Socio-Economics and Environmental Impact Studies Due to Mining at Bellary-Hospet Sector
Date
2013
Authors
Thimmaiah, Shanth Averahally
Journal Title
Journal ISSN
Volume Title
Publisher
National Institute of Technology Karnataka, Surathkal
Abstract
The Earth’s natural ecosystem is the fundamental part of our life-support system and is the
basis for providing marketable goods to human and other living organisms. The Economic
activity and the environment are inter-related, as all the economic activities are performed on
the goods supplied by natural environment. The degradation of the environment relates to an
interface between the goods and services that are provided directly or indirectly by the
environment to the economy.
The natural environment has always been exploited to fulfill human needs. The green
revolution and industrial revolution has caused serious threat to sustainable development of
both developed and developing countries. The urge of attaining rapid industrialization and the
immediate transfer of benefits to local communities subdued environmental concerns of
sustainable development. These inturn have led to the degradation of air, water and land,
directly affecting the livelihood and human health.
The environmental damage increases, as the economic activity increases, in view of the fact
that the association between economy and the environment are multiple, complex and
important. The identification and quantification of socio economic impact of environmental
pollution caused due to increased mining activity is necessary in the broader economic
analysis. The assessment of their monitory and non-monitory impacts helps in measuring
benefits and costs of various production alternatives. The effect of pollution due to mining
activity shall be quantified as a part of environmental assessment. They are included in the
economic analysis as project cost to prevent the overall impact on the human being.
There are various legislative measures and standards were put in place, with reference to the
mining operations. Therefore present study was envisaged with the objective to identify and
evaluate the impacts of mining activity on Social, Economical and Environmental Aspects of
the area, to formulate suitable matrix for the measurable parameters with reference to iron ore
mines and to develop a management tool for the existing operating mines in the study area.
The data collected on the ambient air quality in the selected stations of study area reveals that
increase in iron ore production has significantly contributed for deterioration of air quality
combing with the transportation of ore without dust containment measures. The analysis has
revealed that SPM concentration has reached as high as 310 µg/nm3 whereas RSPM has 160
µg/nm3, which is five times higher than the AAQM standards.
The detailed data collected on socio-demographic status of the study villages reveals that the
villages have lacuna in terms of having basic facilities like hospitals, schools, community
centers, training centers etc, which contributes for up-liftment of living standards of the
people. The study has also revealed that the respondents have incurred high “out of pocket”
expenditure towards treatment for the diseases which are induce due to exposure for
environmental pollutants either in the working mine leases or during transportation. This
health cost is high in the study area of Siddapura and Jaisinghpur due to more number of
leases vis-à-vis increase in workers working in these mines. The health data collected from
the respondents have revealed, significantly more number of respondents are suffering from
dust allergy, skin allergy in the study area, where there are mines and are working as workers
in those mines, contributing for higher health cost incurred through treatment.
The analysis of environmental management model suggests that the mining companies to
implement effectively the principles of systematic & scientific method of mining adopting
technical and biological reclamation techniques such as engineering measures viz-a.viz
construction of scientifically designed soil erosion control measures.
Description
Keywords
Department of Mining Engineering