Browse data: KeyPolicyQuestion
KeyPolicyQuestion > Component 
:
Air pollution and energy policies or
Atmospheric composition and climate or
Energy conversion or
Energy demand or
Energy supply and demand or
Land degradation or
Water
:
Air pollution and energy policies or
Atmospheric composition and climate or
Energy conversion or
Energy demand or
Energy supply and demand or
Land degradation or
Water Click on one or more items below to narrow your results.
Component: (Click arrow to add another value)
Theme:
Air quality (Air pollution) (2) ·
Climate change (Climate) (4) ·
Climate mitigation (Climate) (4) ·
Crop production (Food) (1) ·
Degradation (Land use) (3) ·
Energy demand (Energy) (6) ·
Energy emissions (Energy) (2) ·
Energy system (Energy) (2) ·
GHG emissions (Climate) (1) ·
Irrigation (Water) (2) ·
Other energy (Energy) (5) ·
Terrestrial biodiversity (NB) (1) ·
Water stress (Water) (3)
Showing below up to 19 results in range #1 to #19.
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- PQ1 (ACC) (Atmospheric composition and climate, What would be the impact of global climate change in this century without additional mitigation policies and measures?)
- PQ1 (APEP) (Air pollution and energy policies, How do energy policies contribute to economic and social development, and how do they support or hamper a more sustainable future?)
- PQ1 (EC) (Energy conversion, What is the potential role of energy conversion sector, particularly in power production, in achieving a more sustainable energy system?)
- PQ1 (ED) (Energy demand, How will energy demand evolve particularly in emerging and medium- and low-income economies?)
- PQ1 (ESD) (Energy supply and demand, How can energy supply and demand become more sustainable, balancing human development, security of supply, and concerns about climate change and air pollution?)
- PQ1 (H) (Water, What is the combined effect of climate change and socio-economic development on water demand and availability, and on associated agricultural production?)
- PQ1 (LD) (Land degradation, In what parts of the world have human-induced changes in land and soil conditions occurred?)
- PQ2 (ACC) (Atmospheric composition and climate, To what extent would the various scenarios to significantly reduce net greenhouse gas emissions lead to a reduction in climate change?)
- PQ2 (APEP) (Air pollution and energy policies, How can the goals for affordable, clean and reliable energy be achieved taking into account possible synergies and trade-offs?)
- PQ2 (EC) (Energy conversion, What are the potential roles of individual technologies, such as carbon capture and storage (CCS), nuclear power, hydrogen and renewable energy?)
- PQ2 (ED) (Energy demand, What is the mix of end-use energy carriers to meet future energy demand?)
- PQ2 (ESD) (Energy supply and demand, What transitions in the energy system would meet long-term climate goals?)
- PQ2 (H) (Water, What is the potential of adaptation measures to reduce water stress and water-related crop production losses?)
- PQ2 (LD) (Land degradation, What are the future risks of soil degradation?)
- PQ3 (ACC) (Atmospheric composition and climate, To what extent does the uncertainty of geographical patterns in temperature and precipitation change influence future climate impacts and response strategies?)
- 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 (ESD) (Energy supply and demand, How are these strategies affected by uncertainties in the energy system?)
- PQ3 (H) (Water, How can water demand be reduced and still provide the adequate service levels to the sectors with the highest demand?)
- PQ3 (LD) (Land degradation, To what extent are ecosystem functions lost by soil degradation, adding to local and global concerns about food security, biodiversity loss and climate change?)
