Keynote Speakers
View the keynote presentation abstracts
Dr. Ann M. Bartuska is Deputy Chief for Research and Development
of the USDA Forest Service. Prior to coming to this position in January,
2004, she was Executive Director of the Invasive Species Initiative at The
Nature Conservancy, supporting capacity building and policy development
at a global scale. She has held numerous leadership positions in the USDA
Forest Service, including serving as the first woman and first ecologist
as Director of Forest Management. Dr. Bartuska is an ecosystem ecologist
by training and was recently President of the Ecological Society of America.
Joseph
Chamie, former Director of the United Nations Population Division,
currently heads Population Associates Inc. Dr. Chamie received his
doctoral degree in sociology, majoring in the field of population, from
the University
of Michigan. He has worked in various regions of the world, specializing
primarily in Asia and Africa. He has worked in national programs
dealing with health and family planning issues. He has first-hand experience
with
the diverse problems of less developed countries as well as the more
developed nations. For example, he lived for several years in a rural
Indian village
working in health and family planning; he also lived in areas of
civil conflict, having spent six years with the United Nations in Beirut,
Lebanon. He has
also conducted research and taught at universities in the United
States and abroad. He was with the United Nations in the field of population
and
development both overseas and in New York for more than a quarter
century. Among other major duties, he was the deputy secretary-general
for the 1994
United Nations International Conference for Population and Development.
During his career with the United Nations, he was responsible for
a variety of activities, including (a) estimates and projections of population;
(b)
assessing national population policies; (c) determinants and consequences
of population trends; (d) population and development inter-relationships;
and (e) international conferences on population and dev elopment.
In addition to completing numerous studies issued under United Nations
authorship, he
also authored many studies in his own name in such areas as fertility,
marriage, family planning, population estimates and projections, ageing,
urbanization,
international migration and population and development policy.
William W. Shaw is Professor of Wildlife and Fisheries Science, in the
School of Natural Resources, University of Arizona where he has worked
since 1974. He has degrees from UC Berkeley (Ecological Science), Utah
State (Wildlife Management) and the University of Michigan (Natural Resources).
His research interests encompass topics that combine biology and the
socio-political dimensions of wildlife conservation. He has published
widely on topics that deal with the effects of urbanization on wildlife
resources. He has also worked on studies involving relationships between
protected areas and local people in many countries throughout the world.
In 1988, he received the Daniel Leedy award for Urban Wildlife Conservation.
This award is given to one person each year in recognition of efforts
to integrate conservation with urban planning and design. Since 1999
he has served as a scientific advisor to Pima County, Arizona and as
chair of the Science and Technical Advisory Team for the Sonoran Desert
Conservation Plan. This is a comprehensive land use plan and multi-species
habitat conservation plan for a region comprising over 9,000 square miles
in southern Arizona.
Arthur J. Gold is Professor of Watershed Science and Program Leader
for Natural Resources at the University of Rhode Island. He received
his Ph.D.from the Department of Agricultural Engineering at Michigan
State University and his M.S. in Water Resources Management from the
University of Michigan. Dr. Gold’s career has focused on the application
of science and technology to improve the capacity of local decision makers
to manage their land and water resources. His research addresses knowledge
gaps regarding the effects of land use and natural features on water
quality, with particular focus on sources and sinks of nitrogen in mixed-use
watersheds. He has published extensively on riparian zone dynamics and
the use of GIS te chniques to scale up from the site level to the watershed
scale. His outreach activities are directed towards local and state decision-makers
and promote the use of locally-based information, including volunteer
monitoring and GIS decision support tools, to mitigate both cumulative
and site-specific effects of human alterations. In addition he has been
involved in the development and use of alternative and innovative onsite
wastewater technologies that can promote new “smart growth” developments
and abate historic pollution sources. Dr. Gold maintains an active graduate
program and is one of the principal scientists involved in NSF-funded,
Ph.D. IGERT training project entitled: Assessing Change in Coastal Ecosystems:
Integrating Natural and Social Sciences.
Dr. Gold professional activities include service as an appointed member
of US EPA’s Science Advisory Board Subcommittee on Environmental
Models (1997-2000); Associate Editor of the Journal of Environmental
Quality from 1997-2003; and chair of the Committee For Shared Leadership
of USDA/CSREES National Integrated Water Quality Program (2004-2005).
Dr. Gold directs the New England Regional Water Quality Program, an eight
year grant from CSREES that brings together researchers and extension
faculty from all six New England Land Grant Universities to address water
quality problems from a watershed basis. In 2000 Dr. Gold received the
University of Rhode Island’s highest honor, the Scholarly Excellence
Award.
Mark Eigenraam leads the research, development and application of bio-economic
modelling in the Economics Branch of the Department of Primary Industries,
Victoria. This work brings him into contact with a variety of industries,
academic institutions and government agencies providing him with an
intimate understanding of the complexity of sustainable resource
management. Most recently he managed the development and application
of 'EcoTender' - an auction based approach to the procurement of environmental
goods and
services - carbon, water quality/quantity, terrestrial biodiversity,
aquatic function and saline land. EcoTender resulted in the development
of
spatial and temporal modelling framework (The Catchment Modelling
Framework) which is used to estimate and evaluate the impact of changes
in
land practices. It is a unique system linking sustainable management
regimes to complex biophysical systems. It is used to estimate the long
run
resource degradation or preservation outcomes both on and off site.
View the keynote presentation abstracts
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