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Projecting Reclamation in Design: Initiating Conversations
Friday, December 3, 2004, 9:00AM-5:00PM
LECTURE ABSTRACTS:
Lecturer Name: Jeffrey D. Jarrett, Director, Office of Surface Mining
Lecture Title: On-the-ground results of award winning reclamation: 27 years of integrating reclaimed mine sites into the landscape.
Lecture Abstract: Since passage of the Surface Mining Law in 1977, land reclamation in the United States has become a built-in component of surface coal mining. In fact, successfully reclaimed land quickly begins to resemble its natural condition and is difficult to distinguish from the surrounding landscape.
The Interior Department's Office of Surface Mining (OSM) initiated its annual Excellence in Surface Coal Mining Reclamation Awards in 1986 to make visible the accomplishments of those responsible for the nation's most outstanding achievements in environmentally-sound
surface mining and land reclamation, and to highlight the experience gained from completing exemplary reclamation.
The awards program is designed so that state and federal regulators can transfer the outstanding reclamation methods and techniques to the coal mine operators who work under the Surface Mining Law nationwide. The winners are the coal mine operators who developed innovative reclamation techniques or who have completed reclamation that resulted in outstanding on-the-ground performance.
A cross-section of award winning examples are described and illustrated to show successful reclamation and how the reclaimed land becomes an integral part of the surrounding landscape.
Lecturer Name: George Antoniuk, OALA, ASLA, Manager - Management of Abandoned Aggregate Properties Program, Ontario, Canada
Lecture Title: The MAAP Program - Small
Scale Perspectives with Large Scale Implications
Lecture Abstract: The rehabilitation of mined
aggregate properties can largely be seen from two perspectives - the
public perspective where individuals view the site intermittently
and the personal perspective of the landowner who typically resides
on or near the property and has intimate knowledge of the site. In
the design and execution of rehabilitation work it is critical that
the landowner appreciate the importance of time in allowing change
to take place. Time is the most misunderstood factor in creating a
new landscape. There are many design models which can be followed
for rehabilitation work these include biodiversity, liability reduction
and aesthetics. In the program we try to achieve a balance of the
models. However, through a survey of participating landowners we discovered
landowners were less satisfied with the visual quality of our work.
The results of the survey will be presented and the implications discussed.
Lecturer Name: T. Allan Comp, Ph.D.
Lecturer Affiliation/Position: Interior: Office
of Surface Mining: Watershed Assistance Team
Lecture Title: Science and the Arts in Public
Reclamation: Both Necessary, Neither Sufficient
Lecture Abstract: In several projects, both
East and West, the author is exploring the potential for a blend
of good science with equally good design and good history, seeking
to create the public advocacy for reclamation that science-only
projects seldom generate. If public funds are to continue to support
landscape reclamation, there must be larger roles for multiple public
interests, particularly those found in the traditional academic
Arts. It is these larger collaborative perspectives that can build
useful new partnerships and bring needed sustainability to the quest
for support for reclamation work.
Lecturer Name: Belinda Arbogast
Lecturer Affiliation/ Position: U.S. Geological Survey/Physical Scientist
Lecture Title: Creating a landscape design agenda in a scientifically based mining world
Lecture Abstract:
Scientific research and technology influence the development of mines and their post-mining land use. Landscape design often plays an uncertain role. Based upon several interviews with earth scientists, there is a perception that landscape architects do not deal with facts and ignore the realities of the physical world. At the same time, scientists are facing increasing pressure to consider the social benefits, cultural history, and visual impact of their projects. These are issues that landscape architects deal with routinely. Research by a physical scientist/landscape architect with the U.S. Geological Survey provides a method for addressing future aggregate mining in urban areas. This research enables land planners, landscape architects, and industry to recognize that innovative reclamation designs based upon sound science better serve the public good. The ultimate result of this new science/design interface is objective, verifiable data in visual assessment practices that are consistent, explicit, and suitable within a physiographic region. Landscape architects must be comfortable with geographic information systems and expand their knowledge base in certain sciences (such as geomorphology and ecosystem management) in order to explore design alternatives in mining reclamation on an equal footing with other scientists.
Lecturer Name: Caroline Digby
Lecturer Affiliation/Position-Title: Development Director, Post-Mining Alliance
Lecture Title: Post-Mining Alliance - Building Partnerships for Post-Mining Regeneration
Lecture Abstract: The objective of the Post-Mining Alliance is to become an international leader in co-ordinating information exchange and facilitating the implementation of good practice to deal with the adverse social and environmental legacy of orphaned and abandoned mines and to plan for mine closure in an integrated way. It promotes multi-stakeholder approaches to these issues in which risks, responsibilities and opportunities are shared. It is building a network to transfer ideas, knowledge and technology globally and deliver action locally. The Post-Mining Alliance and its partners plan to carry out a range of project activities, which will centre on:
* brokering multi-stakeholder solutions to priority cases of orphaned and abandoned mines and, from these, developing models of good practice;
* promoting demonstration models of good practice in post-closure, using examples from mining regions worldwide.
Lecturer Name: Victor Ketellapper
Lecturer Affiliation/ Position: US Environmental
Protection Agency, Region VIII, Superfund Program/ Project Manager
Lecture Title: Landscape Reclamation Challenges
at Superfund Sites: The Superfund Redevelopment Program
Lecture Abstract:
The Superfund Redevelopment Program is EPA's coordinated national
effort to facilitate the return of the country's most hazardous
waste sites to productive use by implementing cleanup remedies that
are consistent with the anticipated future use of the sites. While
EPA's primary mission is to protect human health and the environment,
Superfund cleanups have also been instrumental in returning contaminated
sites to protective use. These uses can be industrial or commercial,
such as factories or retail; they can be used for housing, public
works facilities, transportation, and other community infrastructure;
they can be for recreational facilities, such as golf courses, parks,
and ball fields; or for ecological resources, such as wildlife preserves
and wetlands. Remedies at Superfund Sites often include the management
of wastes on-site, such as contaminated soils, or long-term operations
such as ground water collection and treatment. Thus, landscape reclamation
and alternation will need to be coordinated with the remedy to assure
long-term protection of human health and the environment. This presentation
will provide and overview of the Superfund Redevelopment program
and the unique challenges to redeveloping Superfund Sites.
Lecturer Name: Billie Clark, Jr.
Lecturer Affiliation/Position-Title: Manager, National
Technical Innovation and Professional Services Program, Office of
Surface Mining, Department of the Interior
Lecture Title: Real-Time Coal Mining and Reclamation:
OSM's Technical Innovation and Professional Services (TIPS) Program
Lecture Abstract: The U.S. Office of Surface Mining's
Technical Innovation and Professional Services (TIPS) is a national
program and service developed by an innovative group of employees
at the Office of Surface Mining, Department of the Interior. In
cooperation with State and Tribal regulatory and reclamation agencies,
as well as Office of Surface Mining offices nationwide, TIPS provides
the latest off-the-shelf scientific and engineering software and
hardware tools to Federal, State, and Tribal experts to do their
job faster and more efficiently. Since its inception in 1988, it
has expanded to serve 700 users in 96 offices nationwide.
The tools provided consist of off-the-shelf software and technology
used commonly for scientific and engineering applications for coal
mining and reclamation. With the industry regulators at the State
and Federal level using the very same tools, exchange of information
is facilitated and the regulatory and reclamation processes are
expedited. Through a system of license sharing, TIPS is able to
provide 26 scientific software applications to 700 users nationwide
with significant cost savings, procurement, and user support benefits.
In addition, TIPS provides full, no-cost training to its customers
at three training centers in Pittsburgh, PA; Alton, IL; and Denver,
CO and at customers' on-site.
This talk will focus on how TIPS users apply current technologies
to assist them conducting in-field CAD design of abandoned mine
projects and to help ensure that regulatory requirements are met
and that environmental impacts of proposed coal mining and reclamation
are revealed. Real-world examples from across the country will be
provided that show emerging technology applications for GIS, CAD,
remote sensing, GPS, mobile computing, and 3-D modeling.
Lecturer Name: Peter Del Tredici
Lecturer Affiliation/Position: Senior Research
Scientist, Arnold Arboretum of Harvard University; Lecturer in Landscape
Architecture, Harvard Graduate School of Design
Lecture Title: Rebuilding Ecological Networks
in a Changing World
Lecture Abstract: Like it or not, the world as
we know it is rapidly changing as a result of the growth of the
human population, the worldwide production of greenhouse gases,
the ubiquitous spread of invasive species, and the massive habitat
destruction as a result of natural resource harvesting and mega-construction
projects. How can landscape professions prepare for a future which
is dominated by such uncertainty? In this presentation, Dr. Del
Tredici will examine the various available strategies, including
sustainability, restoration, reclamation, and inhabited infrastructure.
Lecturer Name: Dorion Sagan
Lecturer Affiliation/Position: Sciencewriters,
General Partner
Lecture Title: What is Mine is Mine and What
is Yours is Mine: Engineering in its Natural Context
Lecture Abstract: I will explore the big picture
of mining and the possibilities for reclamation by looking at engineering
as a natural, human subsystem of complex growth processes in nature.
Biomineralization, cyanobacterial declines in acidity to mines exposed
to the proverbial disinfectant, sunlight, the evolutionary history
of wastes from guano islands to ion stockpiling in shells and bones
will be among the topics integrated. The thermodynamic basis for
growth, biological and otherwise, will be examined. Gaia theory
as an example of complex regulation without active intervention
or even natural selection will be integrated into the discussion.
Lecturer Name: Frederick Turner
Lecturer Affiliation/Position: Founders Professor
of Art and Humanities, University of Texas at Dallas
Lecture Title: Valuing Alteration
Lecture Abstract: This talk will attempt to go
beyond factual questions such as:
What is reclamation? How is it done? What are its constraints, legal,
technological, geological, biological, etc? It will focus on value
questions: What should reclamation be? Can reclamation go beyond
remediation? What is good reclamation? What views of nature and
of human beings will best serve good reclamation? How do we recognize
and appreciate good reclamation? Can a better understanding of the
nature of order, disorder, entropy, information, control, nonlinear
dynamical processes, autonomy, and freedom help us develop a practical
esthetics and ethics of reclamation? What can the history of landscape
design, urban design, and the fine arts teach us here?
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