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Livelihoods-climate linkages for different groups within the community


Key Questions:
  • Which social or economic groups within the community are particularly vulnerable to climate change?
  • Which resources are most important to the livelihoods of different social groups, including men, women and marginalised groups?
  • How do current climate hazards affect livelihoods and related resources of different groups?
  • Which livelihoods resources are most vulnerable to climate change?
  • Are current coping strategies used by different groups to deal with climate hazards effective? Are they sustainable?
  • Do current coping strategies differ from the ones used in the past? If yes, why?
  • Which livelihood resources are needed to build longer-term adaptive capacity?
  • What opportunities exist for diversification of livelihoods? What are the constraints to diversification for different groups?

The analysis of livelihoods-climate linkages aims to enhance greater understanding about the impacts of climate variability and change on important livelihood resources and activities in the project area. A key step is identification of particularly vulnerable livelihood groups and/or economic sectors. This process will ideally use a combination of secondary research and primary research, including participatory analysis. Particularly vulnerable economic sectors may include but not be limited to agriculture, fisheries and pastoralism. Identification of vulnerable groups must take into account socio-political questions which may shape people’s ability to adapt to climate change. Particular attention should be paid to gender differences in adaptive capacity, but this should not preclude a focus on other factors that may increase vulnerability.

To sustain their livelihoods, people use a wide range of social, physical, natural, financial and human resources. To analyse livelihoods-climate linkages, those resources most important to livelihoods and short-term coping and longer-term adaptation must be identified, keeping in mind that different groups will rely on different resources. Using this information, you can then think about how the climate context described in the previous step affects livelihoods both today and in the future. This analysis must be considered for different economic and social groups within the community.

Adaptation strategies should build on existing coping strategies where appropriate. However, in many cases, the most vulnerable people are employing coping strategies which are neither effective nor sustainable over the longer term. This step of the analysis must incorporate identification of current coping strategies, and an evaluation of their effectiveness and longer-term sustainability. This will serve to identify those positive coping strategies which can be used as a foundation for adaptation, and to better understand the types of alternatives that are needed to adapt to a changing climate.

For example, investment in early warning systems and training are crucial elements of enhancing livelihood resilience; and financial resources, such as credit and insurance, are vital for recovery and long-term adaptation. This analysis also includes identification of potential opportunities for diversification of livelihoods, particularly to strategies that are not agriculture-based. Consideration of the impacts of climate change and of adaptation measures on natural resources will facilitate the identification of strategies that improve the resilience of natural systems as well as of people.

CVCA handbook tools such as the hazard map and the vulnerability matrix are helpful in gathering this information from different groups within the community, and the CRiSTAL tool provides a useful structure for organising and analysing this information.

Key Questions: Climate linkages for water projects
  • What are the current water availability, collection and usage patterns for different groups within the community?
  • Which groups within the community may be particularly vulnerable to water stress?
  • What are the impacts of current climate hazards on water availability, quality and demand?
  • How effective and sustainable are current coping strategies for water stress?
  • How may water availability, quality and demand change in future as a result of climate change (based on scientific projections and data)?
Key Questions: Climate linkages for agriculture projects
  • Which livelihood groups, crops, or species may be particularly vulnerable to climate variability and change?
  • Which livelihoods resources are most important to agriculture and adaptation?
  • What is the impact of current climate hazards (including changing conditions) on agriculture?
  • How effective and sustainable are current coping strategies for livelihoods?
  • What will be the impact of future climate hazards on resources important to agriculture and adaptation?
  • What opportunities exist for diversification, both within agriculture and to non-agricultural livelihoods strategies?
  • What resources may be necessary for different groups to diversify both within and outside agriculture?


Useful Resource:
CARE Household Livelihood Security Assessment Toolkit: A Toolkit for Practitioners
This toolkit helps project practitioners to analyze and understand the web of poverty and people’s mechanisms for dealing with it. It is useful for understanding how people are using livelihoods resources, providing a foundation for analyzing livelihoods-climate linkages.


Project Example: Initially, the analysis for the LEAD Project in Ghana did not discuss specific crops or technologies being used by target populations and how these are or aren’t appropriate to current and projected climate conditions. Using the CRiSTAL tool, the project team was able to break down livelihoods strategies to consider the resources that were most important to people, and how these resources are affected by climate change. They could then identify strategies, such as dry season gardening combined with micro-irrigation, that would increase sustainability of livelihoods even in the context of changing rainfall patterns and increasing droughts.