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Mining | ||||
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A socio hist analysis of mining | ||||
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SW Va mining | ||||
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Participants in the envl debate | ||||
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Participants in the mining debate | ||||
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Mining issues: Mining as an envl problem | ||||
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Environmental law | ||||
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Mining law | ||||
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SMCRA | ||||
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Solutions | ||||
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Mining solutions |
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- Video: Mining |
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Introduction
Coal mining is done both in the East & in the West Hard rock mining is scattered throughout the US Mining has had significant envl problems We are now struggling to prevent more problems & to correct the problems of the past |
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There are two basic types of mining, deep mining & strip mining, but mining for each mineral is a different process |
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Mining methods include surface mining, underground mining, & hydraulic mining | |||||
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Mountain top removal is a type of strip mining where the top of a mountain is removed & put in the mountain's surrounding valleys, & generally not put back or reclaimed as is done w/ conventional strip mining |
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a. Surface mining methods include:
- Dredging - Open pit mining - Strip mining & mountain top removal - Quarrying |
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b. Underground mining methods include:
- Room & pillar mining - Longwall mining - Sublevel stoping - Cut and fill mining - Block caving - Sublevel caving |
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c. Hydraulic mining is generally done above ground, & may include placer mining, but may also be done underground | |||||
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Mining is dangerous & demanding work which generates a sense of purpose & collective identity |
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Miners have a strong occupational culture |
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Mining is an high reliability organization ( HRO ) & has an HRO org culture which is built on the shared group responsibility for the work below ground & the relatively isolated work community |
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See Also: HRO Org Culture | |||||
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See Also: The History of Mining | ||||
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Miners have been united by a powerful union, the UMWA, but today, fewer miners are organized |
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See Also: The UMWA | ||||
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Since their early days, neither Am miners nor the Am Labor Mvmt has had a pivotal role in national politics, including envl issues, as is the case w/ British miners, & other European workers |
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British miners & European workers are even more politically influential than the Am workforce & Labor Mvmt because they have always been better organized & formed a political party | |||||
SOME FACTORS AFFECTING MINING | |||||
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The political weakness of Am miners is the result their geographic isolation in Appalachia, which is the center of Am coal mining, and it the West which is the center of the metal mining industry |
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The chronically depressed, semi rural regions of mining are a weak springboard for collective action on miners' demands |
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Mining has traditionally resulted in economically depressed areas | |||||
Mining is subject to its own business cycle, independent of the cycle of the general econ | |||||
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Miners have always kept their ties to the rural econ, & during the economic downturns of the mining industry, miners have reverted to rural & ag pursuits such as gardening, hunting, & raising chickens & eggs |
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The availability of these alternatives has, to some extent, precluded the necessity of organizing to demand redress for problems in the industry (Gaventa, 1980) |
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Absentee ownership has developed the coal industry through absentee capital investment and export oriented production creating economic colonies in coal regions | |||||
The effects of absentee ownership include:
- a lack of local commitment to labor - a lack of investment in social infrastructure - a lack of concern for the env - a lack of concern for local econ development |
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Coal firms are are absentee landowners & so have not supported the local area | |||||
The owners of the coalfields pay little tax in comparison to typical landowners because a coal severance tax is paid in lieu of real estate taxes & the severance tax is negligible compared to real estate taxes | |||||
Typically local govts are financed primarily by real estate taxes & because of the lack of real estate taxes paid by coal firms, the counties have relatively little income | |||||
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The development of coal mining has had a historic impact on energy use & a parallel effect on the env |
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At one time we used mostly wood for energy, next came coal, & now coal & oil & others |
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We use mostly nonrenewable resources including fossil fuels & nuclear
fission in the following proportions:
35% oil 24% coal 18% gas 6% hydro 5% nuclear fission 12% biomass 11% other |
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Renewable energy sources include hydroelectric, solar, wind, geothermal, (and theoretically nuclear fusion) | |||||
Peripheral nations have 4 times the population of the core nations but uses only 1/3 the energy as the core, but are expected to surpass the core in energy use by 2020 |
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- Supplement: Arch Coal eyes selling area coal mines |
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The first known mining occurred around 6,000 BC when miners dug pits & tunnels to get flint for tools & weapons |
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Around 3,500 BC, the mining of tin & copper for bronze became common around the hearth areas of civilization |
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The ancient Romans were probably the 1st people to see that mining could make a nation rich through mining of precious stones, precious metals, & commercial metals such at tin, marble, etc. |
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The Romans took over the mines of every nation they conquered |
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There were few advances in mining until 1400s when coal & iron were mined in Europe |
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The Incas & others in So Am mined for metal & precious stones & metals |
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Mining began in US in the 1600s |
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Early on in the US, the French mined lead & zinc in Mississippi River valley |
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In the mid 1800s, large amounts of coal were mined in PN & thousands followed the gold rush to the West & CA | |||||
Coal deposits cover about 50,000 sq mi in Appalachia which were discovered by engineers during the Civil War |
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Coal mining in Appalachia decreased the number of farms as farm land was deep & strip mined |
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The number of farms in Appalachia has decreased because mining
destroyed the farm land
1925 -- 2,091 farms 1950 -- 1,749 farms 1935 -- 89,710 acres considered farmland 1950 -- acreage drops to 67,742 |
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Coal mining has decreased the average size of farms in Appalachia |
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1860 -- Four years after formation of Wise County, the average
size of a farm was 432 acres
1900-- Average had dropped to 92 acres 1950-- Average decreases to 38 acres |
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Early coal mining caused the population to increase in Appalachia
1860 -- 4,508 people lived in Wise County 1900-- Over 19,000 people and close to 21 corporations engaged in coal producing business 1902-- Wise County became the leader in coal production with 2.5 million tons |
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After the coal mining boom, the population decreased in Appalachia |
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Miners were powerful force in national politics since they were a powerful force in the early & contemporary Labor Mvmt in the form of the UMWA | ||||
The importance of mining in the econ system also made mining politically powerful | |||||
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See Also: The UMWA | ||||
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Miners & the UMWA were instrumental in establishing an even handed govt approach to trade unions |
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In the coal strike of 1902 & 1903, President Theodore Roosevelt threatened to nationalize the industry & have the army mine the coal unless the owners & workers bargained collectively |
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Teddy Roosevelt took neutral stand in union battle of 1902-3 | |||||
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See Also: Landmark Strikes | ||||
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The development of coal mining technology decreased the number of jobs while simultaneously increased environmental effects |
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Jobs in coal decreased while it's environmental impact increased because of more mechanized production tech, increased job safety, a decline in the coal supply, & increased environmental controls |
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The steady mechanization of mining tech has resulted in a steady decline in the mining workforce | |||||
The Clean Air Act also increased decline while industry technologically adjusted to it | |||||
At first, industry substituted oil & gas for coal, resulting in a decline in the demand for coal, but over time, as clean coal tech developed, & the general demand for energy increased, the demand for coal returned to previous levels & has since increased |
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- Video: Mining |
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- Project: Your Experience of Mining |
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MINING DEMOGRAPHICS | |||||
There are approximately 4,400 workers in Wise county employed directly in the mining industry |
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The mining industry generates over $134 mm in wages & salaries in Wise |
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SW VA has 44 mineable seams throughout seven counties including Lee, Russell, Wise, Buchanan, etc. |
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Wise County produces 28% of all VA coal |
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Wise County has 46 underground mines |
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There are 51 surface mines in SW VA in the 1990s | |||||
VA has high quality, low sulfur & ash content coal | |||||
The Powell River Project is a cooperative project for w/ industry, govt & ed which is leading the reclamation efforts through the planting of pine trees, cattle grazing, grass & legume planting | |||||
The money for reclamation is paid by the coal industry | |||||
MINING TECHNIQUES IN SW VA | |||||
Primarily, three underground mining techniques are used in the Appalachian coalfields, including drift mouth mining, slope mining, & shaft mining |
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In drift mouth mining, the miners enter the seam at an outcrop & follow it in |
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In slope mining, the miners enter the seam via a sloping shaft & follow it |
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In shaft mining, the miners dig a vertical shaft to the seam |
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Historically, mining has had a low level of regulation in SW Va | |||||
Because mining had a low level of reg in SW Va, there was mining done under towns & cities, homesteads were destroyed, watersheds were destroyed or polluted | |||||
The coal culture permeates the local Appalachian culture | |||||
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Man trip vehicles are the vehicles miners use to travel in mines & most are on tracks |
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Continuous mining machines cut the coal |
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Continuous haulage systems move the coal |
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Roof bolting machines bolt the rood to keep it from collapsing |
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Pillars of coal are first left, then taken out allowing roof to fall or subside |
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Subsidence is a problem for any land owner who owns land above an underground mine because their land contour may change, collapse, develop a sink hole or a water drainage crevice | |||||
Construction on any land that has been mined is problematic because of subsidence & settling | |||||
In longwall mining, the miners support the roof w/ a steel canopy, which is removed allowing roof to fall in behind the shields |
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Contour, finger ridge or mountain top removal are types of strip mining that are becoming more common |
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In surface mining, miners use explosives to break up the overburden & then huge machines dig out the coal |
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Underground mined coal is more likely to need washing and sizing |
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- Project: Mining Issues & Participants |
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SUMMARY OF MINING ISSUES:
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ACID MINE DRAINAGE | |||||
Acid mine drainage (AMD) causes river & lake damage |
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According to Bur of Mines AMD primarily from coal strip mines adversely affects more than 12,000 mi of rivers & streams & more than 180,000 acres of lakes in the US | |||||
In the Appal Region, over 6,000 miles of streams are dead or severely polluted from AMD |
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In WV, 832 streams, or 3,000 mi of waterways, or 10% of states waterways have AMD & another 73% are subject to chronic acidification |
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Many of these streams were once productive fisheries (esp trout) |
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SILTATION / EROSION |
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Where reclamation is absent or done incorrectly: |
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- rivers & lakes become damaged by eroded sediments |
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- the landscape is eroded away |
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DEGRADATION OF TOP SOIL | |||||
There is no real est of how many reclamations are poorly done |
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The reclamation of mined land only began in 1977 | |||||
Much reclaimed landscape is incapable of growing anything but poor grasses or white pines, which are low quality wood | |||||
SUBSIDENCE | |||||
Subsidence is when the surface land changes contour because of the collapse of mining caverns below it | |||||
Reclaimed land is either unsuitable or poor for construction purposes because of subsidence | |||||
Subsidence can be seen in simple, small changes in top soil contour, in sink holes, water drainage crevices opening up, unstable soil, etc. | |||||
DEGRADATION OF GROUND WATER | |||||
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Ground water is often "sunk" meaning that the water table drops as mines create drains btwn rock layers allowing the water table to drain down |
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Ground water can be degraded when mines fill w/ fresh water, & each more minerals into the water table | |||||
EFFECTS OF BURNING COAL | |||||
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CO2 -- Global warming
Acid rain Misc. air pollution affecting respiration: sulfur, etc. Mercury causes cancer & birth defects (Examined more under air pollution) |
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There are six broad categories of env law including: |
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1. Air Law |
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2. Water Law |
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- Native Americans & Water Law |
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- Water Projects & Irrigation Law |
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- Drinking Water Law | ||
- European Water Law | ||
3. Waste & Toxic Material Law |
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4. Land Use Law |
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5. Forest Law |
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6. Other Law | ||
- Energy Crisis Law | ||
- Mining Law | ||
- Flora & Fauna Law |
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Introduction: Mining law centers around FIVE major mining laws including: |
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1. General Mining Law of 1872 |
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2. Mineral Leasing Act of 1920 |
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3. Material Disposal Act of 1947 |
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4. Mining in the Parks Act of 1976 |
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5. Surface Mining Control & Reclamation Act of 1977 | ||||
1. General Mining Law of 1872
The GML of 1872 - granted wide rights to extract ore from public lands - required miners to pay a nominal fee for mining rights - has estb. today's ming fee at $2.50 per acre - estb. no requirement to pay a % of value of the ore mined - allowed mining rights to be maintained from gen to gen |
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The Provisions of the General Mining Law of 1872
30 USC Sections 22-54 - give indiv or corps who find metallic ores on fed land the right to mine them at min cost - allow staking claims on fed land, so long as they spend min amt of $ to dev the site, $100 for a 20 acre site - estb. the principle that if a person proves claim can be economically mined, the claim can be "patented," i.e. purchased which leads to the full ownership of land & mining rights - estb. a fee for patenting as either $2.50 or $5 an acre - estb. no royalty for ore is paid |
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2. Mineral Leasing Act of 1920
The Mining Leasing Act regulates fossil fuel mining on fed land Under the provisions of the MLA, the BLM & FS may issue mine leases on fed land Under the provisions of the MLA, the BLM & FS may deny a lease because of env concerns |
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3. Materials Disposal Act of 1947
Amended by Common Varieties Act of 1955 The MDA regulates mining of sand, gravel, etc. Under the provisions of the MDA, the mining operators must consult w/ & get approval of land agency who is in charge of the land they wish to mine, e.g. FS must approve mining on FS land Under the provisions of the MDA, the Forest Plan could include the amt of mining allowed |
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Common Varieties Act of 1955 regs common minerals regs
common minerals:
- gravel - stone - sand - soil |
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4. Mining in the Parks Act of 1976
No new mining claims allowed in NPS But claims are still allowed on FS, BLM & other Fed land under terms of Gen Mining Law of 1872 |
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5. Surface Mining Control & Reclamation Act of 1977 |
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Regulation of mining on fed land: |
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Today mining on fed land is largely governed by laws passed more than 100 yrs ago | |||||
THREE laws govern mining on fed land:
1. General Mining Law of 1872 regs mining hard rock minerals - gold - silver - other precious metals 2. Mineral Leasing Act of 1920 regs mining fossil fuels - coal - oil - nat gas 3. Materials Disposal Act of 1947 as amended by Common Varieties Act of 1955 regs common minerals: - gravel - stone - sand |
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Approval of mining ops is admin by BLM w/ input of controlling agency | |||||
Info on OSM's restorations www.osm.gov/osm.htm |
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Dept Labor's Links to State Mining Agencies www.msha.gov/SITEINF1.HTM |
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Introduction: Mining law centers around FIVE major mining laws including: |
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1. General Mining Law of 1872 |
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2. Mineral Leasing Act of 1920 |
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3. Material Disposal Act of 1947 |
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4. Mining in the Parks Act of 1976 |
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5. SMCRA of 1977 |
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Summary:
The Surface Mining Control & Reclamation Act of 1977 SMCRA covers all surface mines as well as the surface effects of underground mines The public participation & citizen suit provisions of SMCRA are widely utilized by participants to ensure that mining ops follow the law SMCRA regulates all related surface activities including:
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SMCRA's three broad policies require that: |
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1. mine operators bear full cost of reclamation | |||||
2. stripping be considered as a temporary use of the land & afterward land must be capable of supporting its approved post mining use | |||||
3. citizens are allowed to take an active role in ensuring the law is enforced | |||||
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OSM |
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Congress estb the Office of Surface Mining Reclamation & Enforcement under the Dept of Int to carry out SMCRA | |||||
OSM's director is appointed by the Pres, approved by the Senate & reports to Dept Int | |||||
SMCRA's prohibition on mining certain lands includes provisions that miners: | |||||
- cannot mine where reclamation is not feasible | |||||
- cannot mine
Nat Parks Nat Wildlife Refuges fed wildernesses Wild & Scenic River Sys (unless they are grandfathered in) |
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- cannot mine w/in 300 ft of occupied
homes churches public buildings public parks |
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- can mine in Nat Forests if "there are no significant recreational, timber, economic, or other values which may be incompatible" | |||||
THE SMCRA REGULATORY PROGRAM | |||||
SMCRA gives states the lead role in regulating mining | |||||
SMCRA requires states to designate land as suitable or unsuitable for mining, esp hist sights | |||||
SMCRA only requires that states meet fed benchmarks | |||||
Under SMCRA states must
a. issue permits to mine b. estb bonds to ensure reclamation c. set & enforce performance standards by inspection & review |
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PERMITTING & BONDING | |||||
Under the permitting & bonding standards of SMCRA, operators must
- include their financial & legal status past hist of compliance w/ law - report on affected land & its ecology - report on mining plan & reclamation plan - show they can meet all SMCRA requirements - obtain bonding to cover the cost of reclamation |
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The weakness of bonding is that reclamation bonds are not required by law to actually be worth anything in that they are only a 'promise to pay' | |||||
Thus some corps have chosen bankruptcy, which allows them to default on the bond & reclamation | |||||
Corps that default on bonds often reorganize into 'new corps' if they wish to continue operations in another location | |||||
PERFORMANCE STANDARDS | |||||
Performance standards
Under the performance standards of SMCRA, operators must - return land to condition so it can support previous use - restore land to "approximate original contour" - min damage to hydrological sys by avoiding AMD & siltation - reclaim land as soon as is practical |
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INSPECTION & ENFORCEMENT | |||||
Under the inspection & enforcement standards of SMCRA:
- states must regularly inspect mines - ops may not be conducted if they pose imminent hazard to public health & safety or to env |
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State enforcement actions are normally written in the form of
a:
- NOV: Notice of violation - CO: Cessation order Can be against the miner operator & corp officers Penalties aganst mining ops include:
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OSM oversight
If OSM finds violations, if states fail to act in 10 days, then OSM can take action OSM can take over state reg program |
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Citizens' rights provisions
SMCRA gives legal standing to persons who have an interest that might be affected by a mine Those people & orgs who experience the direct effects of a mining op may have legal standing under SMCRA Those people & orgs who have an aesthetic or recreational interest of a mining op may have legal standing under SMCRA Those people & orgs who are citizen grps on behalf of their members in relation to a mining op may have legal standing under SMCRA |
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When may you participate?
1. People & orgs may participate under SMCRA during permit process w/: - comments on permit application - request informal conferences w/ state - request formal public admin hearings 2. People & orgs may participate under SMCRA during any significant alteration of a permit, & thus alteration of a permit is nearly the same as new permit 3. Citizens may comment or object whenever
4. Citizens have right to
5. Citizens can challenge in ct any SMCRA reg or the designation of land as suitable or unsuitable 6. Sue if fed or state govt or op fails to comply w/ SMCRA
7. Appeal OSM decisions to Office of Hearings & Appeals @ Dept of Int or w/ Int Board of Land Appeals 8. Request OSM review of state enforcement & ask for intervention in state reg program |
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Other legal requirements
States must advertise each step in permit process in county newspaper Major OSM rulemaking decision is posted in Federal Register Actions of fed & state are subject to FOIA |
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Abandoned Minelands Reclamation Fund
(AML Fund) Provides $ to clean up, restore & reclaim strip mines from before 1977 Reclamation fee: $ .35 per ton of strip coal $ .15 per ton of deep coal $ .10 per ton of lignite Only 10% of $ may be used to treat water at mine sights
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Appalachian Clean Streams Initiative ACSI
In 1994 OSM & EPA organized this grp ACSI is a broad-based multi-agency program to eliminate AMD The mission of ACSI is to facilitate & coordinate - citizens grps - university researchers - coal industry - corporations - env'l grps - state & fed govt |
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AML Fund finances
The AML Fund has over $1bb in 2000 Spends approx $200mm / yr on reclamation Grps are pushing for more $$ for lime/neutralization projects |
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Info on OSM's restorations www.osm.gov/osm.htm |
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Dept Labor's Links to State Mining Agencies www.msha.gov/SITEINF1.HTM |
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Internal
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There are two aspects of any social / political issue that must be
addressed in order to find a societally accepted solution, including:
I. the reduction physical problems II. the process of social change |
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I. The reduction of environmental physical problems in finding a solution to a social issue / problem may be accomplished via FOUR stages including prioritizing, examining context, invoking best practices, conducting a cost / benefits analysis, & proposing actual solutions | |||||
A. In order to find a solution, problems must be prioritized & examined in their context of relations & dynamic feedback loops of other problems / issues | |||||
B. In order to find a solution, the best available practices / sciences must be invoked to reduce the physical aspects of the problem / issue | |||||
The science to reduce most social problems / issues is generally available, but not applied, as seen in that we know how to reduce pollution, but as a society we choose not to | |||||
Society knows how to feed & give health care to children worldwide, but as a society, we choose not to | |||||
C. In order to find a solution, a cost & the benefits analysis of reducing / eliminating the problem must be done w/ attn paid to the economic multiplier effect & economic incidence | |||||
D. In order to find a solution actual alternatives must be proposed | |||||
II. The achievement of social change around any issue / problem can only be accomplished through the involvement of participants & the institutional of social change | |||||
A. Involvement of participants in finding a solution to a social problem / issue must seek to involve all participants in open dialogue w/ the aim of solution seeking | |||||
1. Involvement of environmental movement | |||||
2. Involvement of industrialists | |||||
3. Involvement of recreationists | |||||
4. Involvement of general public | |||||
5. Involvement of government | |||||
B. The institutionalization of social change is accomplished by way of making new social roles & relationships standardized w/in society so that they are integrated into the very fabric of society as a normal part of everyday life | |||||
1. Education of the general public on environmental issues via media, schools, etc. is generally considered to be one of the most effective ways to achieve social change | |||||
Emotionality: Many people find personal fulfillment & reward in the environment & thus solutions must take this into account: They offer a high level of energy & a clear vision | |||||
2. Environmentalists help others prioritize | |||||
3. Industrialists offer market solutions & respond responsibly to voluntary & govt mandates | |||||
4. Recreationists offer market solutions & respond responsibly to voluntary & govt mandates | |||||
5. The govt encourages voluntary change & implements laws where necessary | |||||
a. The govt passes new laws as a result of public pressure & / or govt pressure | |||||
b. The govt passes new regulations as a result of public pressure & / or govt pressure | |||||
c. The govt reforms agencies as a result of public pressure & / or govt pressure | |||||
6. Legal suits have been very important in changing environmental policy by both upholding & creating law |
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- Project: Mining & Mining Solutions |
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- Project: Video: Mining the Solutions |
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I. REDUCTION OF ENVIRONMENTAL PHYSICAL PROBLEMS |
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A. PRIORITIZATION & INTERRELATION OF ENVIRONMETNAL PROBLEMS |
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In order to find a solution to problems / issues in mining, these must be prioritized: AMD, siltation / erosion, degradation of top soil, degradation of ground water, CO2 emissions, others |
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The prioritization of the issues may best be done by consensus of all the the participants | |||||
Note that worker safety in many extractive industries is much lower than that in other industries & thus prioritization of this issue would tend to create an alliance or common interest w/ labor |
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Prioritize these, or tackle them all? Others? |
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B. APPLY THE SCIENCE TO REDUCE ENVIRONMENTAL PROBLEMS |
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The science to deal w/ problems in mining is widely available even while better technological solutions are being developed every day |
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C. MAKE BOTH COST & BENEFITS OF REDUCING ENVL PROBLEMS APPARENT |
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The costs & benefits of reducing envl problems are linked to the economic multiplier effect & economic incidence | |||||
The costs & benefits to society for each of the mining problems & the scientific solutions that accompany them often, but not always offer a net benefit to society |
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The costs & benefits to society for mining problems & solutions will harm one industry, but increase another, & will result in increased costs to electricity, steel, & other coal related products |
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It is difficult to balance the increased costs to coal related products w/ increased health & ecological benefits, cleaner water, etc. |
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Presently, the costs of mining are relegated to the mining regions, & the benefits accrue to other regions | |||||
Since the costs of mining coal are relegated to the mining regions, these regions will benefit at the cost of other regions |
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D. OFFER ACTUAL ALTERNATIVES |
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Reducing the direct effects of mining AMD, erosion, top soil degradation, & the ground degradation ground water can be accomplished by using more effective mining methods, that are also more expensive |
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Reducing CO2 emissions requires more expensive emissions scrubbing technology & increased conservation & recycling | |||||
Reducing CO2 emissions is closely linked to other env problems & solutions | |||||
II. ACIEVEMENT OF SOCIAL CHANGE |
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A. INVOLVEMENT OF PARTICIPANTS |
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The participants in mining are not in agreement on these or many solutions & instead often engage in social conflict using power, money, etc. to achieve their individual & divergent goals |
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Through outside social pressure, the participants may come together & agree on continual tactics for the continual improvement of mining problems | |||||
Presently the industrialists & their allies have greater resources in the social conflict around mining problems, & thus little is done to change the situation | |||||
Presently many observers recognize that the govt regulators are "organizationally co-opted" by the industry | |||||
B. INSTITUTIONALIZATION OF SOCIAL CHANGE | |||||
To improve the conditions of mining the pubic should be educated about all costs & benefits of mining & proposed changes | |||||
Those outside of the mining industry who experience spillover costs & benefits must help set env'l priorities, thus diluting the power of the mining industry itself | |||||
Mining industrialists offer market solutions & respond responsibly to voluntary & govt mandates since they will best be able to minimize the costs of adjustment to direct mining solutions | |||||
Recreationists offer market solutions & respond responsibly to voluntary & govt mandates since they will best be able to maximize the costs of adjustments to reduced mining spillover costs | |||||
Govt encourages voluntary change & implements laws where necessary | |||||
How to follow mine activity under SMCRA on private land
1. Check newspaper for permits 2. File timely comments on permitting, bonding & performance standards 3. File timely appeals against permits or renewals 4. Ask state or OSM for on-site inspection 5. Consider a "lands unsuitable" petition 6. Ask OSM to review state program &/ intervene 7. Consider a citizen's suit 8. Contact state about restoration |
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How to follow mining activity on fed land
1. Get on fed mailing lists to receive notice of proposed mining 2. File timely comments during NEPA process w/ appropriate agency 3. For FS land, get involved in forest plan process 4. Gain support & help from other relevant fed agencies, e.g. Fed Marine Fisheries Service 5. Organize citizen support & citizen grp support Most potent tool against mining abuse has been public support |
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NEPA on Mining
NEPA process is used to review any sign env'l project & always applies to mining |
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Trout Unlimited
2 formalized nat'l partnerships 1. TU/FS Partnership has promoted & coordinated TU involvement in FS planning, stream restoration, fishery mgt. 2. Bring Back the Natives Program
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Conclusion
Most mining is influenced by: 1. Legislation by Congress or the states 2. Rules by the OSM, implemented by states 3. Legal suits, which are very individualized 4. Local grps who most likely influence the state reg agency to do a better job |
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Mineral Policy Center: discusses reform efforts for 1872 Mining Act www.mineralpolicy.org |
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The End
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