Browse data: KeyPolicyQuestion

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KeyPolicyQuestion > Component : Atmospheric composition and climate or Carbon cycle and natural vegetation or Crops and grass or Energy demand or Human development or Nutrients or Water or None or None or None

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Theme:
Agricultural land use (Land use) (2) · Climate change (Climate) (4) · Climate impacts (Climate) (1) · Climate mitigation (Climate) (1) · Crop production (Food) (2) · Degradation (Land use) (1) · Energy demand (Energy) (3) · Energy emissions (Energy) (1) · Energy system (Energy) (1) · GHG emissions (Climate) (5) · Human development (HD) (3) · Irrigation (Water) (2) · Land cover (NB) (1) · Other climate (Climate) (1) · Other land use (Land use) (1) · Water quality (Water) (1) · Water stress (Water) (5)

Showing below up to 21 results in range #1 to #21.

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  1. PQ1 (ACC) (Atmospheric composition and climate, What would be the impact of global climate change in this century without additional mitigation policies and measures?)
  2. PQ1 (CG) (Crops and grass, How will climate change affect the productivity of current and future agricultural areas?)
  3. PQ1 (ED) (Energy demand, How will energy demand evolve particularly in emerging and medium- and low-income economies?)
  4. 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?)
  5. PQ1 (HD) (Human development, What are the key future trends in human development, such as those targeted by the Millennium Development Goals (MDGs)?)
  6. PQ1 (N) (Nutrients, How will the increasing use of fertilisers affect terrestrial and marine ecosystems, with possible consequences for human health?)
  7. PQ1 (NVCC) (Carbon cycle and natural vegetation, What is the role of the terrestrial biosphere in the global carbon cycle, how will it change in time as a result of climate and land-use change?)
  8. 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?)
  9. PQ2 (CG) (Crops and grass, How could management improve agricultural productivity under current and future water constraints?)
  10. PQ2 (ED) (Energy demand, What is the mix of end-use energy carriers to meet future energy demand?)
  11. PQ2 (H) (Water, What is the potential of adaptation measures to reduce water stress and water-related crop production losses?)
  12. PQ2 (HD) (Human development, How are changes in the global environment likely to affect human development?)
  13. PQ2 (N) (Nutrients, To what extent can the negative impacts be reduced by more efficient nutrient management and wastewater treatment, while retaining the positive effects on food production and land productivity?)
  14. PQ2 (NVCC) (Carbon cycle and natural vegetation, To what extent can the terrestrial biosphere contribute to reducing the accumulation of CO2 in the atmosphere and what are viable mechanisms?)
  15. 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?)
  16. PQ3 (CG) (Crops and grass, How will agriculture affect the Earth system with respect to carbon emissions, freshwater availability and nutrient cycles?)
  17. PQ3 (ED) (Energy demand, How can energy efficiency contribute to reducing the growth rate of energy demand and mitigate pressures on the global environment?)
  18. PQ3 (H) (Water, How can water demand be reduced and still provide the adequate service levels to the sectors with the highest demand?)
  19. PQ3 (HD) (Human development, How is improved access to food, water and energy likely to contribute to human development?)
  20. PQ3 (NVCC) (Carbon cycle and natural vegetation, What opportunities exist to reduce land-use related carbon emissions (e.g. REDD) and even enhance the carbon uptake through the establishment of new forests.)
  21. PQ3(NVCC) (Carbon cycle and natural vegetation, What are the contributions of land-use change, climate change and CO2 fertilization on the future carbon cycle and how can these be considered in climate policies?)

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