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Immediate CO2 emission reductions are primarily achieved through improvements in power generation, passenger transport and land use in national pathways to net zero. Technical solutions already exist in these sectors and the policies needed to accelerate their deployment are often well identified in each country
Measures designed to address CO2 emissions are not sufficient to reduce non-CO2 emissions from agriculture in national pathways to net zero. Targeted actions on non-CO2 gases require a country-driven approach to the transformation of the agriculture sector
Measures designed to address CO2 emissions are not sufficient to reduce non-CO2 emissions from agriculture in national pathways to net zero. Targeted actions on non-CO2 gases require a country-driven approach to the transformation of the agriculture sector
The land use sector is instrumental in national pathways to net zero, serving as a key provider of carbon sinks up until and beyond 2050. Country-specific approaches are needed to ensure that mitigation compatible with the sector’s other core functions
Due to constraints on its potential and challenges affecting the deployment timelines, Carbon Capture and Storage (CCS) will make a limited contribution to cumulative emissions reductions by 2050 across all national pathways to net zero. In some countries, it may be able to serve as a supplementary mitigation strategy around the mid-century to achieve carbon neutrality.
National pathways to net zero necessitate a relentless decrease in the direct use of fossil fuels by the mid-century, aligning with domestic socio-economic priorities. These trends particularly require country-driven shifts in infrastructure and organizations to reduce energy needs for development objectives.
As a member of the IKI-LTS Project consortium, the DDP initiative participated in the international convening ‘2050 is Now’: Aligning Climate Action with Long-Term Climate and Development Goals in Jakarta, Indonesia.
Tempus Analítica was invited by the WRI Mexico along other research groups to present modeling approaches to climate policies and strengthen the local modeling community.
This paper analyses the role that AFOLU (agriculture, forest and other land use) plays in national deep decarbonization scenarios in Brazil, India and Indonesia between 2020 and 2050. It finds that the LULUCF (land use, land use change and forestry) subsector is important for medium-term mitigation (2020–2030) while continuing to contribute to mitigation over the long-term (2030–2050) in the three countries.
This paper analyses the role that AFOLU (agriculture, forest and other land use) plays in national deep decarbonization scenarios in Brazil, India and Indonesia between 2020 and 2050. It finds that the LULUCF (land use, land use change and forestry) subsector is important for medium-term mitigation (2020–2030) while continuing to contribute to mitigation over the long-term (2030–2050) in the three countries. Mitigation actions in LULUCF include drastically reducing deforestation (Brazil, Indonesia) and peat degradation (Indonesia), re-/afforestation (all), increased sequestration in standing forests (Brazil, Indonesia) and increasing soil carbon in agricultural lands (India).

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