The ACReSAL project collaborates with three key ministries: Environment, Agriculture, and Water Resources. It operates across multiple institutional levels, including state, national, local, and community levels. This approach ensures that project implementers at all ministerial levels have their capacities strengthened, thereby sustaining the project's investments and efficient landscapes management.

The integration of sustainable agriculture and landscape management practices in land restoration efforts is crucial in conserving soil and water, promoting biodiversity, and mitigating climate change. This approach also improves livelihoods, enhances ecosystem services, and builds resilience. To achieve this, we conducted thorough assessments, engaged local farmers and other stakeholders, developed context-specific plans, provided training, monitored progress, and foster policy support. This ensures a holistic and sustainable restoration of degraded lands, benefiting both people and the environment, including water resources. It's important for the community to collaborate, contribute, and learn effective environmental management approaches to ensure the project's long-term sustainability and unsustainable agricultural practices.

Some community members had heard of success stories from elsewhere but were pessimistic, considering the unpaying efforts they had already put into restoring the area. Sensitization meetings were conducted regarding the hydrological restoration approach to ensure that the community was adequately included. Through VAJIKI CFA, the community was informed of the upcoming hydrological activity. Through the village heads, 30 communities participated in the hydrological restoration and monitoring training. 

Regular communication with the local community throughout the hydrological restoration project ensured ongoing involvement and support. This engagement helped keep the community informed, addressed their concerns and fostered a sense of ownership over restoration efforts.

This project was initiated against the backdrop of an existing community forest association (VAJIKI) that had expressed interest in the conservation of mangroves. The community had already been engaging in planting mangroves, but in this specific area, attempts had yet to bear fruit. Although no meaningful salt production took place, salt pans had earlier on been excavated in the area, resulting in the clearing of about 10 ha of mangroves. The site had since remained bare due to the extremely high salinity levels that hindered the recovery of mangroves even upon abandonment of salt production. 

Guiding the restoration efforts based on research and ecological principles ensured that the hydrological interventions were scientifically sound and ecologically appropriate. This approach involved applying research findings to address specific challenges related to water flow, salinity, and mangrove health.

During the project, the partners involved were different users of the Vanga mangrove, both directly and indirectly, and all depended on the existence of the forest to accomplish their uses. These include fishermen, beekeepers, dagaa processors, Vanga Blue Forest, researchers, Kenya Marine and Fisheries Research Institute, Kenya Forest Service and WWF-Kenya. This was necessary for successful hydrological restoration. This collaboration ensured that resources were shared, efforts were coordinated, and the restoration process benefited from diverse expertise.

Field-based training allowed community members to gain practical involvement and experience in the process of hydrological restoration. The community members to be engaged in the activities were identified through the village heads and VAJIKI CFA officials. Meetings were first held with opinion leaders in the village before extrapolating to the larger community. They then went through training, which was mainly field-based. The community was trained on general mangrove restoration and on how to create a (fishbone) network of channels in the degraded site to facilitate free and almost simultaneous flooding of the area. Hydrological restoration was trained in the field, allowing the community to observe and appreciate the baseline conditions and the modifications that could be made.

This building block centers on engaging universities, colleges, and local partners in environmental education and conservation efforts. We collaborate with football clubs and teams on campuses to promote climate change awareness and endangered species conservation. By leveraging these partnerships, we provide communities with the knowledge and tools needed to combat climate change. The collaboration extends to local environmental organizations, which offer technical support to communities. This interconnected approach is vital to the success of our campaign, which mobilizes resources, boosts participation, and amplifies the campaign’s impact through the collective efforts of educational institutions, environmental groups, government agencies, football stars, influencers, and corporate sponsors.

This project was lead by Fundacao Tartaruga, in partnership with two other long-standing non-governmental organisations: Cabo Verde Natura 2000 and Bios.CV and with the local management authority: Ministerio do Agricultura e Ambiente Boa Vista (MAA-BV).

All organisations contributed and benefitted to the project. It has reinforced the relationships between the organisations at coordination level and implentation level with representatives of each organisation participating in the majority of activities.

This project has only been successful with the contributions of time, effort and knowledge of all entities involved.

With TREEO's technology, project implementers gain real-time insights into the status of their projects through on-the-ground data. This enables them to make timely corrective actions without needing to visit the field in person.

Adopting the TREEO Technology supports project implementers in managing their teams and monitoring their tree-planting efforts. In the past, tape measurements were used to track the growth of trees, which usually takes a lot of time, especially when the data of a lot of trees are needed. Remote sensing is another popular way of estimating tree biomass, however, this is not species-specific and leads to overestimations thus a lack of trust in the data. The single-tree monitoring approach is providing a solution which simplifies the process, while receiving the data within a few seconds only. After collecting the data of the tree measurement through the app, it will be provided in the TREEO Cloud.

The TREEO Cloud is the project and data management system connected to the TREEO App which allows project implementers to manage their teams and analyze the collected data. It provides necessary functionalities to manage projects with millions of monitored trees and import/export to GIS tools, and facilitates seamless team and project management to manage the data. TREEO Cloud has a strong user management and access rights control system. Every organisation registered in the TREEO Cloud has 4 default user roles. These roles can be modified or new roles can be created on request.

TREEO SaaS product enhances the skills, knowledge, and abilities of our users, enabling them to effectively utilize the app’s features for tree monitoring and carbon sequestration. We aim to ensure that users can maximize the app’s potential, leading to more accurate data collection, better project management, and ultimately, more successful reforestation projects. 

It also enables user empowerment, increases project transparency, and supports the scalability and sustainability of reforestation efforts. We do this through training, tutorials, and guides that provide hands-on experience and detailed documentation. Ongoing support via a dedicated customer service team,  and FAQs.