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Climate change valgreen
1. 1
Climate Change: Planning and Knowing to be Prepared
(as far as we can...)
Sérgio Bruno Costa
(sergio.costa@simbiente.com)
Refóios do Lima (Portugal) | 11th October 2017
2. Topics
• Living in a Complex World
• Universal Laws of Risk Management
• Climate Change Theories
• Climate Change Effects (in Images)
• Climate Change Coping Approaches in Portugal
• Final Notes
2
31. Climate Change Theories
31
Climate Change is Anti-Russia Propaganda
Russia is a big energy exporter, providing Europe with about 30
percent of its natural gas and oil. But according to Infowars, Putin
and his advisers see climate change as a hoax that targets Russia’s
energy sector. If Europeans need less gas and oil, and there are
more restrictions on emissions, Russia’s energy industry could take
a hit. (well, just like every other country’s energy sector)
• Dumb Theories
32. Climate Change Theories
32
Climate Change is Anti-Russia Propaganda
Russia is a big energy exporter, providing Europe with about 30
percent of its natural gas and oil. But according to Infowars, Putin
and his advisers see climate change as a hoax that targets Russia’s
energy sector. If Europeans need less gas and oil, and there are
more restrictions on emissions, Russia’s energy industry could take
a hit. (well, just like every other country’s energy sector)
• Dumb Theories
33. Climate Change Theories
• Scientifically Plausible Theories
#1 Anthropogenic
Global Warming
Human emissions of
greenhouse gases, principally
carbon dioxide (CO2), methane,
and nitrous oxide, are causing a
catastrophic rise in global
temperatures, as a consequence
of a “greenhouse effect”.
34. Climate Change Theories
• Scientifically Plausible Theories
#1 Anthropogenic
Global Warming
Human emissions of
greenhouse gases, principally
carbon dioxide (CO2), methane,
and nitrous oxide, are causing a
catastrophic rise in global
temperatures, as a consequence
of a “greenhouse effect”.
#5 Ocean currents
Global temperature variations
over the past century-and-a-
half and particularly the past 30
years were due to the slow-
down of the ocean’s
Thermohaline Circulation
(THC).
#3 Cloud formation and
albedo
changes in the formation and
albedo of clouds create
negative feedbacks that cancel
out all or nearly all of the
warming effect of higher levels
of CO2.
#7 Solar variability
Changes in the brightness of
the sun cause changes in cloud
formation, ocean currents, and
wind that cause climate to
change.
#2 Bio-thermostat
Rising temperatures and levels
of carbon dioxide (CO2) in the
atmosphere trigger biological
and chemical responses that
have a cooling effect, like a
natural thermostat.
#4 Human forcings
besides greenhouse gases
Mankind’s greatest influence on
climate is not its greenhouse
gas emissions, but its
transformation of Earth’s
surface by clearing forests,
irrigating deserts, and building
cities.
#6 Planetary motion
Natural gravitational and
magnetic oscillations of the
solar system induced by the
planet’s movement through
space drive climate change.
37. McCarty Glacier melt
Alaska (USA)
>> the glacier’s terminus has
retreated about 15 km to the north
<< 30/07/1909
Source: NASA (https://climate.nasa.gov) 37
38. McCarty Glacier melt
Alaska (USA)
>> the glacier’s terminus has
retreated about 15 km to the north
<< 11/08/2004
Source: NASA (https://climate.nasa.gov) 38
39. Flood in Hamburg
Iowa (USA)
>> many homes evacuated
>> levees built for protection from future flooding events.
<< 24/09/2010
Source: NASA (https://climate.nasa.gov)
39
40. Flood in Hamburg
Iowa (USA)
>> many homes evacuated
>> levees built for protection from future flooding events.
<< 02/08/2011
Source: NASA (https://climate.nasa.gov)
40
42. Flood in Licungo
River
(Mozambique)
>> 86 dead
>> 11 000 homes destroyed
>> tens of thousands displaced
<< 17/01/2015
Source: NASA (https://climate.nasa.gov) 42
44. Great Salt Lake
shrinkage
(Utah, USA)
>> major hydromorphological changes
>> significant shortage of water availability
<< 09/2010
Source: NASA (https://climate.nasa.gov) 44
50. Climate Change Coping
Approaches in Portugal
50
scope
mitigation adaptation monitoring
scale
national regional local
PORTUGUESE NATIONAL INVENTORY REPORT
ON GREENHOUSE GASES EMISSIONS AND SINKS
• Portugal prepares each year its National Inventory of Greenhouse
Gases Emissions and Sinks (NIR), in order to comply with the
international commitments under the United Nations Framework
Convention on Climate Change (UNFCCC) and the European Union.
• It follows international standards and methodologies, specially the
UNEP/WMO’s Intergovernmental Panel on Climate Change (IPCC)
references and guidelines.
GHG emissions in Portugal by sector (2015)
51. Climate Change Coping
Approaches in Portugal
51
scope
mitigation adaptation monitoring
scale
national regional local
PORTUGUESE NATIONAL INVENTORY REPORT
ON GREENHOUSE GASES EMISSIONS AND SINKS
• Additionally, some regional reporting initiatives were undertaken, in
order to detail and adapt the standards and methodologies to
regional and local specificities.
52. Climate Change Coping
Approaches in Portugal
52
scope
mitigation adaptation monitoring
scale
national regional local
PORTUGUESE NATIONAL PROGRAMME FOR
CLIMATE CHANGE (PNAC 2020/2030)
• Establishes the national guidelines for political and sectorial
measures for the reduction of GHG emissions.
• Establishes the national sectorial targets and commitments
regarding GHG emissions (compared to 2005):
Sector 2020 2030
Services - 65% -69%
Residential -14% -15%
Transport -14% -16%
Agriculture -8% -11%
Waste (including wastewater) -14% -26%
53. Climate Change Coping
Approaches in Portugal
53
scope
mitigation adaptation monitoring
scale
national regional local
PORTUGUESE NATIONAL STRATEGY FOR
CLIMATE CHANGE ADAPTATION (ENAAC 2020)
• Establishes the vision of a “country well adapted to the effects of
climate change, through the continuous implementation of solutions
based on technical and scientific knowledge and good practices”.
• Establishes three main goals:
§ Increase the knowledge on climate change;
§ Implement adaptation measures;
§ Promote the adaptation concerns on sectorial policies.
Research and Innovation
Fund and Implement the Adaptation
International Cooperation
Communication and Dissemination
Integrate the Adaptation on Land Management
Integrate the Adaptation on Water Management
thematic areas sectorial areas
energyagriculture
biodiversity
economy
people and
goods
safety
forests
human
health
transports
and
communica-
tions
sea and
coastal
areas
54. Climate Change Coping
Approaches in Portugal
54
scope
mitigation adaptation monitoring
scale
national regional local
Covenant of Mayors for Climate and Energy
• The Covenant of Mayors for Climate and Energy brings
together local and regional authorities voluntarily committing
to implementing the EU’s climate and energy objectives on their
territory.
55. Climate Change Coping
Approaches in Portugal
55
scope
mitigation adaptation monitoring
scale
national regional local
Covenant of Mayors for Climate and Energy
• The Covenant of Mayors for Climate and Energy brings
together local and regional authorities voluntarily committing
to implementing the EU’s climate and energy objectives on their
territory.
56. Climate Change Coping
Approaches in Portugal
56
scope
mitigation adaptation monitoring
scale
national regional local
Covenant of Mayors for Climate and Energy
• The Covenant of Mayors for Climate and Energy brings
together local and regional authorities voluntarily committing
to implementing the EU’s climate and energy objectives on their
territory.
• 99 Portuguese municipalities are already signatories
57. Climate Change Coping
Approaches in Portugal
57
scope
mitigation adaptation monitoring
scale
national regional local
ClimAdaPT.Local – Municipal Strategies for Climate
Change Adaptation
• The project’s specific goals were:
§ To develop 26 Municipal Strategies for Climate Change
Adaptation.
§ To train 52 municipal technical staff persons in Climate Change
Adaptation.
§ To create a platform for Municipal Climate Change Adaptation.
§ To create a Municipal Network for Climate Change Adaptation.
58. Climate Change Coping
Approaches in Portugal
58
scope
mitigation adaptation monitoring
scale
national regional local
ClimAdaPT.Local – Municipal Strategies for Climate
Change Adaptation
• The 26 beneficiary municipalities were:
59. Climate Change Coping
Approaches in Portugal
59
scope
mitigation adaptation monitoring
scale
national regional local
Intermunicipal Plans for Climate Change Adaptation
(IPCCA)
• These plans elaboration is currently ongoing, and aims to
implement the ClimaAdaPT.Local methodologies and approaches
into a intermunicipal scale, covering the whole national territory:
Autonomous Region of Azores
Autonomous Region of Madeira
60. Climate Change Coping
Approaches in Portugal
60
scope
mitigation adaptation monitoring
scale
national regional local
Intermunicipal Plans for Climate Change Adaptation
(IPCCA)
• These plans elaboration is currently ongoing, and aims to
implement the ClimaAdaPT.Local methodologies and approaches
into a intermunicipal scale, covering the whole national territory:
61. Climate Change Coping
Approaches in Portugal
61
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
• There are interesting R&D results that can be part of cost-effective
solutions for coping climate change.
Coastal
Management
River Basins
Management
Wastewater
Treatment Plants
Management
62. Climate Change Coping
Approaches in Portugal
62
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
Coastal Management
Coastal
Management
63. Climate Change Coping
Approaches in Portugal
63
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
Coastal Management
• What we have learned:
§ For coastal monitoring it is important to observe, understand,
increase knowledge and forecast capabilities.
§ Continuous data series acquisition are difficult due to the
required financial and logistical efforts.
• What we need:
§ Easy to install and low cost systems.
§ Capability to obtain continuous data.
§ Tools to simplify behavior observations before, during and
after extreme events.
§ Increase the current knowledge about the coastal
morphodynamics, hydrodynamics and hydromorphology.
64. Climate Change Coping
Approaches in Portugal
64
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
Coastal Management
• What we are finding about Video-Monitoring:
§ Low cost method.
§ Feasible and promising.
§ Continuous data series acquisition.
§ Wide applicability in the coastal zone morphodynamics
behavior and hydrodynamic characterization.
§ Capability to be used on coastal alert systems.
65. Climate Change Coping
Approaches in Portugal
65
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
Coastal Management
MOZCO’s Project Results (examples)
• Instantaneous images and video (snapshot).
• Time-exposure images (timex) – locate submerged sandbars.
• Variance image – locate the dynamic areas (white).
Partners:
66. Climate Change Coping
Approaches in Portugal
66
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
Coastal Management
MOZCO’s Project Results (examples)
• Instantaneous images and video (snapshot).
• Time-exposure images (timex) – locate submerged sandbars.
• Variance image – locate the dynamic areas (white).
• Timestack image – Swash zone dynamics;
• Shoreline detection.
Partners:
67. Climate Change Coping
Approaches in Portugal
67
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
Coastal Management
Coastal Monitoring
Identification of areas with high vulnerability
and risk
Development of monitoring technologies
Climate Changes Coping –
“local” solutions for “global”
challenges
Assessment of implications on coastal
settlements and ecosystems
Identification of priorities
Development of alerts systems
Identification of key solutions for delay or / and
minimize the impacts
68. Climate Change Coping
Approaches in Portugal
68
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
River Basins
Management
River Basin Management >> Floods and Droughts
69. Climate Change Coping
Approaches in Portugal
69
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
River Basin Management >> Floods and Droughts
Decision Support
• Growing need for
supporting
environmental
planning choices
with prediction
models
• Direct link
between physical
phenomena and
land planning
constraints
Management and
Governance
• Impact prediction
software
simulation models
on proposed land
use scenarios
• Strategies for land
management
Climate Changes
Coping
• Climate changing
scenarios
rendering
predictions for
both flood and
drought events
70. Climate Change Coping
Approaches in Portugal
70
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
River Basin Management >> Floods and Droughts
• Floods > Case Study: Valadares River Basin:
§ Valadares River basin is an ungauged small perennial
watershed located at Vila Nova de Gaia (northern Portugal)
municipal suburban tissue. This river basin remained a rural
area until recent years, its rapid urbanization as brought
increasingly frequent flash flood events and subsequent
damages.
71. Climate Change Coping
Approaches in Portugal
71
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
River Basin Management >> Floods and Droughts
• Floods > Case Study: Valadares River Basin:
§ Two lumped basin models were created. The results obtained
were compared in terms of storm event prediction and
resulting floodplain areas. In order to evaluate the urban
impact on the water flow pattern, those results were compared
to the results of a hypothetical model, build with data collected
from 1964 aerial photography. This planning exercise revealed
the evolution of Valadares basin not only in its hydrologic and
hydraulic behaviour, but also in its socio-economic dimension
and highlighted the strong interactions between those factors.
72. Climate Change Coping
Approaches in Portugal
72
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
River Basin Management >> Floods and Droughts
• Droughts > Case Study: The Azores
§ The use of GIS, statistics and a proper methodological
approach can render similar results when addressing drought
issues. In fact, the integrated use of these tools as reverted
valid results when establishing the current status, using the
Standard Precipitation Index (SPI) for the Azores archipelago.
These results where integrated in its recent river basin
management plan under the Water Framework Directive.
CIELO
A thermodynamic climatic
model for the Azores
Islands
73. Climate Change Coping
Approaches in Portugal
73
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
Floods and droughts
modelling
Climatic, hydrologic and hydraulic
modelling
Zoning risk areas
Impact prediction and land use
scenarios assessment
Strategies for land management
Land uses assessment
Climate Changes Coping –
“local” solutions for “global”
challenges
River Basin Management >> Floods and Droughts
74. Climate Change Coping
Approaches in Portugal
74
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
Wastewater
Treatment Plants
Management
Wastewater Treatment Plants’ Climatic Performance
75. Climate Change Coping
Approaches in Portugal
75
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
• What we know:
§ Energy-intensive processes at wastewater treatment plants
(WWTP) to comply with stringent water quality standards.
§ WWTP are a potential source of greenhouse gases (GHG):
CO2, CH4 and N2O
• ww4Environment Project Goals:
§ Improve climatic performance (carbon footprint) of WWTP.
§ Compare approaches to assess GHG emissions arising from on-
site activities of WWTPs.
§ Develop a methodological approach to assess the feasibility
and impact of potential measures to minimise WWTP carbon
footprint.
Wastewater Treatment Plants’ Climatic Performance
Partners
76. Climate Change Coping
Approaches in Portugal
76
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
• Case Study: Beirolas Wastewater Treatment Plant
Wastewater Treatment Plants’ Climatic Performance
Partners
77. Climate Change Coping
Approaches in Portugal
77
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
• ww4Environment Project Findings:
§ Adequate to address climate change at local/facility-level by
enabling the quantification of CO2, CH4 and N2O emissions
arising from on-site activities and by providing an assessment
matrix of potential mitigation options and its impacts.
§ Suitable to improve the environmental performance of WWTP
and decrease its impact on receiving water bodies by shifting
operational conditions (e.g. optimize the anaerobic digestion
process, thus increasing CH4 production, enhancing the
electricity production from renewable sources and decreasing
the requirements for purchased electricity).
Wastewater Treatment Plants’ Climatic Performance
Partners
78. Climate Changes Coping –
“local” solutions for “global”
challenges
WWTPs’ Climatic
Performance
System boundary selection
Identification of emission sources/sinks
Calculation and model validation
Assessment of mitigation opportunities
Data gathering
Climate Change Coping
Approaches in Portugal
78
scope
mitigation adaptation monitoring
scale
national regional local
Research & Development Projects
Wastewater Treatment Plants’ Climatic Performance