It focused on transforming the initial relationship between the protected area's management and the Artisanal Fishers Social Organizations (OSPAS), which initially acted as defenders of their interests in the face of fears of restrictions on their activities. Through a transparent dialogue process, the scope of management was explained, assuring that artisanal fishing would not be prohibited and that sustainable resource management would be pursued. This helped build trust and change the dynamics of the committee, moving from a defensive posture to active and committed participation, with the members themselves promoting the incorporation of new stakeholders and strengthening the planning and conservation process of the Dorsal de Nasca National Reserve.

In the Sihlwald forest, field names such as ‘Chrebsächerli’ indicate that there must have once been a crayfish population. 

In 2022, as part of his bachelor's thesis at the Zurich University of Applied Sciences, environmental engineer Marc Furrer investigated:

• what is known about the historical populations of crayfish in the Sihlwald, 
• whether crayfish currently live in the streams in the Sihlwald and 
• whether the streams in the Sihlwald would be suitable as a potential habitat for crayfish.

He investigated six streams in the northern part of the transition zone of the Sihlwald Nature Discovery Park. Two of the streams analyzed were ruled out because they went dry in summer. Of the remaining four streams, one stream was found to have very good habitat conditions for stone crayfish and white-clawed crayfish: all water parameters have optimal values, the watercourse offers countless hiding places due to the high proportion of dead wood and the nature of the stream bed. Stream obstructions in the lower section prevent the migration of invasive crayfish species and thus offer protection against crayfish plague.

Based on the length of the stream and the habitat quality, a possible population of 647 crayfish was estimated.

The results of this study now served as the basis for the reintroduction of crayfish in the Sihlwald.

Top-level athletes have an important communications platform at their disposal and can lead by example, making them key contributors to the Healthy Waters Alliance’s goals. By using this awareness-raising potential, they can help bring attention to the degradation of freshwater and coastal ecosystems, increase visibility of practical solutions, and drive greater public engagement and action. 

Appointing athlete ambassadors dedicated to the cause strengthens the movement. With the launch of the Healthy Waters Alliance, World Rowing have engaged Christine Cavallo (USA) and Martin Helseth (NOR) as the first World Rowing Healthy Waters Ambassadors, and are now looking to expand this into a global Athlete Ambassador Programme with representatives from each continent.

Athletes inspire action more effectively than generic messages, making initiatives more relatable and engaging. For example, Norwegian Olympian Martin Helseth led a powerful environmental initiative through the World Rowing – WWF Healthy Waters Alliance to inspire action across Norway’s rowing community. The project demonstrated how athletes can effectively engage the public and protect nature by addressing water pollution in the Oslo Fjord. The initiative includes two key phases: 

• Phase 1: Clean-Up Week (3–8 June 2025) – Timed with World Ocean Day, rowing clubs in Oslo conducted seabed dives, shoreline clean-ups, and environmental education to tackle local pollution. 
• Phase 2: Oslo Fjord Restoration Day (23 August 2025) – This phase will focus on habitat restoration and youth involvement, supported by the local NGO Marea.

Helseth’s leadership exemplifies how athlete ambassadors can lead grassroots environmental efforts with global impact, aiming to foster a new generation of nature protectors in rowing and beyond. 

The Healthy Waters Alliance connects the Rowing community with WWF communities worldwide to foster collaboration. Together, they co-create and jointly deliver local projects and initatives that protect and restore healthy waters through awareness and hands-on action, benefiting rowing, communities, and ecosystems. Working with WWF ensures that actions implemented by rowing communities are relevant from a nature conservation perspective. 

 Projects can be initiated by National Rowing Federations, clubs, athletes, event organisers, or WWF local offices. After contacting the Healthy Waters Alliance, through submitting their interest via an online form partners agree on a locally impactful project recognized by the Alliance. These projects focus on community engagement, nature restoration, waste reduction and other areas.  

  The rowing community benefits from the platform through access to educational workshops, working groups, global visibility of local projects, and healthier waters for rowing. In turn, WWF offices gain partners who help raise awareness on the freshwater & coastal ecosystems' crisis and promote solutions, while engaging with event organisers to drive visibility at major rowing events with wide media coverage. 

Biological corridors play a crucial role in promoting dialogue and participation among multiple stakeholders. Until now, their main focus has been on conservation activities. However, they have significant potential for scaling up Ecosystem-based Adaptation (EbA). They are integrated into the national strategy for the conservation and sustainable use of biodiversity. This strategy is supported by a Local Committee, which serves as a forum for consultation and collaborative sustainability initiatives. This committee comprises civil society organizations (CSOs), non-governmental organizations (NGOs), government institutions, and municipalities.
To maximize the effectiveness of biological corridors in scaling up EbA measures, it is essential to establish a shared understanding and agreement among stakeholders regarding their role. This involves making explicit the role of biological corridors - and each stakeholder who participates - in sustainability and climate change adaptation strategies, but also also their specific contribution to social and economic local development. The road to this common understanding requires analyzing sectorial vulnerabilities, needs, and interests, but also oportunities, competencies and capacities with potencial to tackle common issues. In addition, clarifying basic concepts of climate change, adaptation, biodiversity conservation (EbA) with a people-centered approach, using sectorial specific language and active stakeholder participation, is key for reaching a common understanding.

Incorporating the local context – like environmental and cultural conditions in the regions and local languages – is essential when designing training manuals. This ensures accessibility and relevance of training content and alignment with the realities of the target audience’s environment. To ensure the sustainability and widespread adoption of the training materials, they need to be closely aligned with the needs and priorities of local institutions. 

 

A collaborative and participatory approach is central to the development of training materials. To ensure relevance, practicability, and ownership, a task force is typically formed—comprising representatives from ministries, academia, fish farmers, value chain actors, and researchers. Iterative processes, validation workshops, and stakeholder consultations are employed to refine the materials and ensure they reflect local needs.

Training should address not only the 'how' but also the 'why'. By explaining the rationale behind specific practices—such as reducing environmental impacts or promoting food and nutrition security—farmers gain a deeper understanding and are empowered to make informed decisions that align with sustainability goals. This goes beyond simply following instructions; it fosters critical thinking and adaptive problem-solving.

To build resilient and thriving enterprises, training should also incorporate elements such as business education, innovations along the value chain, and the use of decentralized renewable energy technologies. These components enable fish farmers to enhance their financial literacy, respond to market and environmental challenges, and implement innovative solutions for increased productivity and sustainability.

The initial step is conducting a thorough needs assessment and gap analysis by experienced technical team members from the project and partners. This process involves screening existing materials, consulting with stakeholders and actors in the fish value chain and identifying gaps in knowledge and practice. A field survey can be conducted to collect data on the needs of the beneficiaries and necessary framework requirements for training, e.g. technology availability, training duration, and intervals. 

NOARKTECH’s WildGuard AI uses on-device Edge AI models and LoRaWAN communication to process data locally and transmit alerts even in low-connectivity regions. This low-power, scalable network allows instant wildfire detection, animal tracking, and real-time environmental monitoring.

NOARKTECH’s WildGuard AI integrates bio-acoustic microphones, air quality sensors (CO, VOC), and hyperlocal climate monitors to detect wildlife movement, forest fires, and ecological disturbances. This system enables real-time environmental intelligence for conservation, climate resilience, and human-wildlife conflict prevention.