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Jan J. Boersema and Lucas Reijnders
i-xvii
Front matter
3-72
I / Stating the Problem
3-14
Environmental Sciences, Sustainability, and Quality
15-17
Biogeochemical Cycles
19-24
Reconstructing Environmental Changes over the Last 3 Million Years
25-31
Environmental History: Object of Study and Methodology
33-47
Human Environmental History Since the Origin of Agriculture
49-72
Recent Developments and Trends
75-420
II / Principles and Methods
75-83
General Principles
85-96
Specific Principles
97-141
Social Science and Environmental Behaviour
143-176
The Natural Environment
177-205
Analytical Tools for the Environment-Economy Interaction
207-237
Analysis of Physical Interactions Between the Economy and the Environment
239-280
Environmental Policy Instruments
281-303
Environmental Institutions and Learning: Perspectives from the Policy Sciences
305-333
Technology for Environmental Problems
335-343
Integration
345-373
Environmental Modelling
375-383
An Illustration of the LCA Technique
385-420
Integrated Assessment
423-528
III / Context and Perspectives
423-431
Environmental Policies in Their Cultural and Historical Contexts
433-444
National Policy Styles and Waste Management in The Netherlands and Bavaria
445-457
Land Use in Zimbabwe and Neighbouring Southern African Countries
459-471
Climate Change Policy of Germany, UK and USA
473-482
Technical Progress, Finite Resources and Intergenerational Justice
483-490
Sustainability is an Objective Value
491-501
A Rejoinder to Wilfred Beckerman and Herman Daly
503-512
Transitions to Sustainability as Societal Innovations
513-516
Agriculture and Food Problems
517-528
Tracing the Sustainable Development of Nations with Integrated Indicators
529-542
Back matter
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