Exploring future changes in land use and land condition and the impacts on food, water, climate change and biodiversity: Scenarios for the UNCCD Global Land Outlook
Publication year
Resource type
UNCCD Library
Material Type
Book
Land is a major overarching theme connecting the three Rio Conventions covering climate change (UNFCCC), biodiversity (CBD), and desertification and land degradation (UNCCD). Land management plays a key role in attaining their goals and targets. Furthermore, a large number of the Sustainable Development Goals have strong links to land and land management, and trade-offs between sustainability ambitions often materialise on land.
This study provides scenario projections for the Global Land Outlook, which is developed by the secretariat of the UN Convention to Combat Desertification (UNCCD). The aim is to explore how various demands on land are expected to change under alternative future developments up to 2050, how that will affect the challenges facing global sustainability ambitions, and to what extent land degradation may exacerbate these challenges. The study provides policymakers with quantitative information on the order of magnitude of future change to the land system, and can support discussion on policy priorities and interventions, within the UNCCD and other institutions.
Scenario projections for the UNCCD's Global Land Outlook
The PBL-study explores how various demands on land are expected to change under alternative future developments up to 2050, how that will affect the challenges facing global sustainability ambitions, and the extent to which land degradation may exacerbate these challenges. It provides policymakers with quantitative information on the order of magnitude of future change to the land system, and may support the debate on policy priorities and interventions.
Largest challenges for Sub-Saharan Africa, Middle East/Northern Africa and South Asia
These regions are characterised by a combination of land-related challenges which are much more serious than those faced by other regions. These consist of high levels of population growth (also in drylands), low current levels of GDP per capita, generally low crop yields, intense pressure on agricultural expansion, marked increases in water stress, and a dependency on food imports from other regions.
Negative trends in productivity and soil condition due to land management practices are most severe in Sub-Saharan Africa. In all three regions, the strongly increasing pressure on land makes land management key to maintain ecosystem functions for the benefit of 4.9agriculture and the water cycle.
This study was conducted at the request of the Executive Secretary of the United Nations Convention to Combat Desertification (UNCCD) in support of the Global Land Outlook. The research and modelling was developed by PBL in cooperation with many experts from various institutions, including Wageningen University, Utrecht University, Joint Research Centre of the European Commission, Wageningen Economic Research, and ISRIC World Soil Information.
This study provides scenario projections for the Global Land Outlook, which is developed by the secretariat of the UN Convention to Combat Desertification (UNCCD). The aim is to explore how various demands on land are expected to change under alternative future developments up to 2050, how that will affect the challenges facing global sustainability ambitions, and to what extent land degradation may exacerbate these challenges. The study provides policymakers with quantitative information on the order of magnitude of future change to the land system, and can support discussion on policy priorities and interventions, within the UNCCD and other institutions.
Scenario projections for the UNCCD's Global Land Outlook
The PBL-study explores how various demands on land are expected to change under alternative future developments up to 2050, how that will affect the challenges facing global sustainability ambitions, and the extent to which land degradation may exacerbate these challenges. It provides policymakers with quantitative information on the order of magnitude of future change to the land system, and may support the debate on policy priorities and interventions.
Largest challenges for Sub-Saharan Africa, Middle East/Northern Africa and South Asia
These regions are characterised by a combination of land-related challenges which are much more serious than those faced by other regions. These consist of high levels of population growth (also in drylands), low current levels of GDP per capita, generally low crop yields, intense pressure on agricultural expansion, marked increases in water stress, and a dependency on food imports from other regions.
Negative trends in productivity and soil condition due to land management practices are most severe in Sub-Saharan Africa. In all three regions, the strongly increasing pressure on land makes land management key to maintain ecosystem functions for the benefit of 4.9agriculture and the water cycle.
This study was conducted at the request of the Executive Secretary of the United Nations Convention to Combat Desertification (UNCCD) in support of the Global Land Outlook. The research and modelling was developed by PBL in cooperation with many experts from various institutions, including Wageningen University, Utrecht University, Joint Research Centre of the European Commission, Wageningen Economic Research, and ISRIC World Soil Information.
Keywords
land use
Sustainable Development Goals (SDGs)
risk assessment
governance
land degradation
ecosystems restoration
desertification
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