Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Resource-Depleted Quarries Adaptive Re-Use for Sustainable Redevelopment Land Reclamation

View through CrossRef
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, industry and housing. Not only do quarries often negatively impact those who live nearby, but they often leave residual negative impacts on the environment. Runoff of chemical pollutants into bodies of water, loss of natural habitats, farmland, and vegetation, and natural resource exhaustion are among the most harmful environmental impacts. While quarrying can be a negative industry for society and for the environment, the necessity of quarrying is undeniable. In order for human civilization to continue as it has since the industrial revolution, we need the 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.
Title: Resource-Depleted Quarries Adaptive Re-Use for Sustainable Redevelopment Land Reclamation
Description:
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, industry and housing.
Not only do quarries often negatively impact those who live nearby, but they often leave residual negative impacts on the environment.
Runoff of chemical pollutants into bodies of water, loss of natural habitats, farmland, and vegetation, and natural resource exhaustion are among the most harmful environmental impacts.
While quarrying can be a negative industry for society and for the environment, the necessity of quarrying is undeniable.
In order for human civilization to continue as it has since the industrial revolution, we need the 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.

Related Results

Identification and Redevelopment of Inefficient Industrial Land in Resource-Exhausted Cities: A Case Study of Hegang, China
Identification and Redevelopment of Inefficient Industrial Land in Resource-Exhausted Cities: A Case Study of Hegang, China
Resource-exhausted cities face dual crises of economic stagnation and ecological degradation, which is primarily attributable to the inefficient use of industrial land. The redevel...
Increasing the environmental potential of territories through the implementation of redevelopment projects
Increasing the environmental potential of territories through the implementation of redevelopment projects
The main idea of the article is to highlight the positive impact of redevelopment on ecology. Redevelopment is a process of transforming existing buildings, infrastructure, and lan...
Strengthening Reclamation Obligation through Mining Law Reform: Indonesian Experience
Strengthening Reclamation Obligation through Mining Law Reform: Indonesian Experience
Reclamation can produce more value for the environment and create a far better situation than post-mining conditions. While the reclamation obligation policy is a great way to intr...
Land Reclamation Division of the Area along the JingCheng Expressway
Land Reclamation Division of the Area along the JingCheng Expressway
In order to provide the decision-making basis for making the land reclamation planning along the JingCheng expressway, this article takes 587 administrative villages along the Jing...
Modeling Analysis on Coupling Mechanisms of Mountain–Basin Human–Land Systems: Take Yuxi City as an Example
Modeling Analysis on Coupling Mechanisms of Mountain–Basin Human–Land Systems: Take Yuxi City as an Example
The result of a human–land relationship in geographical environment systems is a human–land coupling system, which is a comprehensive process of interaction and infiltration betwee...
Arrangements Concerning Reclamation and Their Legal Impacts in View from UNCLOS 1982
Arrangements Concerning Reclamation and Their Legal Impacts in View from UNCLOS 1982
Introduction: Continuous development in a country automatically makes the country lack vacant land, and reclamation is one way to overcome this problem. Reclamation in its implemen...
Reuse of natural materials from gravel and sand mining for agricultural land reclamation
Reuse of natural materials from gravel and sand mining for agricultural land reclamation
In Slovakia, temporarily taken agricultural land must be reclaimed and used again for crop production (Government Decree No. 58/2013). The aim of this study was to reclaim the land...
LAND USE OPTIMIZATION IN UKRAINE AT THE STAGE OF LAND MARKET FORMATION
LAND USE OPTIMIZATION IN UKRAINE AT THE STAGE OF LAND MARKET FORMATION
In the context of the reform of the sale of agricultural land, the priority is to optimize land use, which is to find a balance of land that would meet their environmental, economi...

Back to Top