A quarry is an area from which rocks such as marble, limestone, and granite are extracted for industrial use.

Once depleted of their desired resources, quarries are frequently abandoned. The resulting gaping holes can fill

with water and form dangerous quarry lakes while others are turned into unsightly landfills. When quarries are

in close proximity to urban environments, inhabitants are subjected to pollution and noise, and the undeniable

eyesore of an abandoned quarry remains long after excavation is completed. Sustainable redevelopment has

become a shining solution for these abandoned, resource depleted quarries. Dozens of cities have undertaken

adaptive re-use projects to transform quarries into a variety of public and private spaces. The potential new uses

for these expanses of land include sites for research and education, aquaculture, recreational activities, storage,

retrieval of resources from quarries in order to create our homes foundations, transportation structures with

cement, concrete, asphalt, and crushed stone, and other industrial uses such as abrasives, binders, additives, and

roofing. Millions of people worldwide are employed by quarrying practices, and therefore a removal of the

quarrying industry would result in the loss of jobs for countless families. Therefore, in order to remedy the

negative effects of quarrying, we must use the resource depleted spaces for other practices once the quarries

cease being operational. The potential transformation of quarry sites into a variety of sustainable uses would not

only remedy the negative effects of quarrying, but could create sites of greater social, environmental value.

The goal of this research is to encourage the rehabilitation of land disturbed by quarrying by making the areas

suitable for new sustainable land uses.

Keywords: Abandoned, Quarries, Urban Environment, Adaptive re-use.

Kerala, specifically Thrissur, Palakkad, and Kozhikode, there are nearly 3,000 abandoned quarries, some of

which are being assessed for storing water.

Maharashtra: Several quarries around Pune (Chinchwad, Pune University, Model Colony) and Nasik have been

abandoned for 40–100 years. Many are now filled with stagnant, polluted water, used as illegal dump sites, or

have been encroached upon by slum dwellers.

Tamil Nadu: Abandoned quarries are a major issue in the Chennai region. In the Kancheepuram district,

rampant mining has transformed the landscape, leaving behind abandoned sites that have caused a decline in

agriculture and environmental damage.

the habitat where the quarrying occurs (Walker and del Moral, 2003).

( Source : Mongabay-India ) ( Source : Eco-Business )

( Source : The Hindu ) ( Source : The Hindu )

 Groundwater Depletion: Unregulated, deep mining hits aquifers, causing water levels to drop drastically,

with some areas in West Bengal seeing water levels drop by 15 ft in a decade.

 Dangerous "Quarry Lakes": Abandoned pits fill with water, acting as death traps for local youth due to

drowning risks, particularly in Tamil Nadu.

 Health Hazards: Dust pollution from abandoned and active sites causes severe respiratory issues like

tuberculosis and silicosis among local residents.

 Ecological Damage: The destruction of hills, particularly in the Western Ghats of Kerala, has severely

impacted biodiversity.

land requires a design plan and product that responds to a site’s physiography, ecology, function, artistic form,

and public perception.

While many sites are abandoned, some initiatives are aimed at rehabilitation:

 Water Storage: Some abandoned quarries in Kerala are being used for storing water to meet local needs.

 Land Rehabilitation: Projects have been initiated for plantations in old mining areas, such as in the Nasik

district.

 Recreation/Tourism: Proposals have been made to convert quarry sites into tourist spots, such as at

Tirusulam in Tamil Nadu.

 Ecological Restoration: Examples exist, such as at Anemane near Bengaluru, where a dusty, abandoned

1988 respectively. As per these amendments all the existing mining lessees are required to submit the

"Progressive Mine Closure Plan" along with prescribed financial sureties within 180 days from date of

notification. Further, the mining lessee is required to submit "Final Mines Closure Plan" one year prior to the

proposed closure of the mine. In the notification it has been enumerated that the "Progressive Closure Plan" and

"Final Closure Plan" should be in the format and as per the guidelines issued by the Indian Bureau of Mines.

Mine closure encompasses rehabilitation process as an ongoing programme designed to restore physical,

chemical and biological quality disturbed by the mining to a level acceptable to all concerned. It must aim at

leaving the area in such a way that rehabilitation does not become a burden to the society after mining operation

is over. It must also aim to create as selfsustained ecosystem.

The final mine closure plan will thus be a separate document with detailed chapters as per guidelines issued by

“Final mine closure plan” means a plan for the purpose of decommissioning, reclamation and rehabilitation in

the mine, cluster or part thereof after cessation of mining and mineral processing operations that has been

prepared in the manner specified and in the standard format as per the guidelines issued by the Indian Bureau of

Mines or State Government. There are statutes under Indian Law affecting quarrying and the rehabilitation of

quarry sites. These include the, Mines and Mineral (Development and Regulation) Act, 1957, Mineral

Concession Rules, 1960, Mineral Conservation and Development Rules, 1988 and the National Mineral Policy,

2008. The granting of a mining licence is subject to the submission and approval of a mine closure plan consisting

of a progressive mine closure plan and a final mine closure plan under the Mineral Conservation and

Development rules (1988, amendments 2003). Under Rule 23 of the Mineral Conservation and Development

Rules (1988) there is a requirement for the Rajasthan Government to be informed prior to the closure of any

quarry. There also exist statutes under Indian law which require quarry companies to rehabilitate abandoned sites

(National Mineral Policy 1993 sections 7.13.2 and 7.13.3). The prescribed measures include fencing off sites

The very first of Chicago’s limestone quarries, Stearns Quarry a 27-acre site, opened in the 1830s and was

continuously mined until 1970. Surrounded by the historic and diverse Bridgeport neighbourhood, the once 380

foot deep excavation played a new role in the life of the city as a municipal landfill. After convening community

meetings to determine the needs of local residents, the Chicago Park District hired Site Design Group to develop

a plan for the park. The environmentally-sustainable design was inspired by the natural history of the site.

The strategy for transforming the quarry into a dramatic urban park called for orchestrating the on-going

Illinois Environmental Protection Agency. The funding is most likely coming from the Chicago Park District.

However, the source could not be confirmed.

The park’s design includes native plants which will reduce the need for fertilizers and herbicides. The Chicago

Park District has incorporated environmentally conscious features such as a storm water containment system

recycled plastic and wood particles, and the waterfall’s base and the steps to the fishing pond include pieces of

interpretive wetlands, preserved quarry walls, trails, an athletic field, a running track, and a hill that offers

dramatic views. Over 1.7 miles of paths, including recycled timber boardwalks, concrete walks, a crushed stone

running path, and metal grating walkways traverse the park. These trails allow for a variety of experiences along

the quarry wall, across the terracing wetlands, and down to the pond. Scenic overlooks provide dramatic

Mountain.

blossomed into the spectacular Sunken Garden by 1921, the ownership of which has been passed on for

generations.

the limestone was depleted.