Title: E-mail: donchenkovk@mail.ru
1Improvement of education in the field of
environmental management
Prof. Vladislav Donchenko course ENVIRONMENTAL
POLICY
- E-mail donchenkovk_at_mail.ru
- St. Petersburg State University
- and
- St. Petersburg Research Centre for Ecological
Safety of the Russian Academy of Sciences
2Course Outline
- Principles of environmental policy
- II. Instruments and methods of environmental
policy - III. Environmental policy for sectors, specific
problems and issues
3I. Principles of environmental policy
- 1.1 Growth of environmental awareness, emergence
and development of environmental policy from
the Nuisance Act to Cancun - 1.2 Environmental threats and challenges of the
21st century - 1.3 Environmental stakeholders, public
participation, environmental justice, conflicts,
access to environmental information - 1.4 International environmental policy
international organizations, multilateral
environmental agreements (including their status
and implementation), non-governmental players,
environmental politics and diplomacy - 1.5 Environmental governance, institutions of
environmental governance, multilevel/polycentric
governance, problems of scale and fit,
environmental/resource regimes - 1.6 Policy transition/innovation process
- 1.7 Environmental legislation, national
obligations under multilateral environmental
agreements and integration of the obligations
into national legal systems, enforcement and
regulatory mechanisms, access to justice - 1.8 Environmental legislation, enforcement and
regulatory practices in EU, USA, Canada,
Japan, China, and CIS - 1.9 International cooperation for environmental
research and education
4Humans and the environment a historical
perspective
- Harmony
- Combating environmental threats struggle to
survive - Exploitation
- Exploitation and preservation
- Engineering and creating the environment
- Harmony?
5Concepts
- Human well-being, welfare, and development are
notions that attempt to measure individuals
satisfaction with life in different settings - Human welfare depends on the services provided by
ecosystems (MEA) - Natural capital is the basis of ecosystem
services - Environmental security - uninterrupted provision
of ecosystem services - Quality of Life - the extent to which objective
human needs are fulfilled in relation to
perceptions of subjective well-being (Constanza
et al)
6Traditional and Non-Traditional Security Types
Type Focus Concerns Threats/Vulnerabilities Responses
Traditional Security The State Sovereignty Territorial Integrity Challenges from other states and stateless actors Diplomatic intervention Economic crisis response Military intervention Humanitarian support
Environmental Security The Ecosystem Protection of Natural Infrastructure Resource scarcity/depletion Resource degradation pollution/waste Demographic changes Shocks natural, manmade Multi-national governance Conflict prevention Conflict resolution
Human Security The Individual Integrity of the Individual freedom from fear ------------------------ freedom from want Personal security violence, hazards Political security repressive state ------------------------------------------------ Economic security - poverty Food security famine, contamination Health security injury, disease Environmental security - scarcity, waste Community security cultural integrity Preventive diplomacy Disaster planning Humanitarian support Aid investment
Sustainable Security The Generational Quality of Life Global Sustainability Non-sustainable environmental, social, economic, and institutional systems Inequitable resource distributions Marginalization of the majority world Uncontrolled development/urbanization Non-adaptive and non-resilient systems Institution building Security sector reform Military professionalism Energy sector efficiencies Economic investment Focus on root causes
Sources Adapted from Liotta, 2005 Liotta and
Owen, 2006a UNDP, 1994 Khagram, et al., 2003
Abbott et al., 2006
7 Quality of Life (from Constanza et al, 2007)
8UNDP Human Development Index
Human Development
Well-being, Welfare External World
Objective
Human basic needs
Quality of Life
Social Capital
Human Security
Human Capital
Built Capital
Subjective
Natural Capital
Ecosystem Services
Environmental Security
9II. Instruments and methods of environmental
policy
- 2.1 Stakeholder identification, motivation of
stakeholder groups and their behavioral
patterns/social practices - 2.2 Backcasts and forecasts
- 2.3 Ecosystem services and their valuation
vulnerability analysis and indices - 2.4 Scenario development
10- Environmental Assessment (EA) EIA, SEA, SA
- Life Cycle Assessment (LCA) LCC
- Corporate Social Responsibility (CSR)
- Millennium Ecosystem Assessment (MEA)
- UN system EM UNEP, UNDP, UN HABITAT, Regional
Commissions UNECE MEAs
11- Assessment methods used in EA
- aggregation,
- checklists,
- cost-benefit analysis,
- Delphi surveys,
- geographic information systems,
- life cycle assessment,
- matrices,
- multi-criteria analysis,
- overlapping maps,
- scenario development.
12- Environmental assessment (EA)
- Environmental impact assessment (EIA)
- Strategic environmental assessment (SEA)
- Sustainability appraisal (SA)
13EA tools
- MCDA (AHP, ANP, MACBETH)
- Cost-benefit analysis (CBA)
- Contingent valuation (CV)
- Hedonic Pricing (HP)
- Strengths, Weaknesses, Opportunities and Threats
(SWOT) - GIS
14Focus Consequences of Ecosystem Change for
Human Well-being
15Ecosystem and infrastructure services consumption
trends (major consumption)
Service to human welfare Rural areas developed countries Urban areas developing countries Urban areas developed countries
Clean air to breath E E E
Comfortable climate conditions E E E
Water level in water bodies (for shipping, amenity, biota) E E E I
Groundwater level E E I E I
Water quality to use as amenity and recreation E E E
Drinking water provision I I I
Soil formation E I E I
Waste decomposition E E I I
Biological populations control E E I I
Habitat E E I I
Food I I I
Raw materials E I I
Recreation and outdoor activities E E I E I
16III. Environmental policy for sectors, specific
problems and issues
- 3.1 Biodiversity conservation (including physical
planning for biodiversity conservation and
development of sustainable livelihoods?) - 3.2 Water resources (e.g. including international
water bodies) - 3.3 Circulation of chemicals
- 3.4 Radiation pollution/safety
- 3.5 Coastal zones/marine environments
- 3.6 Air pollution
- 3.7 Local communities (e.g. adaptation to global
change) - 3.8 Indigenous people
- 3.9 Biosafety (e.g. alien species, GMOs etc)
- 3.10 Cultural heritage
17Unprecedented change Ecosystems
- 5-10 of the area of five biomes was converted
between 1950 and 1990 - More than two thirds of the area of two biomes
and more than half of the area of four others had
been converted by 1990
18POPs problem
- High resolution GC-MS for dioxin analysis
19Potentially dangerous substances
Cyclic, alicyclic and chlorinated polysulfides.
20 previously unknown potentially dangerous S
and Cl-containing substances were identificated
in sediment samples, collected from the Eastern
part of the Finnish Gulf. Screening is
continuing.
20HAB and PPCP problem
- Cyanobacterial metabolites
- Neurotoxines (anatoxin a)
- Hepatotoxines (microcystines)
- odorants (geosmine, MIB etc.)
21A vertical groove for installing a water barrier
at the entrances to underground stations in
Tokyo, Japan (left) and a flood barrier in
Venice, Italy (right) Source Nikolai Bobylev
Climate change and extreme weather events
22The Netherlands combating floods using
retention areas (after Ron Cörvers (Open
University of the Netherlands / Maastricht
University ICIS) presentation, 2008)
- 1993 1995 extremely high waters in river delta
(flow rate gt12,000 - m3/s at Lobith on the Rhine)
23More infrastructure or more ecosystems? (after
Ron Cörvers (Open University of the Netherlands /
Maastricht University ICIS) presentation, 2008)
- Current
- situation
- Traditional
- solution
- New
- approach
24Thank you for your attention!