For understanding the local situation of quality and quantity of water resources, climate aspects and water needs in order to plan judicious and sustainable use of water, it is a key to gather all information. Therefore the Water Health Chart is prepared by the Water Caretakers and the Village Water Management Team (VWMT) in a cluster level event including participation of villages. The process involves answering key questions of the Water Health Chart, mostly common rural pattern of water resource management. Parameters like domestic water access including that of people living in hamlets, water needs for agriculture, water levels in dug wells and bore-wells during the year and many more reflect the ‘health status of water’ in a village. But it also includes social aspects with questions like “Is the education of girls affected by having to fetch water?”

The Water Health Chart makes a village community aware of the real situation of their water resources and water availability for their living and livelihoods. Thus, understanding the situation and problems related to water, triggers a ‘call to action’ to achieve prudent water management. The process also focuses on the behavioural change of users towards the adoption of appropriate water use practices.

One of the main challenges was the low availability of adequate and viable seedlings. To overcome this challenge, the project began constructing new tree nurseries, which were all developed during 2019 and became fully operational during 2020 with the construction of 900 seedbeds. Instead of one nursery per region, as it was initially planned, the project was recommended to construct nine (9) nurseries altogether as part of the strategy to meet the 10,000 hectares restoration target or slightly more. To sustain these nurseries, the project recruited 18 Nursery Attendants (two per nursery).

The nurseries aim to increase available planting materials to supply the EbA interventions and for use by communities outside the scope of the project. The project also developed long-term business plans and revenue models to support sustained operations of expanded/created nursery facilities.

In addition, six (6) Forest Stations were refurbished as part of the nursery infrastructure.

 UNEP is also working with the Department of Forestry to explore low-cost options to establish small gene banks for use by the project and beyond the lifetime of the project. With the construction of these nurseries, adequate seedlings are and will be available throughout the year.

MEP used Mali’s decentralisation legislation to create, with local people, a model of “elephant-centred” CBNRM. This legislation performed a vital enabling function that resulted in a model of resource governance at the village and commune levels, that was enshrined in local and commune conventions, as well as the commune socio-economic development plans. The MEP then worked with government to further reinforce these systems by drafting new legislation that created a new protected area covering the whole of the elephant migration route using a biosphere model which supported the community conventions. The aim was to give a mandate to the government foresters to be able to support local communities in the enforcement of their conventions if need be, thereby strengthening the community systems. This aligns government and community interests to mutually reinforce each other and provide a cost-effective approach to reserve management. This top-down approach complements the bottom-up approach of community engagement.

The original aim of the project was the reintroduction of Critically Endangered western lowland gorillas back to a protected area in the wild. Initially the project would enable the release of rehabilitated wild-born orphans, with captive-bred animals repatriated from the UK as the project progressed. Having a clear aim enabled the plan to be developed and that included, but was not limited to:

• Location and establishment of the protected area
• Legal requirements, including licences and permissions
• Staffing requirements, including training
• Animal care, including veterinary support
• Identification of threats & pressures and mitigation measures required
• Infrastructure required
• Local community impact and engagement
• Local community support through capacity building and alternative income streams
• Funding requirements, including capital expenditure and operating costs
• Reporting Structure
• Sustainability

Projects are not static, they evolve and bring about change. In addition they can be affected by outside factors. Once the project commenced it has been subject to regular assessment. As the project developed it has broadened in scope and adaptations have been made through continuous oversight of the activities in progress.

Effective collaboration with the relevant authorities in the Republic of Congo is a key element to the project. This is not limited to permission to carry out conservation work in country, but is also important for the long-term relationships required, including the joint patrols of the reserve and enforcement of laws and regulations that are essential for long-term management of a protected or conservation area. Team composition is also extremely important and the Aspinall Congo team are almost entirely Congolese.

The objective is to understand the vulnerabilities to climate change impacts. Following a free, prior and informed consent process with stakeholders, the community level vulnerability assessment identifies climate threats and impacts, assesses threats and impacts to community livelihood assets and identifies vulnerabilities and vulnerability response topics. 

In Bishnupur, a locally based coordinator supported the assessment for six months. A female field worker from the Himalayan Grassroots Women's Natural Resource Management Association consulted women stakeholders. It was perceived as inappropriate for male workers to engage with women. 

A series of matrices allow for clear collection, organization and evaluation of climate change and socioeconomic information to assess vulnerabilities. Each matrix builds on information captured in the previous one. The climatic variables and exposed sectors analysed in the matrices depend on site specific factors. 

The matrices are completed using primary and secondary data. Primary data comes from participatory rural appraisal and participatory action research. Community forest user group’s guidelines and operational plans, district-level government offices, and forest and land use research institutes provide secondary data.

Adaptation to climate change is a complex change and transformation process and needs good cooperation and coordination between the private and public sector who usually have different understandings, priorities, and work cultures. In many cases there is even a history of failed cooperation attempts and an underlying sense of mistrust or prejudice. To overcome those obstacles and to build a strong cooperation structure between its counterparts, ADAPTUR followed the Collective Leadership Model from the Collective Leadership Institute in Potsdam, Germany.

The model understands change as a longer process with several phases and includes key elements from creating a shared vision, building cooperation structures, consolidating agreements, and implementing learning mechanisms. The result was integration of smaller groups of well selected change agents of private, public and social sectors (so called “containers”) who show strong support for the envisioned change, act as first movers and at a later point in time motivate other actors in the sector to join the initiative or movement.

Traditionally, climate change has been conveyed as an environmental and scientific concept. But since its impact on industries and productive sectors has become more and more apparent, there is an urgent need to better understand the economic dimension of climate change and its financial risk for the decision-making of the private sector.

Translating environmental risks into business risks also helps to draw the private sector's attention. Therefore, the project ADAPTUR performed an economic risk assessment in three of its project destinations to calculate the future costs of climate change for the tourism industry. Additionally, a handbook on climate-proof investment was published, which was developed with inputs and participation of the private sector, especially during the design of methodology. One of the conclusions was that adaptation would be a good investment because by making businesses more resilient to climate change, it is possible to reduce their future costs.

Before embarking on a journey to build a community based approach to a Blue Economy we felt it was important to first understand where we had come from and where we are now. We examined the historical role of maritime businesses on the NSW South Coast and the existing economic, social and cultural relationships of South Coast communities with the ocean. The result was a Blue Futures ‘Story map’ which details the diverse ways in which businesses, community groups and individuals engage with the ocean in our region.

When ‘taking stock’ of a region’s blue economy potential, the story map design ensured that no one social, environmental or economic angle was prioritized over another. Instead, space became the organizing principle, enabling users to scroll around the map to learn about what was important to the blue economy around them. In practice, this meant that employment statistics, historic coastal artworks and ocean governance examples appeared alongside clean ocean tech startups and established marine industries. The map brings these data into conversation with each other in the mind of the viewer, purely by their spatial proximity. This is an important first step in raising the profile of cultural and social data for developing blue economy solutions, which are often overlooked in favour of quantifiable statistics.

Hortimare, a Dutch-based company, is one of the few companies in the world specialising in the genetics, breeding and propagating of seaweed. Hortimare works with Kelp Blue to create starting material, increase yield and research on best growing techiniques of the Macrocystis pyrifera specie.