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The Badolo FoodResilience scientific framework for advancing food security resilience to climate change in sub-Saharan Africa

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In Sub-Saharan Africa, food security resilience to climate acceleration will require new resilience policies for this sector based on the concepts of climate change indirect impacts, climate change residual vulnerabilities, climate change residual impacts, subdivision of climate change resilience trajectories, climate change partial resilience configurations, climate change vulnerability indicators and climate change resilience markers. Specifically, these new resilience policies will subdivide the complex food security resilience to climate change trajectories into several resilience trajectories segments of less complexity, to achieve successive partial resilience configurations, on the basis of contextual specificities, capacities and resilience needs. Food security partial resilience configurations are specific resilience achievements that are less complex to achieve and are marked by specific subsets of climate change impacts on food security mitigation.In this article, we propose Badolo FoodResilience scientific framework for more relevant and more efficient food security resilience to climate change policies in the context of Sub-Saharan Africa. It includes bodies of information and a resilience scheme for food security resilience to climate change trajectories. The resilience scheme of the proposed scientific framework includes successive resilience trajectories segments to achieve partial resilience configurations, based on contextual specificities, capacities and resilience needs. Fundamentally, the Badolo FoodResilience scientific framework is a participatory and inclusive tool for innovative food security climate change resilience policies that plan and achieve desired progress in food security resilience to climate change, following contextual specificities, capacities and resilience needs.
Center for Open Science
Title: The Badolo FoodResilience scientific framework for advancing food security resilience to climate change in sub-Saharan Africa
Description:
In Sub-Saharan Africa, food security resilience to climate acceleration will require new resilience policies for this sector based on the concepts of climate change indirect impacts, climate change residual vulnerabilities, climate change residual impacts, subdivision of climate change resilience trajectories, climate change partial resilience configurations, climate change vulnerability indicators and climate change resilience markers.
Specifically, these new resilience policies will subdivide the complex food security resilience to climate change trajectories into several resilience trajectories segments of less complexity, to achieve successive partial resilience configurations, on the basis of contextual specificities, capacities and resilience needs.
Food security partial resilience configurations are specific resilience achievements that are less complex to achieve and are marked by specific subsets of climate change impacts on food security mitigation.
In this article, we propose Badolo FoodResilience scientific framework for more relevant and more efficient food security resilience to climate change policies in the context of Sub-Saharan Africa.
It includes bodies of information and a resilience scheme for food security resilience to climate change trajectories.
The resilience scheme of the proposed scientific framework includes successive resilience trajectories segments to achieve partial resilience configurations, based on contextual specificities, capacities and resilience needs.
Fundamentally, the Badolo FoodResilience scientific framework is a participatory and inclusive tool for innovative food security climate change resilience policies that plan and achieve desired progress in food security resilience to climate change, following contextual specificities, capacities and resilience needs.

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