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October 2001

Marketing
Aggregate
Mining--Not In My Backyard

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Aggregate
Mining--Not In My Backyard
By Michael
C. Stanley and Josef E. Marlow
Editors Note: This article is the sixth
of a seven-part series on the aggregate industry and land-use issues.
During
a year-end speech to his employees, the CEO of one of the nations
largest mining companies related a funny, but poignant story. Two passengers
were engaged in casual conversation when one asked the other What
do you do for a living? His fellow passenger seemed to flinch, quickly
cupped his hand over his mouth as if to suppress a cough, and mumbled
he-hum
Im in
mining. The CEO implored his
employees to stand in the aisle and declare I work in the mining
industry, I produce aggregates that better our standard of living, my
industry is essential and creates wealth. The employees listening
to this speech sat quietly, as if to concede that mining is no longer
viewed as a relevant industry in modern society.
Increasingly, there are conflicts between mineral industries and alternative
land-uses. In many of these conflicts, decisions are made that seem irrational
from an industry perspective. Not surprisingly, many within the industry
express exasperation at policy makers who no longer value the contribution
of mineral resources in every day life. Regulatory policies seem to bear
ever more heavily on the resource industry, discouraging new development
and leading to the sunset of many existing operations. All the while,
the value placed on habitat preservation or protection of open space becomes
sublime, escalating independently of the total amount of habitat already
protected or open space available. In such a world, construction aggregate
struggles to compete as land-use planners zone away resource lands from
future development.
Some argue that such statements are alarmist thinking, that the aggregate
industry is operating unencumbered by comprehensive land-use planning
policies. Otherwise, shortages would be resulting in states in which the
most restrictive regulations have been in place.
In a Sept. 11, 2001, news release detailing aggregate shortages in California,
Jim King, president of Applied Development Economics, states The
New Economy firms that are the engines of economic growth in California
cannot compete in the global marketplace if the states basic infrastructure
is not world class. In his report to the Construction Materials
Association of California, he notes that looming sand and gravel shortages
threaten Californias future and that policymakers and planners have
failed to consider whether local supplies of construction aggregates will
be available to meet the states urgent need of upgrading, maintaining
and building new infrastructure.
1. How do you obtain a
copy of the comprehensive land-use plan for your area?
2. How are changes to the plan implemented?
3. What section relates to aggregate mining?
4. What percentage of the county/municipality is set aside for open
space and how are those areas determined?
5. What actions have been taken to protect those habitats or species?
6. Are there specific resource areas for aggregate mineral development?
7. If there was a land-use conflict involving an aggregate operation,
how is the conflict to be resolved? Who determines what land-use is
optimal or preferred?
8. What was the process for public comment on the plan? Did the aggregate
industry in your county/municipality provide public comment?
9. If not you, who is the person in your company that does (should)
know the answers to these questions? |
While this is a stinging condemnation of a land-use planning
gone awry, it is certainly not new. Across the country, aggregate producer
associations have urged local and county jurisdictions to give greater
consideration to aggregates in their land-use planning and policies, and
provide for the development of these resources at the local level.
If left unchecked, aggregates shortages lead to under-investment in essential
infrastructure, leading to critical deficiencies in roads, schools, bridges,
power plants and other supporting infrastructure. In California, King
notes that a failure to invest in new public projects threatens Californias
quality of life, public safety and competitiveness in the global economy.
It is perhaps ironic that policy makers will now need to find creative
solutions to aggregates shortages after a decade of promoting policies
aimed at restricting this industry.
A
portion of a geologic map showing potential sources of aggregate along
the Front Range in Colorado, published in U.S. Geological Survey Open-File
Report 97-477. The light yellow indicates areas where deposits are likely
to contain sand and gravel that will meet most uses. The dark yellow indicates
areas where deposits are likely to contain sand and gravel that may not
meet some uses or may meet uses only with extensive processing.
The Silent
Decline
Throughout the 1990s, a number of industry-focused organizations
sought to better educate the public by promoting that resource extraction
is a necessary activity for the continued improvement in a communitys
standard of living. Programs were put in place to demonstrate minerals
at use in homes, schools and at work. Largely, these campaigns have been
effective and successful. It is, therefore, more confounding that new
municipal and county comprehensive plans continue to ignore the contribution
to be made from mining of aggregates. The construction aggregates industry
is caught in the crossfire of a social change, during which traditional
value systems based on economic contributions are being replaced by systems
having a philosophical underpinning rooted in environmental protection.
In a general sense, sustainable development encompasses many of the initiatives
directed toward habitat preservation. This presents a potential conundrum
sustainable development is to be embraced by the industry, providing a
vehicle through which companies can better coordinate some of their community-based
programs. The potential conundrum stems from some agencies taking over
the planning process to drive through prohibitive land-use policiesin
the name of sustainable development.
It is the responsibility of the industry to define its role within sustainable
development, using constructs that the public will understand. To this
end, some have argued that sustainable development is a conservation-oriented
measure for renewable resources. If so, they postulate that non-renewable
mineral development is out of sync with the very foundations of this movement.
In the next and final installment of this series, a model of sustainable
development will be presented that casts the industry as an essential
cornerstone. To set the stage for that discussion, we begin with a discussion
of comprehensive land-use planningundoubtedly the battleground for
many aggregate producers in this regard.
How Well Do
You Know Your Neighbor?
In an informal survey of various land-use plans across the
country, there is a wide array of rules and regulations for aggregate
mining. In many jurisdictions, the industry has been zoned awaya
term that describes policies that restrict current operations and all
but ensure that expansions or new plants will not take place. Without
question, this is the greatest threat to the construction aggregates industry.
Without the opportunity to sustain or expand businesses, there is no incentive
for investors. Given the gravity of the situation, few in the industry
are aware of changes to their comprehensive land-use plans. As a simple
test, consider the adjoining questions to ascertain your level of understanding
of the land-use planning process.
The
Sonoran Desert Conservation Plan is a blueprint for preserving habitat
in Pima County, Ariz., targeted towards riparian, historic, cultural and
habitat preservation. When implemented, the plan will place the existing
aggregate industry in the crosshairs of environmental objectives. Resulting
zoning will greatly restrict future aggregate supplies from existing resources.
Zoned Away
A recent example of a comprehensive land-use planning process
devoid of consideration for aggregate resources comes from Pima County,
Ariz. (the authors home).
Under a Growing Smarter Initiative, the state of Arizona mandated that
all communities write comprehensive plans to better manage future urban
growth. In response, Pima County considered current zoning and how it
might be revised to improve residential planning and add open-spaces within
the Tucson metropolitan area. Unlike many jurisdictions, the County Board
of Supervisors elected to harmonize their urban planing efforts with those
directed towards habitat preservation. Conservation should focus
on protective management of key resources (e.g. riparian and aquatic habitats,
cactus ferruginous pygmy-owl habitat) and the provision of corridors and
connections between more appropriate and feasible conservation areas
(The Role of Adaptive Management, January 2001, Sonoran Desert
Conservation Plan, p. 14). Within the plan, washes and streambeds represent
open spaces to connect a patchwork of flora and fauna habitats. This is
an environmental effort having broad public support. However, greater
than 90 percent of aggregate production is located within these same corridors,
placing the industry in the crosshairs of environmental initiatives.
Although a thorough inventory had been made of flora and fauna, no inventory
was made of mineral resources as a part of the planning process. This
was not an omission, both individuals and companies appealed to the planners
without prevail. On a value basis, connectivity of habitat takes precedence
over commercial interests. The cost to implement the plan has become almost
staggering, currently estimated at $500 million and growing. Nonetheless,
the county is pressing forward, looking for funding alternatives to ensure
that these corridors become public lands shielded from development. Whereas
the public seems stunned at the potential cost of the program, it appears
to accept statements by officials that these fragile environments need
protection from the threat of mining. The aggregate industry is implicitly
being dismissed as incompatible with new ideals of long-range planning.
Should the Sonoran Desert Conservation Plan be implemented in its current
form, these lands will be zoned away from future aggregate development.
One can expect looming aggregates shortages once existing operations begin
to decline in output.
An Industry
Being Heard
At the other end of the land-use planning spectrum, consider
what is happening along the Front Range of the Rocky Mountains in the
Denver area. The Front Range Infrastructure Resources Project (FRIRP)
was initiated by the U.S. Geological Survey to examine the availability
of aggregates, water and energy resources for use in infrastructure rehabilitation
and development, needed because of urban expansion.
The project brought together a wide array of stakeholders, including Federal,
state, county and municipal government departments, the National Stone
Association (now the National Stone, Sand and Gravel Association) and
the Colorado Rock Products Association. As stated in the FRIRP overview
document, the main goals of the project are to develop information,
define tools and demonstrate ways to 1) implement a multidisciplinary
evaluation of the distribution and quality of a regions infrastructure
resources, 2) identify issues that may affect availability of resources,
and 3) provide (by working with cooperators) decision makers with tools
to evaluate alternatives so as to enhance decision making.
One very useful product of the project is a map of potential sources of
aggregate along the Front Range in Colorado, published in U.S. Geological
Survey Open-File Report 97-477. This map contains very helpful information
for county planning authorities in the region in their development of
comprehensive plans that include consideration of aggregate resources.
In the Denver region, some counties have explicit provisions for aggregate
resources in their master plans. Two good examples are Larimer County
and Boulder County. The Larimer County Master Plan includes a section
on mineral resources that states: The mineral extraction plan is
to facilitate preservation and protection of the countys commercial
mineral deposits from encroachment by incompatible land uses that would
limit the options of future decision makers in considering the demand
for aggregate resources. The master plan designates specific portions
of the county where the Colorado Geological Survey has mapped commercial
aggregate mineral resources as Aggregate Resource Areas.
In Boulder County, the comprehensive plan contains nearly identical provisions,
but also include the statements: Nor is it intended that extractive
land uses shall be denied outside the Aggregate Resource Areas. Rather,
it is reemphasized that the extraction master plan shall insure the availability
of and adequate supply of quality aggregate over the next 30 years so
far as can be reasonably estimated.
The Last Word
Throughout this series, we have presented analytical tools
that arm the industry with the capability to demonstrate the need for,
and value of, the construction aggregate industry in public forums. In
the next and final article, we culminate with a model of sustainable economic
development, placing the production of aggregate front and center. This
is not without controversy. Some see sustainable development as a tool
used by environmental groups to withdraw lands from future development.
Others view it as the latest in a string of concepts to be subsequently
replaced by ever-greener environmental objectives. Neither of these perspectives
are entirely incorrect. Sustainable development is a policy having broad
public support and forms the basis for much of the long-range comprehensive
planning being implemented. The industry needs to demonstrate its relevancy
within existing sustainable development models or the long-run consequences
will be great. It is for this reason we state that policies and decisions
made today impact companies and communities for generations to come.
Josef
E. Marlow is president and Michael C. Stanley is mineral economist and
vice president with Resource Science, Inc. Resource Science is located
on the web at www.resourcescience.com.
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