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Welcome
Message from CIER's Founding Director

Welcome to the
Center for Integrative Environmental Research (CIER) newsletter.
Periodically, we will send you information about ongoing and
upcoming research carried out at the University of Maryland on
critical environmental issues. We will focus on those issues that
illustrate the mission of CIER – Integration of insights across
academic disciplines and integration of knowledge across the
science-society divide.
Look for
announcements of new publications, updates on existing projects, and
highlights featuring our research partners. Through this
newsletter, we hope to strengthen connections, exchange information,
and foster collaboration among people and institutions across the
country. Feel free to contact us with items for future Focus
editions.
If you do not want to receive this newsletter in the future, please
click
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Dr. Matthias Ruth
Director
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News and Events
The
University of Maryland, University College (UMUC)
has
challenged CIER to conduct its first greenhouse gas emissions
inventory and capture the unique aspects of the institution, known
for distance learning and its conference facilities. This is the
latest inventory conducted by CIER for a University System of
Maryland institution and will be used to develop UMUC’s Climate
Action Plan for reducing emissions. At the Air and Waste Management
Association’s Harmonizing Greenhouse Gas Assessment and Reporting
Processes Conference, Sean Williamson and Ramy Serour presented
new methodologies for calculating carbon dioxide emissions from
campus commuting.
The
Maryland Department of the Environment
has enlisted CIER to help in the development of state policies for
nutrient trading with carbon benefits in the Chesapeake Bay region,
which will help to achieve
Maryland’s Climate Mitigation Plan
as well as improve water quality.
Researchers with
CIER helped the
U.S. General Services Administration (GSA) to develop
sustainability guidelines. Watch for announcements of the official
release of the first GSA Sustainable Development Guide.
CIER is working
with the
National Congress of American Indians to increase our
understanding of potential economic, social, and cultural impacts of
climate change on Native groups.
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Northwest 2050 and Maryland 2050: Adapting to Climate Change.
The German Ministry of Education and Research recently launched
the
Northwest 2050 project, which is a five-year research
initiative addressing climate change impacts in Northwest Germany. The
study will analyze the projected direct and indirect impacts of
climate change in order to produce strategic plans for
vulnerable sectors such as the food, energy and port
industries. As a key partner in this project, CIER will develop
models to help integrate solutions across the many interrelated
systems for a climate adaptation road map. This international
public-private partnership will also address governance and
institutional concerns related to regional planning.
CIER will
leverage this transatlantic collaboration to advance its
Maryland 2050 activities along the following thrusts:
Development of Innovative
Markets that Simultaneously Promote Climate Mitigation and
Adaptation
Innovation of Resilient and
Adaptive Infrastructures and Institutions
Development of Models and
Indicators to Monitor Genuine Progress
Translation of Approaches and
Insights to other Regions, Nations, and the International
Community
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Potential GHG Emissions Reductions in MD through Natural Gas
Efficiency
Following
CIER’s analysis of the
Economic and Environmental Implications of Maryland Joining the
Regional Greenhouse Gas Initiative and the subsequent decision
by
Maryland’s Governor to do so,
CIER is
exploring possibilities to reduce emissions of greenhouse gases from
residential natural gas use. The analysis examines potential
emissions reductions and consumer energy savings, optimization of
technology portfolios under alternative budget constraints, economic
impacts on residents and the Maryland economy, and an exploration of
environmental and health effects. The CIER team, including
experts from the Department of Civil and Environmental Engineering, closely
collaborates on this project with colleagues at
The Johns Hopkins University,
University of California, Merced, and
Towson University.
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