IMAGE - User contributions [en]

Expanding Reduced Impact Logging

2014-04-22T13:19:48Z

TomKram:

{{PolicyInterventionTemplate
|Component=Forest management
|Description=Increasing the share of produced wood yielded with Reduced Impact Logging (RIL) practices instead of conventional logging practices.
|Reference=PBL, 2010;
|LanduseThemeItem=Forestry (Land use)
}}
{{PolicyInterventionEffectTemplate
|EffectOnComponent=Forest management
|EffectDescription=RIL leads to lower loss of biodiversity in forest areas, and it can have impacts on C pools and fluxes as less residues are produced per unit harvested wood product.
}}
{{PolicyInterventionEffectTemplate
|EffectOnComponent=Natural vegetation and carbon cycle
|EffectDescription=RIL can change the volume of the C pools in the soil and vegetation pools and reduces the human induced land-use change emissions.
}}
{{PolicyInterventionEffectTemplate
|EffectOnComponent=Terrestrial biodiversity
|EffectDescription=The impacts on biodiversity is lower using RIL practices instead of the conventional practices. This because (i) less forets will be used (higher biodiversity on large scale); (ii) a better and faster regrowth of the harvested forests, also thus a long-term increasing biodiversity also within these forests.
}}

More sustainable forest management

2014-04-22T12:54:28Z

TomKram: TomKram moved page Sustainable forest management to More sustainable forest management

{{PolicyInterventionTemplate
|Component=Forest management;
|Description=Sustainable forest management aims for maintaining long-term harvest potential and good ecological status of forests (e.g. the nutrient balance and biodiversity). This can be implemented by (i) enlarging the return period when a forest can be harvested again; (ii) only using certain fractions of the harvested biomass and leave the remaining part in the forests.
}}
{{PolicyInterventionEffectTemplate
|EffectOnComponent=Forest management
|EffectDescription=Because forests might supply less timber, more sustainable forest management lead to more forests to be used throughout the world (assuming no change in demand).
}}
{{PolicyInterventionEffectTemplate
|EffectOnComponent=Natural vegetation and carbon cycle
|EffectDescription=Sustainable forest management has an effect on the C storage in vegetation and soil of forests, and it enhances the net CO2 uptake by the forests (as degradation is avoided).
}}

Increase forest plantations

2014-04-22T12:52:38Z

TomKram: TomKram moved page Enhance plantation establishment to Increase forest plantations: Better description of policy intervention

{{PolicyInterventionTemplate
|Component=Forest management
|Description=Increase the use of wood from highly productive wood plantations instead of wood from (semi-) natural forests.
|Reference=PBL, 2010;
|LanduseThemeItem=Forestry (Land use); Other land use (Land use)
|NatureThemeItem=Terrestrial biodiversity (NB)
}}
{{PolicyInterventionEffectTemplate
|EffectOnComponent=Forest management
|EffectDescription=Decreases the area impacted by forestry/logging
}}
{{PolicyInterventionEffectTemplate
|EffectOnComponent=Natural vegetation and carbon cycle
|EffectDescription=This intervention changes the regional C pools and fluxes. It limits the exploitation of (natural) forests and preserves the C budgets within these forests. In the plantations the C pools might become reduced.
}}
{{PolicyInterventionEffectTemplate
|EffectOnComponent=Terrestrial biodiversity
|EffectDescription=Terrestrial biodiversity is effected in two ways: 1) the area with forestry impacts will be smaller, and 2) the biodiversity value of plantations will be lower than (semi-)natural forests in which logging takes place.
}}

Lifestyle parameters

2014-03-06T14:20:11Z

TomKram:

{{VariableTemplate
|Label=Lifestyle parameters for energy demand
|Description=Lifestyle parameters influence the relationships between economic activities and demand for energy and food
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Lifestyle parameters
|BasedOn=Own estimates
|Source3=
|Reference2=
|ExternalModel=
}}

Income and price elasticities

2014-03-06T14:18:03Z

TomKram:

{{VariableTemplate
|Label=Income, own- and cross- price elasticities of agricultural commodities demand
|Description=Income, own- and cross- price elasticities of agricultural commodities demand
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Lifestyle parameters
|Source=GTAP database
|Source3=
|Reference2=
|ExternalModel=
}}

Income and price elasticities

2014-03-06T14:17:24Z

TomKram: TomKram moved page Income and price elasticities of agricultural commodities demand to Income and price elasticities

{{VariableTemplate
|Label=Income, own- and cross- price elasticities of agricultural commodities demand
|Description=Income, own- and cross- price elasticities of agricultural commodities demand
|Dimension=time, region
|VariableType=driver

|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Lifestyle parameters
|Source=GTAP database
|ExternalModel=
}}

Forest plantation demand

2014-03-06T14:16:03Z

TomKram:

{{VariableTemplate
|Label=Wood plantation area
|Description=Forest plantation area, established on abandoned land.
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|Source=FAO;
|BasedOn=Own estimates
|Source3=
|Reference2=
|ExternalModel=
}}

Forest plantation demand

2014-03-06T14:14:38Z

TomKram: TomKram moved page Wood plantation area to Forest plantation area

{{VariableTemplate
|Label=Wood plantation area
|Description=Wood plantation area
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|BasedOn=???
|ExternalModel=
|Source3=
|Reference2=
}}

Technological change (crops and livestocks)

2014-03-06T14:11:28Z

TomKram:

{{VariableTemplate
|Label=Technological change (crops and livestocks)
|Description=Increase in productivity in crop production (yield/ha) and livestock production (carcass weight, offtake rate)
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|Source=FAO;
|BasedOn=Own estimates
|Source3=
|Reference2=
|ExternalModel=
}}

Production system mix

2014-03-06T14:09:44Z

TomKram:

{{VariableTemplate
|Label=Production system mix for livestock
|Description=Total production is distributed over two systems (intensive: mixed and industrial, extensive: pastoral grazing), with specific intensity, ration and feed conversion ratio
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|BasedOn=Own estimates
|Source3=
|Reference2=
|ExternalModel=
}}

Manure spreading fraction

2014-03-06T14:07:48Z

TomKram:

{{VariableTemplate
|Label=Manure spreading fraction
|Description=Manure spreading fraction - Lex?
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|BasedOn=Lex?
|Source3=
|Reference2=
}}

Livestock rations

2014-03-06T14:06:57Z

TomKram:

{{VariableTemplate
|Label=Livestock ration
|Description=Determines the requirements per feed type (food crops; crop residues; grass and fodder; animal products; scavenging). Requirements are specified per animal type and production system (extensive / intensive).
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|BasedOn=Own estimates
|Source3=
|Reference2=
|ExternalModel=
}}

Livestock rations

2014-03-06T14:05:01Z

TomKram:

{{VariableTemplate
|Label=Livestock ration
|Description=Determines the requirements by feed type (food crops; crop residues; grass and fodder; animal products; scavenging)
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|BasedOn=Own estimates
|Source3=
|Reference2=
|ExternalModel=
}}

Irrigation project efficiency

2014-03-06T14:02:16Z

TomKram:

{{VariableTemplate
|Label=Irrigation project and conveyance efficiency
|Description=...
|Dimension=time
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|Source=PIK
|BasedOn=Hester?
|Source3=
|Reference2=
}}

Irrigation conveyance efficiency

2014-03-06T14:01:48Z

TomKram:

Increase in irrigated area - grid

2014-03-06T13:59:41Z

TomKram:

{{VariableTemplate
|Label=Expansion of irrigated areas
|Description=Expansion of irrigated areas
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|Source=IIASA; FAO;
|BasedOn=Own assumptions for spatial allocation
|Source3=
|Reference2=
|ExternalModel=
}}

Harvest efficiency

2014-03-06T13:57:18Z

TomKram:

{{VariableTemplate
|Label=Forestry drivers
|Description=Desrcribes the volume of wood harvested and removed (per forestry management type).
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|BasedOn=Various sources
|Source3=
|Reference2=
|ExternalModel=
}}

Fertiliser use efficiency

2014-03-06T13:49:08Z

TomKram:

{{VariableTemplate
|Label=Fertilizer use efficiency
|Description=Determines fertilizer requirements per unit harvested product
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|BasedOn=Lex?
|Source3=
|Reference2=
|ExternalModel=
}}

Feed conversion

2014-03-06T13:46:42Z

TomKram:

{{VariableTemplate
|Label=Feed conversion (FCR)
|Description=Determines the feed requirement for cattle, poultry, pigs, sheep and goats
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|BasedOn=Own estimates
|Source3=
|Reference2=
|ExternalModel=
}}
[[IsInputOf::Livestock]]

Animal productivity

2014-03-06T13:45:10Z

TomKram:

{{VariableTemplate
|Label=Animal productivity
|Description=The effective production of livestock commodities per animal per year
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in agriculture and forestry
|BasedOn=Lex?
|Source3=
|Reference2=
|ExternalModel=
}}

Energy resources

2014-03-06T13:41:56Z

TomKram:

{{VariableTemplate
|Label=Energy resources
|Description=Describes the volume per carrier, region and supply cost class, and determines depletion dynamics.
|Dimension=time, region, energy carrier
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Energy resources
|BasedOn=Detlef?
|Reference=Rogner, 1997; Mulders et al., 2006;
|Source3=
|Reference2=
|ExternalModel=
}}

Energy efficiency technology

2014-03-06T13:38:47Z

TomKram:

{{VariableTemplate
|Label=Energy efficiency technology
|Description=Determines the performance with respect to efficiency of end-use technologies
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Technological change in the energy system
|BasedOn=Own assumptions
|Source3=
|Reference2=
|ExternalModel=
}}

Protected area - grid

2014-03-06T13:35:54Z

TomKram:

{{VariableTemplate
|Label=Protected areas
|Description=Map of protected nature areas, limiting human activities
|Dimension=worldgrid
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Environmental and other policies
|Source=WCMC (to be checked with MichelB)
|BasedOn=Own assumptions, derived from polygon maps
|Source3=
|Reference2=
|ExternalModel=
}}
Check Source ????

Protected area - grid

2014-03-06T13:35:35Z

TomKram:

{{VariableTemplate
|Label=Protected areas
|Description=Map of protected nature areas, limiting human activities
|Dimension=worldgrid
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Environmental and other policies
|Source=WCMC (to be checked)
|BasedOn=Own assumptions, derived from polygon maps
|Source3=
|Reference2=
|ExternalModel=
}}
Check Source ????

Energy policy

2014-03-06T13:30:06Z

TomKram:

{{VariableTemplate
|Label=Energy policies
|Description=Policy aimed at issues such as security of energy supply
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Environmental and other policies
|BasedOn=Own assumptions
|Source3=
|Reference2=
|ExternalModel=
}}

Climate target

2014-03-06T13:27:19Z

TomKram:

{{VariableTemplate
|Label=Climate target
|Description=climate policy target, e.g. emissions reduction in line with a certain global temperature change limit
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Environmental and other policies
|BasedOn=Own assumptions
|Source3=
|Reference2=
|ExternalModel=
}}

Biofuel policy

2014-03-06T13:24:30Z

TomKram:

{{VariableTemplate
|Label=Biofuel policy
|Description=Policies to foster the use of biofuels in transport, such as financial incentives and biofuel mandates and obligations.
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Environmental and other policies
|BasedOn=Literature and own assumptions
|Source3=
|Reference2=
}}

Air pollution policy

2014-03-06T13:21:58Z

TomKram:

{{VariableTemplate
|Label=Air pollution policies
|Description=Air pollution policies describe assumed targets for emissions, such as country-wide caps or technoloy specific emission factors.
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Environmental and other policies
|Source=IIASA;
|BasedOn=Own assumptions
|Source3=
|Reference2=
|ExternalModel=
}}

Trade restriction

2014-03-06T13:17:08Z

TomKram:

{{VariableTemplate
|Label=Trade restrictions
|Description=Trade tariffs and barriers limit trade in energy carriers between the TIMER regions
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Trade regimes, tariffs and barriers
|BasedOn=Own assumptions
|Source3=
|Reference2=
|ExternalModel=
}}

Trade policy

2014-03-06T13:15:38Z

TomKram:

{{VariableTemplate
|Label=Trade policy
|Description=Assumed changes in market and non-market instruments that influence trade flows, subject to WTO rules and country and region regulation
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Trade regimes, tariffs and barriers
|BasedOn=Own assumptions
|Source3=
|Reference2=
|ExternalModel=
}}

Timber demand

2014-03-06T13:12:34Z

TomKram:

{{VariableTemplate
|Label=Timber demand
|Description=Demand for roundwood and pulpwood per region
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Economic development
|Source=FAO;
|Source3=
|Reference2=
|ExternalModel=
}}

Sector value added

2014-03-06T13:06:12Z

TomKram:

{{VariableTemplate
|Label=Sector Value added
|Description=Value Added per sector: industry (IVA), services (SVA) and agriculture (AVA)
|Dimension=time, region
|Unit=US$ (2005) per yr
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Economic development
|Source=OECD; CPB
|Source3=
|Reference2=
|ExternalModel=
}}

Labour supply

2014-03-06T13:00:41Z

TomKram:

{{VariableTemplate
|Label=Labor supply
|Description=Effective supply of labor input to support economic activities, accounting for participation rate by relevant age cohorts
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Economic development
|BasedOn=Dmographis: population by age cohort times participation rate, corrected for skill level
|Source3=
|Reference2=
|ExternalModel=
}}

GDP per capita - grid

2014-03-06T12:48:56Z

TomKram:

{{VariableTemplate
|Label=GDP per capita per gridcell
|Description=Scaled down from GDP per capita per country using downscaled population per grid cell.
|Dimension=time, worldgrid
|Unit=per gridcell
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Economic development
|Source=OECD;
|BasedOn=Own downscaling
|Source3=
|Reference2=
|ExternalModel=
}}

Capital supply

2014-03-06T12:46:52Z

TomKram:

{{VariableTemplate
|Label=Capital supply
|Description=Capital available to replace depreciated stock and expand the stock to support economic growth
|Dimension=time, region
|VariableType=driver
|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Economic development
|Source=GTAP database;
|Source3=
|Reference2=
|ExternalModel=
}}

Urban population fraction

2014-03-06T12:41:21Z

TomKram: TomKram moved page Fraction of urban population to Urban population fraction

{{VariableTemplate
|Label=urbanisation
|Description=Urban/rural split of population
|Dimension=time, region
|Unit=fraction
|VariableType=driver

|Source2=
|BasedOn2=
|Reference2=
|DriverGroup=Population projections
|Source=UN; IIASA
|ExternalModel=
}}

PQ3 (CG)

2014-02-11T09:15:03Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=How strongly will agriculture affect the Earth System with respect to carbon, water and nutrient cycles?
|BelongsToComponent=Crop and grass
|BelongsToTheme=Multiple themes
|ThemeItem=Agricultural land use; Land cover qqq; Water stress
|ThemeItem=Agricultural land use; Land cover qqq; Water stress
|ThemeItem=Agricultural land use; Land cover qqq; Water stress
|ThemeItem=Agricultural land use; Land cover qqq; Water stress
|ThemeItem=Agricultural land use; Land cover qqq; Water stress
|ThemeItem=Agricultural land use; Land cover qqq; Water stress
|ThemeItem=Agricultural land use; Land cover qqq; Water stress
|ThemeItem=Agricultural land use; Land cover qqq; Water stress
|Keyword=Agriculture; Animal husbandry; Carbon storage; Manure; Waste; Water
}}

PQ2 (CG)

2014-02-11T09:13:04Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=How can management improve agricultural land productivity under current and possible future constraints on water availability?
|BelongsToComponent=Crop and grass
|BelongsToTheme=Multiple themes
|ThemeItem=Agricultural land use; Water stress
|ThemeItem=Agricultural land use; Water stress
|ThemeItem=Agricultural land use; Water stress
|ThemeItem=Agricultural land use; Water stress
|ThemeItem=Agricultural land use; Water stress
|ThemeItem=Agricultural land use; Water stress
|ThemeItem=Agricultural land use; Water stress
|ThemeItem=Agricultural land use; Water stress
|Keyword=Agriculture; Water
}}

PQ2 (CP)

2014-02-11T09:09:58Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=What are the regional and countries’ reduction targets or emission allowances resulting from effort-sharing approaches in order to meet a global GHG emission pathway? What are implications in terms of abatement costs and emissions trading between regions and countries?
|BelongsToComponent=Climate policy
|BelongsToTheme=Climate
|ThemeItem=GHG emissions qqq; Other climate
|ThemeItem=GHG emissions qqq; Other climate
|ThemeItem=GHG emissions qqq; Other climate
|ThemeItem=GHG emissions qqq; Other climate
|ThemeItem=GHG emissions qqq; Other climate
|ThemeItem=GHG emissions qqq; Other climate
|ThemeItem=GHG emissions qqq; Other climate
|ThemeItem=GHG emissions qqq; Other climate
|Keyword=Economics; GHG emissions; Geography; Governance; Trade-Services
}}

PQ1 (CP)

2014-02-11T09:08:41Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=What global GHG emissions pathways are consistent with meeting the 2 degrees climate target; what is the optimal timing of emissions reductions? What are the cost-effective emission reductions amongst regions, sectors and GHGs?
|BelongsToComponent=Climate policy
|BelongsToTheme=Climate
|ThemeItem=Climate change; GHG emissions qqq; Other climate
|ThemeItem=Climate change; GHG emissions qqq; Other climate
|ThemeItem=Climate change; GHG emissions qqq; Other climate
|ThemeItem=Climate change; GHG emissions qqq; Other climate
|ThemeItem=Climate change; GHG emissions qqq; Other climate
|ThemeItem=Climate change; GHG emissions qqq; Other climate
|ThemeItem=Climate change; GHG emissions qqq; Other climate
|ThemeItem=Climate change; GHG emissions qqq; Other climate
|Keyword=Climate; Economics; GHG emissions; Geography
}}

PQ4 (CP)

2014-02-11T09:04:49Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=What are the trade-offs between mitigation costs, adaptation costs, and the benefits of reduced climate change damages; how is this determined by uncertainty in cost estimates and time preference? How effective are different climate financing proposals?
|BelongsToComponent=Climate policy
|BelongsToTheme=Climate
|ThemeItem=Climate adaptation; Climate impacts; Climate mitigation; Other climate
|ThemeItem=Climate adaptation; Climate impacts; Climate mitigation; Other climate
|ThemeItem=Climate adaptation; Climate impacts; Climate mitigation; Other climate
|ThemeItem=Climate adaptation; Climate impacts; Climate mitigation; Other climate
|ThemeItem=Climate adaptation; Climate impacts; Climate mitigation; Other climate
|ThemeItem=Climate adaptation; Climate impacts; Climate mitigation; Other climate
|ThemeItem=Climate adaptation; Climate impacts; Climate mitigation; Other climate
|ThemeItem=Climate adaptation; Climate impacts; Climate mitigation; Other climate
|Keyword=Climate; Economics; Governance
}}

PQ1 (ACC)

2014-02-11T09:03:11Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=How will the global climate change in this century in the absence of additional mitigation policies and measures?
|BelongsToComponent=Atmospheric composition and climate
|BelongsToTheme=Climate
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|Keyword=Climate; Environmental policy; Governance
}}

PQ2 (ACC)

2014-02-11T09:02:30Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=By how much can climatic change be reduced under alternative emission scenario’s, notably those aiming to significantly reduce net greenhouse gas emissions?
|BelongsToComponent=Atmospheric composition and climate
|BelongsToTheme=Climate
|ThemeItem=Climate change; Climate mitigation; GHG emissions qqq
|ThemeItem=Climate change; Climate mitigation; GHG emissions qqq
|ThemeItem=Climate change; Climate mitigation; GHG emissions qqq
|ThemeItem=Climate change; Climate mitigation; GHG emissions qqq
|ThemeItem=Climate change; Climate mitigation; GHG emissions qqq
|ThemeItem=Climate change; Climate mitigation; GHG emissions qqq
|ThemeItem=Climate change; Climate mitigation; GHG emissions qqq
|ThemeItem=Climate change; Climate mitigation; GHG emissions qqq
|Keyword=Climate; GHG emissions; Governance
}}

PQ3 (ACC)

2014-02-11T09:01:37Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=How can geographical patterns of temperature and precipitation change as a result of a higher global mean temperature, accounting for uncertainty in patterns projected by complex climate models?
|BelongsToComponent=Atmospheric composition and climate
|BelongsToTheme=Climate
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|ThemeItem=Climate change
|Keyword=Climate; Geography
}}

PQ3 (AB)

2014-02-11T09:00:07Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=How will policies and measures to reduce the key pressure factors, and contribute to meeting the internationally agreed targets of the UN Convention on Biodiversity (CBD)?
|BelongsToComponent=Aquatic biodiversity
|BelongsToTheme=Multiple themes
|ThemeItem=Aquatic biodiversity qqq; Water quality; Water stress
|ThemeItem=Aquatic biodiversity qqq; Water quality; Water stress
|ThemeItem=Aquatic biodiversity qqq; Water quality; Water stress
|ThemeItem=Aquatic biodiversity qqq; Water quality; Water stress
|ThemeItem=Aquatic biodiversity qqq; Water quality; Water stress
|ThemeItem=Aquatic biodiversity qqq; Water quality; Water stress
|ThemeItem=Aquatic biodiversity qqq; Water quality; Water stress
|ThemeItem=Aquatic biodiversity qqq; Water quality; Water stress
|Keyword=Biodiversity; Food-Drinking water
}}

PQ1 (AB)

2014-02-11T08:58:16Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=How will the biodiversity state in fresh water bodies develop in the absence of additional polices and measures?
|BelongsToComponent=Aquatic biodiversity
|BelongsToTheme=Multiple themes
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|Keyword=Biodiversity; Natural areas-Landscape-Ecosystems; Water
}}

PQ1 (APEP)

2014-02-11T08:57:00Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=How do energy policies contribute to achieving economic and social development; and how do they support or hamper more sustainable futures?
|BelongsToComponent=Air pollution and energy policies
|BelongsToTheme=Multiple themes
|ThemeItem=Air quality; Climate mitigation; Energy demand qqq
|ThemeItem=Air quality; Climate mitigation; Energy demand qqq
|ThemeItem=Air quality; Climate mitigation; Energy demand qqq
|ThemeItem=Air quality; Climate mitigation; Energy demand qqq
|ThemeItem=Air quality; Climate mitigation; Energy demand qqq
|ThemeItem=Air quality; Climate mitigation; Energy demand qqq
|ThemeItem=Air quality; Climate mitigation; Energy demand qqq
|ThemeItem=Air quality; Climate mitigation; Energy demand qqq
|Keyword=Economics; Energy; Social aspects-Population
}}

PQ2 (APEP)

2014-02-11T08:55:25Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=How can the main goals: affordable, clean and reliable energy for all be pursued, accounting for possible synergies and trade-off?
|BelongsToComponent=Air pollution and energy policies
|BelongsToTheme=Multiple themes
|ThemeItem=Air quality; Energy demand qqq
|ThemeItem=Air quality; Energy demand qqq
|ThemeItem=Air quality; Energy demand qqq
|ThemeItem=Air quality; Energy demand qqq
|ThemeItem=Air quality; Energy demand qqq
|ThemeItem=Air quality; Energy demand qqq
|ThemeItem=Air quality; Energy demand qqq
|ThemeItem=Air quality; Energy demand qqq
|Keyword=Air; Climate; Disasters-Accidents-Risk; Energy; Governance
}}

PQ2 (TB)

2014-02-10T15:38:45Z

TomKram:

{{KeyPolicyQuestionTemplate
|HasDescription=What are the most important pressure factors behind the loss of aquatic biodiversity?
|BelongsToComponent=Aquatic biodiversity; Terrestrial biodiversity;
|BelongsToTheme=Multiple themes
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|ThemeItem=Aquatic biodiversity qqq; Land cover qqq; Water quality
|Keyword=Biodiversity; Water
}}

PQ2 (AB)

2014-02-10T15:38:45Z

TomKram: