Lectures 1 & 2
| a. |
Society‘s
Metabolism Social science perspectives on what
this concept guides us to see - Marina
Fischer-Kowalski, IFF-Vienna |
| b. |
The
relation between bulk - MFA and SFA - René
Kleijn & Ester van der Voet |
|
Lecture 3
| a. |
A
Framework for Sustainability Science: A
Renovated IPAT Identity |
| b. |
Dematerialization |
| c. |
Indicators
of Dematerialization and the Materials
Intensity of Use |
| d. |
Materialization
and Dematerialization: Measures and Trends |
| e. |
The
IPAT Equation and Its Variants |
|
|
Lecture 4
Material Flow Analysis from USGS
| a. |
Materials
in the Economy Material Flows, Scarcity,
and the Environment |
| b. |
An
Estimation Methodology and Example Using
Lead—A Materials Flow Analysis |
| c. |
Material
Flows (Cadmium) |
|
Physical Input / Output from the U.S. Census
Bureau
| a. |
1997
Economic Census - Transportation |
| b. |
1997
Economic Census - Mining |
|
|
Lecture 5
Mercury Flows
| a. |
NYAS
- Pollution Prevention And
Management
Strategies for
Mercury in the New
York / New Jersey Harbor |
| b. |
Mercury
Update: Impact on Fish Advisories |
| c. |
National
Fish and Wildlife Contamination
ProgramSource: 2002 National Listing of
Fish and Wildlife Advisories - Mercury
Maps |
|
Silver Flows
|
a. |
P2
Problem Solving - Policy Options
for Encouraging Silver Recovery |
|
|
|
Lecture 6
Life Cycle Inventory of Semiconductor
Manufacturing
| a. |
Development of Parametric Material,
Energy, and Emission Inventories for Wafer
Fabrication in the Semiconductor Industry |
| b. |
The 1.7 Kilogram Microchip:
Energy and Material Use in the Production of
Semiconductor Devices |
|
Industry Sectors
|
a. |
WTEC/NSF
Report on Environmentally Benign
Manufacturing - Chapter 5 |
|
|
|
Lecture 7
Nanotechnology and the
Environment
| a. |
Nanoscience
and nanotechnologies: opportunities and
uncertainties 2004 |
| b. |
NSF -
Responsible Research and Development of
Nanotechnology 2004 |
|
c. |
Greenpeace
Report - Future Technologies, Today’s
Choices 2003 |
|
d. |
EPA
Nanotechnology and the Environment, STAR
Proceedings 2002 |
|
e. |
DOE - Roadmap
for Nanomaterials |
|
f. |
Nanotechnology
Grand Challenge in the Environment 2004 |
|
Life Cycle Analysis of
Nanotechnology Applications
|
a. |
Life
Cycle Economic and Environmental
Implications of Using Nanocomposites
in Automobiles 2003 |
|
b. |
The ripple
effects of nanotechnology: Improving
automobile catalysts 2004 |
|
|
|
