Appropriate tourism development is an important means and opportunity for Protected areas (PA) and communities located adjacent to them to meet their aims and needs.

In the case of the Protected Areas, the aims are:

- to provide a recreational service to visitors

- to increase public awareness and understanding of the importance of conservation

- to generate incomes that enhance management and strengthen sustainable financing for that purpose.

In the case of local communities, the aim is to increase sustainable incomes, improve and diversify livelihoods.

In both cases, the emphasis is on “appropriate” tourism, i.e. tourism that does not overwhelm or degrade the fundamental tourism attraction (i.e. the pristine nature and cultural landscape). In the PA’s case, there is also an emphasis on educational and awareness aims. This requires that tourism development is carefully planned and focuses on maximizing overall longterm benefits, rather than short term financial benefits.

In this context, project's support concentrated initially on developing a sound strategic vision for the Ajara PA system as a whole and individual colchic forest PAs in particular. On this basis, appropriate tourism development was supported on the ground both in the new Machakhela NP and generally in the valley.

When the project started in 2014, there was a significant level of misunderstanding, mistrust and opposition by local residents to the establishment of the MNP and to any actions in the valley that were perceived as restricting existing land use and livelihoods.

To respond to this, the project has:

a) Initiated immediate actions such as the PA staff trainings and community meetings organized in each village, involving newly trained MNP staff, to improve:

- the effectiveness and understanding of newly recruited staff about the NP objectives and how to communicate with local communities and

- the understanding of local communities on the real impact of the NP and its potential benefits

b) Ensured that the boundary and demarcation activities for the MNP were carried out with the full consultation and involvement of local communities and that the final boundaries were consensually agreed with them

c) Worked actively with the local communities to build their capacity to organize and benefit from the opportunities the establishment of the NP could bring

d) Initiated activities, with involvement of the MNP administration, to address priority issues for local communities related to forest resources and wildlife (i.e. fuel wood alternatives, human / wildlife conflict).

The objective of the project was to increase the long-term effectiveness of conservation and land use in the colchic forests of Ajara, and this necessitated building the capacity of all relevant stakeholders to undertake appropriate activities and development in the future.

To build such capacity, the project pursued a multi-faceted approach involving:

• provision of key equipment and infrastructure to National Park (NP) and local households
• practically orientated trainings of Protected Areas (PA) staff and local stakeholders – formal / semi -formal training by specialist trainers or contractors
• study tours within Georgia
• in process / on-job practical experience

In the latter case, the project strategy was to ensure involvement of project stakeholders as much as possible in the activities led by outside contractors and consultants. The rationale behind this was to build as much local practical experience as possible in order to maximize the possibilities for beneficiaries to be able to undertake such activities themselves in the future. In other words, to build the practical experience and “on-job” capacity of beneficiaries (PA staff, local communities, local service providers, etc.).

Pasture management Planning in Tajikistan

Overgrazing, especially in the immediate vicinity of villages puts significant pressure on the communal pasture lands and leads to serious land degradation. This land degradation puts the livelihood and food security of the rural Tajik population at risk. Despite the adoption of the pasture law in 2013 (which sets the framework), community-based controlled grazing mechanisms are not yet widespread. Main reasons are the absence of by-laws and weak law enforcement. Sustainable pasture management planning is consequently a crucial tool to be applied by pasture users.

Improvement of the legal framework

Tajikistan faces a major problem of unsustainable grazing pressure from high livestock numbers and insufficient pasture management. The country is in dire need of better pasture governance based on a solid legal basis. Therefore, GIZ Tajikistan has worked on the improvement of the legal framework and facilitated a dialogue between different stakeholders.

Additionally, and institutional analysis on pasture management in Tajikistan that outlines the institutional and legal set-up and distribution of roles and responsibilities in the pasture management sector of Tajikistan has been conducted together with other organisations to support the governance process in the future. 

Further, a Pasture Management Networking Platform has been supported. The objective of the PMNP is to contribute to the sustainable management of pastures in Tajikistan. The objective is pursued through national dialogue and knowledge exchange based on practical and on-the-ground experiences of the pasture management network members.

To garner political and local support for Sangai conservation in KLNP, advocacy was done with all stakeholders. In addition, appropriate measures are being undertaken to improve the awareness of the local people for conserving the species and promote Sangai as the mascot of sustainable development through various capacity building programmes.

The existing population of Sangai is being secured through integrated management plan, implemented by the Manipur Forest Department. Integrated management plan involves continuous habitat management strategies, habitat and population monitoring, enhanced patrolling strategies, genetic studies and involvement of local communities and different stakeholders at KLNP. 

Selecting 3-4 native animal species that best represent the landscape, helps to embody the specific ecosystems in need of protection/management. Identifying target species allows ECF to create an approach to wildlife conservation that is easy for locals to understand - linking a charismatic species directly to landscape management practices - and helps provide locals with a tangible connection between their day-to-day conservation efforts and long-term landscape impacts. For example, if native grassland ecosystems are healthy, the Caucasian red deer will return even if they were previously locally extinct. The presence of these key native animal species is later used as an indicator of biodiversity when Conservation Agreements are created.

Using a combination of remote sensing and field data, a study of the existing and potential habitats of key species is performed. Using Maximum Entropy Modeling (MAXENT) software, habitat suitability models for each key species is created, resulting in maps showing the suitability of the habitats for key species. This approach allows locals to make a clear connection between conservation objectives, measures to be implemented and the expected impacts and helps set priorities for further studies and monitor the species/habitats.

Select 3-4 native animal species that best represent the landscapes and embody the specific ecosystems in need of protection/management. Identifying target species helps ECF create an approach to wildlife conservation that is easy for locals to understand - linking a charismatic species directly to landscape management practices - and helps provide locals with a tangible connection between their day-to-day conservation efforts and long-term landscape impacts. The presence of these key native animal species is later used as an indicator of biodiversity when Conservation Agreements are created.

Using a combination of remote sensing and field data, a study of the existing and potential habitats of key species is performed. Using Maximum Entropy Modeling (MAXENT) software, habitat suitability models for each key species is created, resulting in maps showing the suitability of the habitats for key species. This approach allows locals to make a clear connection between conservation objectives, measures to be implemented and the expected impacts and helps set priorities for further studies and monitor the species/habitats.

A Friends of Fernbrae Meadows group was set up to contribute to the on-going activities in the park and the maintenace of the site.