Dissemination of improved cookstoves in the Far North Region

The promotion and use of Foyer Amélioré (FA) is one of the mitigation strategies used by GIZ/ECO Consult to reduce pressure on the timber forest resource in the Far North, as their use reduces household wood consumption and related expenditure.The dissemination and use of Foyer Amélioré Trois pierres (FA3P) and Foyer Amélioré bil-bil in the Far North region since 2015 has enabled a significant and rapid reduction in wood-energy consumption.

Dissemination of the FA3P essentially targets rural and peri-urban areas where wood is the only source of combustion (over 95% of the population depend on it) and building materials are locally available and free of charge, whereas the FA Bil-bil targets rural and urban areas due to the presence of wood-using Small and Medium Enterprises.

  • Dissemination strategy with an organizational structure consisting of 2 coordinators supervising 20 relay trainers;
  • Low FA3P construction costs;
  • Involvement of partner organizations (Ministère des Forêts et de la Faune (MINFOF), Ministère de l'Environnement de la Protection de la Nature et du Développement Durable (MINEPDED) and Lutheran World Federation-LWF).
  • On a technical level, it should be remembered that in general, before the actual training sessions, awareness-raising must be meticulously carried out to convince people of the merits of making and using FA3Ps.
  • On an organizational level, the development and implementation of a new FA dissemination strategy with the deployment in the field of a staff comprising 2 Coordinators supervising 20 Trainer-Relays since November 2018 has enabled a considerable increase in the number of FA3Ps built in households.
  • The lack of a financing mechanism for the FA bil-bil of SMEs is an obstacle to the spread of this type of fireplace;
  • The FA3P made from clay and dung can last up to 1 year. It can be easily repaired or rebuilt by the users themselves, provided they were trained when the first one was built;
  • A verification protocol for the FA3Ps built has been set up to assess and control the quality of the stoves built.
Carbonization of sawmill waste in the Eastern Region

The East Cameroon Region is the country's main forest region. It has 24 wood processing units, generating around 500,000 m3 of scrap wood per year.

The carbonization of sawmill waste has gradually been introduced, given the enormous waste observed in wood processing (material yield of 35%).

Support consisted in organizing and structuring producer groups. Once these producer groups had been legally recognized, efforts were made to sign sawmill scrap agreements with raw material holders, in order to secure the supply of scrap wood to charcoal makers.

The professionalization of charcoal makers in the production chain has focused on the development and implementation of Environmental Impact Notices for charcoal-making activities, and training in improved charcoal-making techniques. It also involved facilitating access to the secure transport documents needed to bring coal to market.

An institutional framework for monitoring the value chain has been set up at regional level, to ensure the improvement of framework conditions for the value chain.

  • The strong involvement of sectoral administrations, with the establishment of a regional platform to guide and monitor the development of the value chain by ministerial decision;
  • The willingness of the private sector (owners of wood processing units) to support the carbonization activity by making scrap wood available to charcoal makers;
  • The availability of a huge potential of scrap wood;
  • The strong participation of local communities thanks to the income generated by the activity.
  • The carbonization of sawmill waste enables UTBs to reduce the incineration of wood waste in the open air and generates financial resources for the local communities involved in the activity;
  • the issue of governance in the development of this value chain requires a great deal of attention, particularly with regard to parafiscality, which considerably reduces profit margins;
  • the carbonization of sawmill waste is a circular economy model that generates positive effects in terms of avoided deforestation;
  • The take-up of Improved Carbonization Techniques is quite good, especially when the technique in question does not require additional investment.
Obtaining consent, project adjustment and communication

Once the communities have been consulted, a process of internal reflection is opened, without the participation of the executing organizations, through which the communities decide whether or not to give their consent to the project and define their degree of participation in the project based on their interest in it.

During the reflection, if any doubts or clarifications arise, the consultant is at the disposal of the communities to inform them, without recommending or intervening, but only providing information. During this stage, the communities express, if necessary, recommendations within the framework of the project activities.

In accordance with the communities' internal governance processes, they give their consent and sign a document in the presence of invited stakeholders such as local authorities and leaders of indigenous organizations. The event is covered by local and national media.

  1. The adaptive management of the project, with openness to recommendations as well as sincerely explaining the reasons why demands cannot be satisfied.
  2. Allowing time for reflection, without conditions or limitations so that the communities can decide whether or not to participate in their own governance, or to condition it.
  3. The degree of trust built from socialization to the consultation process with communities is fundamental for obtaining consent.
  1. It is important not to pressure the communities to decide whether or not to give their consent; it is preferable to reschedule or extend the execution time than to obtain an undesired result.
  2. Socialization, consultation and consent generate expectations in the context of the project that the project can meet, so community participation becomes active.
  3. Maintaining communication with the communities makes them persevere in the project activities and makes it possible to overcome difficulties that may arise, in this case the effects of the pandemic and tropical storms.
Knowledge Management and Climate Change Adaptation

This block refers to the set of activities and processes that strengthen the exchange of information and experiences related to the design, implementation and monitoring of the solution. This allows building a shared knowledge base with the potential to facilitate the adaptation process and accelerate innovation and expected change/adjustments.

The main activities are:

  • Formation and training of commissions to recover local narratives that interweave actors, perceptions, experiences, knowledge and changes that are triggered throughout the adaptation process,
  • Systematization of the solution to identify lessons learned and confirm the results of the process.
  • Elaboration and dissemination of materials with great communicative power that show the territory, the actions carried out and the main protagonists of the adaptation process.
  1. Understanding that beneficiaries are the key actors in climate change adaptation processes.
  2. Identifying and listening to community narratives makes it possible to recognize the resilience of their livelihoods.
  3. Vulnerability to floods is differentiated for women and men, as well as the strategies and capacities they bring into play to face it.
  4. Communication materials should consider the needs and capacities of different groups and enhance their participation and empowerment.
  1. Adaptation to climate change is also a process of innovation, and as such is a path and not a destination. Its raison d'être is to make visible the conditions that increase the vulnerability of a system of interest and to offer solutions that generate a positive impact on the quality of life of people and the ecosystems that sustain them.
  2. For this reason, knowledge management plays an important role, as it allows generating a virtuous cycle of learning and improvement of adaptive management and disaster risk reduction processes; hence the importance of promoting a permanent reflection on reality and a more dynamic and lively flow of knowledge between beneficiaries, technical teams and the general project, which allows creating more robust solutions.
Citizen monitoring

The SbN citizen monitoring exercise is a useful tool in the analysis of better solution alternatives for local communities, but also to promote good governance and transparency, since it allows citizens to learn about the problems and challenges of ecosystem-based adaptation actions and to propose complementary alternatives for improving social organization, diversifying economic activities, new governance practices, among others:

  • to know the problems and challenges of ecosystem-based adaptation actions and the proposal of complementary alternatives for the improvement of social organization, diversification of economic activities, new governance practices, among others.
  • Raise realistic expectations about collective action and better understand their role as contributors to local well-being.
  • Recognize the relationship between adaptation to climate change and local development that responds to the needs, demands and realities of vulnerable groups.

-The Peasant Learning Communities are groups of farmers organized by agricultural sectors, whose leaders are responsible for coordinating the collection of information on the implementation of the measure and monitoring its results.

Citizen monitoring of the solution should be oriented towards recognizing :

  • Changes in the institutional framework of the adaptation process.
  • Changes in the vulnerability conditions of agricultural livelihoods (biophysical, social and economic).
  • Changes in the resilience conditions of livelihoods (recovery in less time, reduction of losses and damages, better knowledge of the factors that exacerbate the impacts of floods, systematization of experience, innovation and adaptive management).

To obtain favorable results, farmer leaders should be trained to:

  • obtain quality local information
  • Carefully select data according to each monitoring component.
  • thoroughly validate the information with the support of field technicians
  • structure the information based on the Datlas Platform
Ecosystem-based adaptation (EbA) with a sustainable livelihoods approach

The block shows the actions taken to establish the relationship between livelihoods and ecosystems, with emphasis on the benefits they provide: services and functions that are the most important part of the natural capital of our communities.

Capacity building on Ecosystem-based Adaptation (EbA)

  • The EbA approach oriented the analysis of livelihood vulnerability, the choice of measures of biodiversity use and ecosystem services, showing how they help people and their livelihoods to adapt to the adverse effects of climate change and indicators for monitoring the solution.

Actions in the territory

  • Establishment of 2 community nurseries with a production of 9,226 native plants with which 67.5 ha. of riparian zones were reforested.
  • Participation in the benefits derived from the restoration of riparian zones.
  • Community reforestation in riparian zones contributing to the health, livelihoods and well-being of local communities, taking into account the needs of women and the poor and vulnerable.

Reinforced learning that the vulnerability of livelihoods and the fragility and degradation of local ecosystems and the services and functions they provide are strongly correlated, facilitated understanding of the importance of halting the loss of biodiversity and significantly reducing its degradation and fragmentation and ensuring that these ecosystems continue to provide essential services to contribute to the well-being of the municipality's farming communities.

  • Keep in mind that we work with social-ecological systems, that is, with people and livelihoods linked to goods and services that are necessary to sustain life.
  • Valuing ecosystem services as a tool for adaptation helps to recognize the contribution ecosystems make to human well-being and to understand how they contribute to reducing the consequences of climate change impacts.
  • Although the EbA solution favors communities, it is necessary to establish it as part of a broader adaptation strategy that takes into account that there are social, economic and institutional conditions that exert pressure on municipal social-ecological systems and must therefore be modified to have a real impact on reducing vulnerability.
Institutional strengthening and governance of natural assets

The purpose of this block was to build an enabling environment for political advocacy in favor of the adaptation of municipal natural and social systems that are vulnerable to current and future climate impacts. To achieve this, two components were worked on:

Enabling conditions

  • Workshops to integrate biodiversity values into climate change adaptation strategies and municipal development planning processes and to reduce socioeconomic and environmental conditions that exacerbate climate impacts.
  • Establishment of agreements and synergies between ejido, municipal, state and federal authorities, as well as education and research centers to support the integration of ecosystem-based adaptation into municipal development planning and improve governance of natural assets.

Coordination mechanisms

Consolidation of horizontal and vertical networks through consultation and working groups that facilitated the development of the adaptation process:

  • The Expert Working Group.
  • The Municipal Adaptation Council
  • The Community Working Group
  • The Peasant Learning Communities

This component is fundamental because it provides legal, technical and programmatic support to the solution, which allows it to be incorporated into municipal planning, to address an area that has not been worked on in the Municipality of Armería: the development of climate action plans, which has allowed the municipal authorities to resume their responsibilities in the area of climate change.

Building an enabling environment for the implementation of climate change adaptation measures requires several components:

  • using scientific knowledge to conduct vulnerability analyses of agriculture to flooding, direct pressures on riparian ecosystems, and providing advice for the development of environmental, social and gender safeguards
  • targeting municipal development goals that may be affected by flooding, integrating adaptation objectives and criteria into municipal planning and budgeting to provide necessary inputs for implementation of the solution
  • Consider ejido and community leaders as key actors in the mediation between municipal authorities and farmers' collectives that contribute to the implementation of the solution.
  • Including the citizen monitoring component allows for the sustainability of the measure and the empathetic and proactive involvement of the communities involved.
Systematization of the information gathered

This stage is rather a stage between the technical teams with the objective of ordering and systematizing all the information.

  • First, the reports are prepared, the documentation for each workshop, with a list of participants (disaggregated by age and gender), the step-by-step development of the workshop and the results recorded.
  • Then the components (of the climate risk concept) with their respective factors are systematized in an excel table. A review of coherence and cause-effect logic is made at the technical team level.
  • Then, cause-effect chains are built on the identified climate risks and based on the qualitative, descriptive analysis that was worked on with the producer families for their different production systems.

Ideally, this systematization and the chains are then taken to the communities and validated together. If this is not possible, it also helps to work with the technicians who know the territory and the situation on the ground.

  1. Agree on common criteria for analysis and systematization among the different technical teams to arrive at comparable results.
  2. To count on the time and motivation of the technical teams to do this post-workshop analysis.
  1. Incorporate cause-effect chain diagrams from the first workshops and record all results and responses with this logic.
  2. Seek a second instance for the validation of climate risks with producer families and work on their sensitization and awareness of the different components and factors.
Institutional coordination for scaling up technological processes in family livestock farming.

The Resilient Family Livestock project is the result of an inter-institutional articulation process that includes:

  • First degree family producer organizations (6 Rural Development Societies), second degree (National Commission for Rural Development - CNFR), and third degree of regional coverage (Confederation of Family Producer Organizations of MERCOSUR - COPROFAM).
  • The National Agricultural Research Institute (INIA), a public entity under private law.
  • The Ministry of Livestock, Agriculture and Fisheries (MGAP), a government agency that provided political backing for the development of the action.

This network interacted with other institutions such as the University of the Republic (UDELAR), the Ministry of the Environment (MA), the Uruguayan Agency for International Cooperation (AUCI), IICA and the Delegation of the European Union in Uruguay.

  • Previous CNFR projects with INIA and UDELAR (co-innovation in family production).
  • Existence of validated good livestock practices for family livestock production.
  • Alignment with NDCs (2017): GHG mitigation, adaptation and resilience of livestock systems to climate change.
  • CNFR membership in COPROFAM for scalability of co-innovation and inter-institutional articulation processes in the region.
  • Access to funding sources such as EUROCLIMA+.
  • The development of extension actions with family livestock requires an integral methodological approach such as Co-innovation.
  • The role of producers' organizations is key for the implementation of effective public policies in rural areas.
  • Good livestock practices require long terms to generate results and impacts on family systems.
Co-innovation as a technical assistance approach for family production

A new vision of innovation must recognize farmers as agents capable of observing, discovering new ways of doing through experimentation and learning (Van der Ploeg, J.D. 1990). Instead of 'technology transfer' processes, thought should be given to improving farmers' ability to learn and experiment (Leeuwis, C. 1999). Therefore, innovations at the level of complex systems, in which the human being is an integral part, are no longer conceived as external but are developed and designed in their context of application and with the participation of those who manage the systems and make decisions (Gibbons, M. et al., 1997; Leeuwis, C. 1999). This ensures the relevance, applicability and adoption of potential solutions to the problems detected. The Resilient Family Farming project, based on previous experiences developed by INIA and CNFR, promoted joint work between producers, technicians, organizations and researchers, using the co-innovation approach, to generate a cyclical process of characterization and diagnosis, implementation, monitoring and evaluation that would allow innovation to emerge from interactive learning among the actors involved.

  • Background of CNFR - INIA articulation in the implementation of the co-innovation approach.
  • The willingness of the stakeholders (producer families, leaders of local organizations, field technicians, CNFR coordinating team and INIA researchers) to implement the plan of activities in the context of a sanitary emergency.
  • Good national Internet connectivity, the chain of local - national - regional and institutional links, and strict compliance with sanitary protocols.
  • The articulation between producers' organizations (CNFR and its local grassroots entities), INIA and the University of the Republic, demonstrated sufficient capacities to implement Co-innovation as an appropriate approach for technical assistance to family farmers, facilitating the implementation of good livestock practices that improve their climate resilience and are aligned with public policies aimed at adaptation and mitigation of climate change in livestock farming in Uruguay.

  • Virtual modalities proved to be a valid and effective tool for communication between the parties, even with some existing limitations in rural territories.

  • Organizations can facilitate effective communication processes with rural families, using locally available capacities and tools. Although face-to-face activities generate unique and non-transferable experiential processes, the strategies implemented in the project have been effective in an adverse context such as the COVID-19 pandemic.