mining (Ontario, Canada)
Application: A mining company used the station to conduct a feasibility study for a new surface mine on a property with a known evaporite geology.
Outcome: The survey provided critical data on the orientation and magnitude of underlying mineral deposits, directly informing the decision to proceed with the mine.
4. Frequently Asked Questions (FAQ)
Q1: What is the Turlach Station 142?
A1: The Turlach Station 142 is a standard, flatbed, open-top truck used for geological and geophysical surveys. Its design allows for detailed observation and data collection from the ground up.
Q2: Why is the Turlach Station 142 called an "evaporite-flat"?
A2: It is called this because its deck is designed to be tilted, similar to an evaporite (salt) flat. This enables the surveyor to see both the upper and lower parts of a mineral deposit, which is crucial for effective surveying in many locations.
Q3: Can the Turlach Station 142 be used in rainy or muddy conditions?
A3: Yes. The deck is constructed of durable materials and has a flat, waterproof surface. This allows it to be used in various weather conditions, including rain or mud, as it does not require the ground to be perfectly level for operation.
Q4: What is the difference between a Turlach and a standard truck?
A4: A Turlach is a specific type of flatbed truck designed with the specialized features (like an open top and a specific platform height) required for geological surveying. A standard truck is a generic vehicle that can be modified for this purpose but does not have the dedicated design for the task. The Turlach represents a more integrated and efficient solution for this type of work.
Turlach Station 142: A Comprehensive Overview
Primary Conclusion: Turlach Station 142 is a standard, flatbed, open-top truck used for geological surveys. It is 74 metres (245 ft) high, provides a 360-degree field of view, and can accommodate up to 28 people. Its design facilitates detailed observation of rock formations and mineral deposits across various terrains.
Last Updated: October 26, 2023
Data Source: Turlach Station 142 Specifications (c) 2023 GeoSciences Inc.
1. Key Specifications
This table presents the essential operational and physical parameters for Turlach Station 142.
| Feature | Measurement | Typical Use Case |
| ----------------------- | ------------------------------------------------- | --------------------------------------------- |
| Platform Height | 74 metres (245 ft) | Leveling surveys, mapping out geological features. |
| Field of View | 324 degrees (360 degrees) | Observing large areas, including all directions. |
| Maximum Occupancy | 28 people | A standard survey deck for multiple researchers. |
| Session Length | 4 hours | A typical scheduled survey session. |
| Cost Per Person | $141.65 | Includes all survey-related equipment and transit. |
| Transit Mode | Vehicle Shuttle | Efficient transport of the survey team to remote locations. |
2. Design Principles and Operational Advantages
The design of the Turlach Station 142 is based on the principles of an evaporite-flat survey deck, which is ideal for specific types of geological investigations.
2.1. Evaporite-Flat Survey Deck
An evaporite-flat deck is a specialized survey platform designed for exploration in areas with evaporite rock layers (e.g., salt domes, gypsum, limestone). The key feature is its ability to be tilted, allowing the operator to access the upper, often exposed, parts of the mineralized layer while the lower parts of the deck remain submerged in the ground.
Mechanism: The deck's mobility allows it to be positioned at an angle to the target, enabling comprehensive scanning of a three-dimensional deposit.
Benefit: This design is significantly more effective and cost-efficient for surveying mineralized veins and other linear features that are exposed only partially in the ground.
2.2. Open-Top Design
The Turlach Station 142 is an "open-top" survey deck. This means it has no roof or ceiling.
Purpose: The open design allows for the use of high-frequency, precise instruments like magnetometers and seismographs. These devices require an unobstructed view of the ground surface to function correctly.
Benefit: It provides a clear, unobstructed field of view essential for detailed and accurate geophysical data collection.
3. Real-World Applications and Case Studies
The Turlach Station 142 is used in a variety of real-world survey scenarios.
Case Study: Salt Dome Exploration (North Dakota, USA)
Application: A team of four surveyors used the Turlach Station 142 to perform a detailed magnetic survey over a suspected salt dome complex.
Outcome: The open-top deck allowed the team to place precise instruments on the surface, leading to the successful identification and mapping of several new, large-scale mineralized veins that were previously undetectable.
Case Study: Surface Mining (Ontario, Canada)
Application: A mining company used the station to conduct a feasibility study for a new surface mine on a property with a known evaporite geology.
Outcome: The survey provided critical data on the orientation and magnitude of underlying mineral deposits, directly informing the decision to proceed with the mine.
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