Granite quarrying activities, such as blasting, crushing, and transportation, generate large amounts of particulate matter, which includes dust and fine particles. These particles can cause respiratory problems and contribute to air pollution.

Granite quarrying can contaminate water sources with heavy metals, such as lead, cadmium, and mercury. These metals can leach from the exposed granite rock and enter nearby water bodies, posing a risk to aquatic life and human health.

Granite quarrying can lead to soil erosion, deforestation, and land subsidence. The removal of vegetation and topsoil during quarrying exposes the land to erosion by wind and water. Deforestation occurs when forests are cleared to make way for quarrying operations. Land subsidence can happen due to the extraction of large amounts of granite, causing the ground to sink.

Granite quarrying can disrupt the ecological balance by fragmenting habitats, displacing wildlife, and altering ecosystem dynamics. The removal of vegetation and the creation of barren landscapes can lead to a decline in biodiversity and ecosystem services.

Mitigating the environmental impact of granite quarrying involves a combination of strategies, including implementing dust control measures to reduce air pollution, adopting sustainable quarrying practices to minimize waste and environmental damage, and restoring quarried areas to promote ecological recovery.

Granite quarrying activities, such as blasting, crushing, and transportation of materials, generate significant noise pollution. Blasting operations produce loud explosions, while crushing and transportation activities contribute to noise levels in the surrounding environment.

Granite quarrying can degrade the aesthetic value of the landscape by creating large-scale excavations, scars, and barren areas. The removal of vegetation and the alteration of natural landforms can diminish the visual appeal of the surrounding environment.

Granite quarrying can pose health risks to workers and nearby communities. Exposure to silica dust during quarrying activities can lead to respiratory problems, including silicosis. Inhalation of heavy metals released from quarrying operations can cause various health issues. Ingestion of contaminated water near quarry sites can also pose health risks.

Blasting is the primary method used to extract granite from quarries. Explosives are used to break large blocks of granite into smaller pieces, which are then further processed and shaped for various applications.

Granite quarrying can degrade soil quality by removing topsoil, exposing subsoil, and altering soil chemistry. The removal of vegetation and the generation of dust and debris can also contribute to soil degradation.

The primary purpose of conducting an EIA before granite quarrying is to identify and assess potential environmental impacts associated with the project. This assessment helps in developing mitigation measures to minimize or eliminate these impacts and ensure environmental protection.

Reducing noise pollution from granite quarrying involves a combination of strategies, including the use of noise barriers to block sound waves, implementing blasting schedules to minimize noise disturbance, and adopting quieter equipment and technologies.

Granite quarrying can lower the water table by disrupting the natural flow of groundwater. The removal of vegetation and the creation of impervious surfaces can reduce water infiltration and recharge, leading to a decline in groundwater levels.

Restoring quarried areas and promoting ecological recovery involves a combination of strategies, including revegetation to re-establish plant cover, erosion control to prevent soil loss, and habitat creation to support wildlife.