Browse data: KeyPolicyQuestion
KeyPolicyQuestion > Component 
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Aquatic biodiversity or
Energy demand or
IMAGE framework summary or
Land-use allocation or
Livestock systems or
Terrestrial biodiversity or
None
:
Aquatic biodiversity or
Energy demand or
IMAGE framework summary or
Land-use allocation or
Livestock systems or
Terrestrial biodiversity or
None Click on one or more items below to narrow your results.
Component: (Click arrow to add another value)
Theme:
Agricultural land use (Land use) (1) ·
Air quality (Air pollution) (3) ·
Animal husbandry (Food) (3) ·
Aquatic biodiversity (NB) (7) ·
Climate change (Climate) (2) ·
Crop production (Food) (1) ·
Energy demand (Energy) (3) ·
Energy emissions (Energy) (1) ·
Energy system (Energy) (1) ·
Forestry (Land use) (1) ·
GHG emissions (Climate) (1) ·
Human development (HD) (2) ·
Land cover (NB) (1) ·
Land use system (Land use) (1) ·
Nutrition and diet (Food) (2) ·
Other air pollution (Air pollution) (1) ·
Terrestrial biodiversity (NB) (5) ·
Trade (Food) (1) ·
Water quality (Water) (3) ·
Water stress (Water) (1)
Showing below up to 18 results in range #1 to #18.
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- PQ1 (AB) (Aquatic biodiversity, How will the biodiversity in freshwater bodies develop in the absence of additional policies and measures?)
- PQ1 (AS) (Land-use allocation, How will changes in agricultural demand and trade affect future land-use patterns?)
- PQ1 (ED) (Energy demand, How will energy demand evolve particularly in emerging and medium- and low-income economies?)
- PQ1 (IF) (IMAGE framework summary, How could global environmental issues such as climate change, biodiversity loss and air pollution evolve?)
- PQ1 (LS) (Livestock systems, What are the impacts of increasing livestock production on land use, greenhouse gases and other emissions to air and surface water?)
- PQ1 (TB) (Terrestrial biodiversity, What is the future rate of terrestrial biodiversity loss in the absence of additional policies and measures?)
- PQ2 (AB) (Aquatic biodiversity, What are the key pressure factors causing loss of aquatic biodiversity?)
- PQ2 (AS) (Land-use allocation, How will land-use regulation, such as protected areas and REDD schemes, affect future land use and the impacts of land-use change?)
- PQ2 (ED) (Energy demand, What is the mix of end-use energy carriers to meet future energy demand?)
- PQ2 (IF) (IMAGE framework summary, What are the consequences of these changes for international targets for biodiversity protection (addressed by the CBD), climate change (UNFCCC) and human development (addressed by the Millennium Development Goals and Sustainable Development Goals)?)
- PQ2 (LS) (Livestock systems, How does the use of marginal lands for grazing increase the risk of degradation and loss of productivity, inducing more forest clearing?)
- PQ2 (TB) (Terrestrial biodiversity, What are the key pressure factors causing biodiversity loss?)
- PQ3 (AB) (Aquatic biodiversity, How will policies and measures to reduce the key pressure factors contribute to meeting the internationally agreed targets of the UN Convention on Biological Diversity (CBD)?)
- PQ3 (AS) (Land-use allocation, How can agricultural intensification increase global food production, and what policies will contribute to this?)
- PQ3 (ED) (Energy demand, How can energy efficiency contribute to reducing the growth rate of energy demand and mitigate pressures on the global environment?)
- PQ3 (IF) (IMAGE framework summary, How could response strategies limit environmental pressures and foster more sustainable development?)
- PQ3 (TB) (Terrestrial biodiversity, How will nature conservation policies and measures to reduce the key pressure factors of biodiversity loss contribute to meeting the targets of the UN Convention on Biological Diversity (CBD)?)
- PQ4 (IF) (IMAGE framework summary, What are the linkages between components of environmental change and human development? What are key uncertainties?)
