Footwall

The miner placed a dynamite charge in the footwall of the tunnel.

The footwall was covered in a layer of dust and debris from the mining operation.

The footwall of the fault was responsible for the formation of a nearby mountain range.

The soccer player kicked the ball from the footwall towards the goal.

The footwall contained valuable minerals that could be extracted.

The miners had to carefully navigate the footwall of the mine to avoid any accidents.

The geophysicist used ground-penetrating radar to map the fault and the footwall.

A large portion of the deposit was found in the footwall, indicating significant mineral reserves.

The maintenance and repair of a footwall can be a challenging and ongoing process, as it can be subject to various forms of degradation and damage over time.

The installation of a footwall can be part of a larger infrastructure project, such as the construction of a retention pond or stormwater management system.

The geologist examined the footwall to determine the cause of the earthquake.

The footwall of the glacier was eroded by the constant flow of water.

The footwall of the glacier can be a beautiful and awe-inspiring sight, with its towering ice cliffs and sparkling blue ice.

The fault line extended down into the footwall, causing instability in the rock.

The footwall of this deposit contains high levels of sulfur, which can be problematic during mining operations.

The geologist examined the footwall to determine the composition of the ore deposit.

The footwall of the fault was the source of a significant amount of ore.

The footwall of the stratigraphic layer is highly weathered.

The footwall of the glacier was an important source of information about past climates.

The miners were able to extract more valuable minerals from the footwall than from the hanging wall.

The miners used pneumatic drills to break through the footwall of the mine.

The miners installed steel mesh to reinforce the footwall of the tunnel.

The geologist identified the footwall of the fault using seismic data.

The design of a footwall can be influenced by various factors, such as the hydraulic conductivity of the soil, the groundwater table, and the slope of the terrain.

The footwall had several veins of copper running through it.

The footwall of the fault was unstable, causing rockfalls in the area.

The footwall of the glacier was an awe-inspiring sight, rising hundreds of feet above the valley floor.

The miners used explosives to break up the footwall and extract the valuable minerals.

The thickness of the footwall can vary significantly, affecting the amount of ore that can be extracted.

The footwall often contains valuable minerals that can be extracted.

The footwall can be unstable and require reinforcement during mining operations.

The geologist took samples from the footwall and compared them to samples from the mineral deposit.

The footwall can have a different rock composition than the ore-bearing vein.

The footwall in this mine is composed of a mixture of different rock types.

The footwall can sometimes contain more valuable minerals than the ore itself.

The gold in this mine is located in the footwall of a large copper deposit.

The thickness of the footwall is an important factor in determining the profitability of a mine.

The footwall of this deposit is relatively thin, making it difficult to extract the minerals in a cost-effective way.

Understanding the footwall is crucial for efficient mining operations.

The miners drilled deep into the footwall to extract the ore.

The geologist studied the footwall to determine the characteristics of the mineral deposit.

The footwall contained veins of copper, which were valuable for mining.

The geologist examined the footwall to assess the thickness of the mineral deposit.

The miners excavated the footwall using heavy machinery.

The footwall had been mined extensively in the past, leaving only small amounts of minerals.

The presence of sulfides in the footwall could cause environmental problems if not properly managed.

The geologist examined the footwall for signs of mineral deposits.

The footwall of the mine was prone to seismic activity, which made mining operations dangerous.

The installation of a footwall can be subject to various regulations and permits, depending on the specific jurisdiction and type of project.