Generate wildlife friendly certifications that increase the market value of the fiber

The province of Mendoza has what we currently consider to be the most wildlife-friendly guanaco-shearing project that has been underway for ten years. Due to the type of management carried out in La Payunia, there is the possibility that the products can be certified Wildlife Friendly. The Wildlife Friendly Enterprise Network (WFEN) is a global community dedicated to developing and marketing products that conserve endangered wildlife while contributing to the economic vitality of rural communities. The Network sets the global standard for selling "green" products and helps members reach new and dynamic markets. WFEN's Mission is to protect wildlife in the wild by certifying businesses that ensure that people and nature coexist and thrive. WFEN certification will seek to promote wildlife conservation by facilitating responsible production practices, business development, education, and branding. It will also seek to access new and dynamic markets and achieve a fair price for wildlife-friendly products.

First, an applicant must submit the WF Global Products Pre-Assessment Form and Reference Form, to apply for the Certification. The Pre-Assessment Form provides background about producers, their products, and wildlife conservation conditions in their area to understand if the products may meet the WFEN Mission Criteria. The Reference Form must be completed by someone at a conservation organization who is familiar with the program and its conservation context. A non-refundable fee of $250 must accompany the Pre-Assessment and Reference Form.  

Based on the principles of wildlife conservation, economic well-being, and accountability, each of our certified product lines illustrates the possibilities of triple-bottom-line success for people, planet and profit.  

A direct link between production and conservation is essential for certification by the Network. Products that donate a percentage of profits to conservation but do not abate threats to key species fall outside of WFEN. To help ensure communities living with wildlife adopt conservation practices, the associated benefits should be tangible and significant. Certified products must contribute to increases in local incomes and/or improvements to livelihoods. The product’s conservation mission includes a clear enforcement mechanism, such that failure to follow through with required conservation actions results in immediate consequences, including forfeiture of any economic reward. Inability to make substantive corrections in a reasonable timeframe will result in suspension from the Network, including loss of certification and provision of information to vendors and distributors.

Encourage the generation of a chain that increases the commercial value of the guanaco fiber by linking the primary production sectors with the national and international textile sectors.

Work with different actors at the local, national, and international levels, to contribute to the design of a fiber value chain that can trigger the activity. The work will consist of the identification of key public and private actors in order to provide tools for the commercialization of the product. The activities that will be developed in this stage of the project include meetings with the textile sector, application authorities, and various important local actors in this area.

-Meetings with representatives of national organizations to evaluate background, regulations, marketing, and support possibilities for wild guanaco management experiences.

-Meetings with selected fashion designers at the national (i.e Buenos Aires) or international (i.e Canada) scale, to generate a fair value chain and promote WFA experience.

-Value-added options will be identified at the national/international level through meetings with actors from the public and private sectors, to expand WFA as a “Based nature Solution".  

Wildlife camelid management actions began in the 80s, based on the philosophy of the "ICDPs", seeking to link biodiversity conservation with improving the life quality of life of local people. These projects, which initially focused on the vicuña, were based on the application of economic incentives to promote the use of wildlife. We prove that wild guanaco use could improve the numbers of those initiatives because of the wider distribution range of the species. In Argentina, the production of SAC fiber could easily double due to an increase in the number of sheared populations and an increase in the frequency of shearing. This would clearly lead to a change in the production paradigm in contrast to the current one. Guanaco fiber is amongst.The Cooperative decided to add value to the raw fiber in order to increase the value. By 2010, most of the projects had stopped due to difficulty in marketing guanaco fiber with a price of USD $40-60 per kilo. The "problem" is there are only two trade companies that buy raw fiber that is exported mainly to Italy and control the market prices. 

Promote sustainable use of wild guanaco populations through demonstrative experiences of live shearing in La Payunia.

The annual shearing of guanacos by the Payún Matrú Cooperative is being closely supervised by the Mendoza Department of Renewable Natural Resources to ensure that the potential economic income provided by guanaco wool is feasible and sustainable. At the same time, Cooperative members understand that by making "good practices" they receive "good benefits". CONICET has tested and developed methods for minimizing the stress of individual guanacos during capture and handling, that reduce negative impacts at the population level.  Our knowledge of ecological, physiological, and behavioral processes that "constrain" these camelids in La Payunia, based on more than 10 years of study, put us in a unique position for advising and teaching the cooperative and government stakeholders how to minimize impacts of live shearing on this population. We will continue training members of Payún Matrú Cooperative in "good practices" to make capture and shearing of wild guanacos within Wildlife Friendly Actions. The following activities will be carried out at this stage:


 

1)Pre-shearing surveys on population parameters, 2)Training of the personnel (without experience) in charge of guanacos handling during herding, within the corrals, and during shearing is key to the success of the activities. 3)Management of wild guanacos: Capture, shear, and release of wild guanacos will be carried out in two events, between September and November. 4)Physiological indicators: physiological stress in the function of handling conditions.5)Post-shearing surveys on population parameters such as social structure and population density.

 

-As we are working with wildlife, pre-shearing surveys on population parameters help us to select the best area to build the management structure.  

-Training of the personnel is fundamental (and the key for the success of this solution) for the good management of the animals, avoiding guanaco mortalities and operator injuries. The management of wild guanacos is different from any other domestic animal, and it is necessary to use particular structures and tools, as well as to learn specific maneuvers for their manipulation, keeping animal welfare in mind.

-Stress approach give us a key physiological indicator to reduce stress in relation to handling time.

-Post-shearing surveys give us key population parameters such as social structure and population allow us to compared with data before the live-shearing experience and define the impact on social disruption.


 

Empowering Youth through Conservation Education: The Ranger Goes to School (RGTS) Program

The Ranger Goes to School (RGTS) program is an innovative conservation education initiative designed to inspire high school students in Labuan Bajo to become future stewards of nature. Created by Muhammad Ikbal Putera, a senior park ranger at Komodo National Park, and led by the park’s dedicated rangers, RGTS bridges the gap between youth and nature by fostering environmental stewardship, wildlife conservation, and sustainable living through interactive, hands-on learning experiences. By leveraging the unique biodiversity and ecosystems of Komodo National Park, RGTS provides students with a real-world context for understanding conservation challenges and solutions, encouraging them to develop a lifelong commitment to protecting the environment. With its scalable approach and adaptable framework, RGTS has the potential to serve as a global model for conservation education in national parks, inspiring young people worldwide to value and safeguard their local natural heritage.

Key Building Blocks

  • Youth Education and Engagement:
    RGTS empowers high school students in Labuan Bajo through interactive lessons in environmental stewardship, wildlife conservation, and sustainable living. These sessions raise awareness about ecological challenges caused by tourism and teach students how to protect biodiversity. The program equips the next generation with the knowledge and motivation to advocate for sustainability, offering a model that can be replicated in other regions.
  • Place Attachment Development:
    Through immersive activities, such as field excursions and direct engagement with Komodo National Park’s ecosystems, RGTS fosters strong emotional and intellectual bonds between students and nature. This connection inspires pride and responsibility for local environments, a universal principle that can enhance conservation efforts across national parks globally.
  • Technology Integration:
    Tools like plant identification apps, drone footage, and camera trap data enhance the learning experience by making ecological concepts tangible and relatable. This use of technology enriches education while preparing students for future professional roles, showcasing an innovative method that can be adapted in other conservation programs.
  • Volunteer Collaboration:
    Contributions from park rangers, educators, and conservation practitioners ensure a community-driven approach. Their diverse expertise strengthens the program and provides a blueprint for engaging local talent and expertise in conservation education initiatives worldwide.
  • Ecological and Social Data Utilization:
    Lessons are grounded in real-world examples using data from Komodo National Park. This approach connects students to pressing ecological issues like tourism impacts on wildlife and ecosystems. Other national parks can adopt this model by integrating their unique ecological and cultural data into similar programs.
  • Economic Pathways:
    RGTS goes beyond education by providing students with certificates upon program completion, supporting applications for internships and higher education. In the long term, graduates may return to their communities as park rangers or environmentally conscious professionals, contributing to sustainable governance. This economic pathway can inspire similar initiatives in national parks globally to strengthen conservation leadership.

Impact

Since its launch in 2022, RGTS has taught more than 1,000 high school students, addressing critical environmental, social, and economic challenges. It combats the disconnect between youth and nature, fosters a pipeline of future conservation leaders, and promotes shared responsibility for protecting Komodo National Park’s natural heritage. By empowering students to understand biodiversity’s value and sustainable living, RGTS is laying the foundation for long-term conservation advocacy and community support. As a scalable model, RGTS offers a framework that national parks worldwide can adopt and adapt. By engaging local youth, fostering place attachment, and integrating modern technology and education, RGTS demonstrates how conservation education can inspire the next generation to protect their unique environments and contribute to global sustainability.

  • Supportive Partnerships:
    The program thrives on strong collaborations with local schools and government agencies, enabling seamless integration into the curriculum, consistent access to students, and logistical support for field-based activities. Partnerships with universities and NGOs contribute cutting-edge research insights, educational resources, and volunteer support, elevating the program’s quality and reach. The RGTS program has also garnered regional attention, with the Provincial Government of East Nusa Tenggara expressing interest in making it a mandatory local content course for all students in the province. However, Komodo National Park envisions RGTS as mandatory specifically for students in Labuan Bajo, West Manggarai Regency, to serve as a model for other regions in East Nusa Tenggara and beyond.
  • Dedicated Contributors:
    RGTS is powered by a passionate team of park rangers, educators, and conservation practitioners who bring a wealth of expertise and enthusiasm. Their commitment to delivering engaging, hands-on lessons ensures high-quality education that resonates with students. As role models, they inspire participants to view conservation as a fulfilling and achievable career path.
  • Technology Integration:
    Modern tools such as plant identification apps, drone footage, and camera trap data bring conservation education to life. These technologies allow students to interact with ecological data in innovative ways, making complex concepts more accessible while exposing them to professional conservation methodologies.
  • Unique Biodiversity:
    The unparalleled biodiversity and cultural significance of Komodo National Park provide an extraordinary backdrop for RGTS. Students are immersed in real-world conservation challenges, such as protecting the iconic Komodo dragon, which fosters a deep emotional and intellectual connection to their natural environment. Data from ongoing park research enhances lessons with relevance and authenticity.
  • Community Support:
    The enthusiastic involvement of parents, local leaders, and stakeholders in Labuan Bajo underscores the program’s importance to the community. This support encourages student participation, builds trust, and ensures the program aligns with local needs and values, reinforcing its long-term sustainability.
  • Recognition and Scaling Potential:
    RGTS has received significant recognition regionally and internationally. It has been presented at prestigious platforms such as the 2nd Asia Parks Congress and UNESCO conferences, where it was highlighted as an innovative, ranger-led initiative for youth education. This attention not only signals positive feedback but also showcases RGTS as a rare example of how park rangers can drive meaningful educational innovation. Such recognition further supports the program’s scalability, signaling its potential to be adopted by other provinces in Indonesia and national parks worldwide.

The Ranger Goes to School (RGTS) program has provided key insights into the role of conservation education in addressing environmental challenges, fostering human-behavior change, and equipping the next generation with the tools to protect biodiversity and combat climate change. Several lesson learned of this program are as follow:

1. Linking Local Conservation to Global Challenges

  • Tailoring lessons to local issues like habitat degradation and biodiversity loss makes the program relatable, while connecting them to global challenges like climate change adds urgency and relevance.
  • Students understand how local actions, such as reducing waste and promoting sustainable tourism, contribute to global environmental goals.

2. The Power of Immersive Learning

  • Field excursions and real-world experiences foster deeper understanding and retention of ecological concepts.
  • Tools like drones, plant identification apps, and camera traps enhance engagement, making complex issues such as climate change and ecosystem dynamics tangible and relatable.

3. Inspiring Human-Behavior Change

  • Community-driven education builds a ripple effect, where students’ conservation efforts are reinforced by parents, educators, and local leaders.
  • The program emphasizes actionable steps, such as reducing plastic use, that empower students to make meaningful contributions.

4. Building a Conservation Workforce

  • The program encourages students to consider careers as park rangers or conservation practitioners, addressing the need for more skilled professionals in the field.
  • Certificates awarded to participants open pathways to internships and higher education, creating a pipeline of conservation-minded graduates who may return to Labuan Bajo to support Komodo National Park.

5. Scaling Potential

  • The program’s success has drawn regional interest, with the Provincial Government of East Nusa Tenggara considering RGTS as a mandatory course for all students in the province.
  • International recognition at forums such as the 2nd Asia Parks Congress and UNESCO conferences highlights its scalability as a model for conservation education globally.

6. Addressing Climate Change Through Education

  • Lessons on the role of ecosystems like mangroves and coral reefs in climate resilience teach students about the interconnectedness of environmental and societal well-being.
  • By integrating climate change education into the program, RGTS prepares students to face and mitigate future environmental challenges.

Lessons Learned from Park Rangers. The team teachers (park rangers and practitioners) leading the RGTS program have gained valuable insights into their evolving role as educators, conservation leaders, and community advocates. Some of the lesson learned from our perspectives are:

1. Expanding Roles Beyond Conservation

  • Park rangers have learned to adapt their skills to include education and community engagement, demonstrating the importance of their presence as role models for youth.
  • By stepping into teaching roles, rangers bridge the gap between fieldwork and public understanding, showing that conservation is a shared responsibility.

2. Leveraging Local Knowledge

  • Rangers’ deep understanding of Komodo National Park’s ecosystems and challenges enables them to provide authentic, impactful lessons to students.
  • Sharing their experiences, such as monitoring Komodo dragons or mitigating human-wildlife conflicts, adds credibility and inspires students to value their contributions.

3. Building Leadership and Communication Skills

  • The program has enhanced rangers’ abilities to communicate complex ecological and conservation concepts effectively to diverse audiences, including youth and community leaders.
  • Leading RGTS has positioned rangers as trusted voices in the community, strengthening relationships and fostering local buy-in for conservation efforts.

4. Addressing the Need for More Rangers

  • RGTS has underscored the need to inspire and train the next generation of park rangers. Students who interact with rangers through the program are more likely to consider conservation careers, addressing the workforce gap in this critical field.

5. Highlighting the Role of Rangers Globally

  • Presenting RGTS at international forums has showcased the unique contributions of park rangers as drivers of innovation in conservation education. This recognition positions rangers not only as protectors of biodiversity but also as educators and global ambassadors for conservation.

6. Promoting Collaboration and Professional Growth

  • Collaborating with educators, NGOs, and local leaders has expanded rangers’ professional networks and enriched their perspectives on interdisciplinary approaches to conservation.
  • These collaborations reinforce the idea that rangers are integral to building holistic, community-driven conservation solutions.

Conclusion

The lessons learned from the RGTS program and its park ranger leaders highlight the importance of education and collaboration in addressing environmental challenges. While RGTS demonstrates how tailored conservation education can inspire youth and drive behavioral change, the experiences of park rangers underscore their pivotal role as educators, leaders, and advocates in fostering a sustainable future. Together, these insights reinforce the need for scalable, community-driven solutions to combat climate change and protect biodiversity worldwide.

Renewable energy technologies for human wildlife coexistence and food security

We include renewable energy technologies such us solar panels  to power electic fences, improve livestoc water availability and sensored lights to mitigate economical loses in livestoc farms caused by predation over domestic animales, at the same time, we help rural farmer families to access electricity serveces and improve their food productivity, economicla and food founts

Funding availability
Landowners willingness to include new technologies in their agricultural system

 

We have implementing replicable technological strategies to mitigate economical losses by wild felids predation reaching a reduction of the 100% of attacks from cougar and jaguar over cattle in the Cerro El Inglés Communitary reserve, protecting vulnerable individuals by solar powered electric fences and motion-sensor lights and limiting the access of domestic animals to the forest by technifying water provision for livestock and solar powered electric fences. Having a demonstrative and replicable system used for education purposes with farmers from the region.

Coservation culture

Our efforts are focused on developing a conservation culture in local communities by highlighting local biodiversity in local art expressions, educational programs, institutional alliances, local social movements engagement and scientific research.

 Engagement capacity, Funding availability, inclusion, 

 

 

We have been able to support the establishment of local community based social collectives as the Águilas Crestadas ecological young people group and the Farmer women network, who have become key collegates to promote conservation in the region.
We have also promoted inter institutional alliances that have enabled young people from the study area to access educational opportunities around nature conservation, agroecology and nature-based tourism.
 

Community based biodiversity monitoring

We develop wildcats and potential prey community based monitoring with the families associated with Serraniagua in their private natural reserves by employing a small set of five trap cameras.

Natural reserve land owners willingness to develop monitoring activities within their lands
Trap cameras availability, this is a limited resouce for our organization 
Financial resources availability
Public Order
Favorable climatic conditions

Through community-based biodiversity monitoring, many new, endemic, and/or endangered species of plants, amphibians, reptiles, birds, and mammals have been recorded, contributing to scientific knowledge and the implementation of technologies that support wildlife identification and habitat conservation.

A notable result of this effort is the documentation of six out of the seven felid species of Colombia within the area, including the rediscovery of the jaguar in the Andean region of Valle del Cauca, Colombia. Antonio, identified as an individual preying on livestock, has been tracked, revealing a movement route. We intend to explore this route as a landscape management strategy by implementing a robust trap camera monitoring program to identify potential anthropogenic impacts on wild mammals.

Planning for Human - Wildlife Coexistence

Collaborative planning space where all of the key actors at landscape scale work together to establish clear achievable goals that will lead to human-wild cats coexistence setting clear key indicators

  • Protected areas management groups including comunity based, agrucultural, gender based, and government authorities at regional and local scale working together to make the plans
  •   Fund finding: The co management cometee works together to find financial and technical support to handle with HWI within protected areas 

Serraniagua is part of regional and local co-management groups established for private and public protected areas within the Serranía de los Paraguas KBA. With financial support from the FAO, this co-management group has developed an interinstitutional action plan and protocol to address wildcat attacks on domestic animals. Between September and November, the group designed a pilot regional community-based monitoring of wild mammals using trap cameras (TC) within water resource conservation areas and private reserves, recording Antonio after two years since his last sighting. In 2025, we aim to conduct the "Plan4Coex" workshop for human-wildlife coexistence planning and incorporate the resulting plan into the updated management plan of the DRMI Serranía de los Paraguas. Additionally, we plan to provide the co-management committee with technological equipment to monitor landscape cover changes and GIS tools for managing regional and local natural reserves.

 

 

 

Process Summary

The four modules are carried out in chronological order. Habitat research and planning serve as the foundation for monitoring and installation, providing data support for relocation, release efforts, and post-relocation monitoring. The outcomes of these activities will be summarized through ongoing monitoring and data analysis to inform future conservation strategies. The shared goal of these four modules is to achieve habitat restoration and population protection for Tonkean macaques through scientific assessment and technical support, promoting sustainable ecosystem management.

1. Habitat Research and Planning

  1. Field Investigations:
    Guided by the Central Sulawesi Natural Resources Conservation Agency (BKSDA Sulawesi Tengah), participants such as the IMIP industrial park and the Labota Village Government (representing landowners) conduct on-site evaluations of current habitat conditions. This includes assessments of original habitats and potential relocation sites, such as the Morowali Nature Reserve, the Pamona Nature Reserve, and the Tokobae Island Ecotourism Park.
  2. Biodiversity Surveys:
    • Collect basic information on surrounding communities (e.g., resident conditions).
    • Record local flora and fauna species and observe habitat conditions, including food supply and ecological environment.
    • Assess other species in the area to prevent conflicts between groups or species.
  3. Report Output:
    Based on the compiled data, generate a conservation strategy recommendation report.

2. Technical Support

  1. On-site Monitoring:
    Conduct on-site monitoring in key areas to record Tonkean macaque activities in real-time.
  2. Data Management:
    Establish a database to store and analyze migration data, providing support for long-term research.

3. Animal Relocation and Release

  1. Evacuation Phase:
    Form a professional team to capture and conduct health checks on Tonkean macaques near PT IMIP.
  2. Transport and Relocation:
    Relocate the Tonkean macaques in batches from their old habitat to the new habitat.
  3. Release Activities:
    Organize a release ceremony involving stakeholders to enhance publicity efforts.

4. Post-Relocation Monitoring

  1. Ecological Monitoring:
    Conduct follow-up observations of relocated individuals for six consecutive months to record their adaptation process. Ten technical staff members (environmental conservation officers, forestry police) participate in monthly monitoring activities. The results are regularly reported to the Central Sulawesi Natural Resources Conservation Agency (Balai KSDA Sulawesi Tengah).
  2. Annual Evaluation:
    Summarize successes and challenges encountered during the relocation process to inform future projects.
Empowering Local Stakeholders through Drone Technology

This building block on capacity building on local stakeholders including Indigenous including Peoples and Local Communities (IPLCs) to operate drones, enabling them to take active roles in conservation. 

Ease of Use of the method devellopted:

  1. Minimal Technical Skills Required:
    Users only need basic training in drone operation and measurement extraction from high-resolution images. The process is straightforward:
    • Fly the drone following the standardized flight protocol.
    • Marke crocodilians on overhead images.
    • Measure the visible head length using accessible image analysis tools (e.g., ImageJ, QGIS).
    • Apply the corresponding allometric equation or lookup from pre-prepared tables (abaques) for total length estimation.
  2. Readily Adaptable:
    The framework uses easy-to-read tables (abaques), making it accessible to both specilialists and non-specialists for operators can quickly apply the method without requiring advanced scientific expertise.
  3. Accessible Equipment:
    The approach relies on consumer-grade drones and widely available software, ensuring affordability and reducing barriers to adoption.

Why It’s Effective:

The framework’s simplicity, scalability, and reliability make it ideal for diverse contexts, from remote wetlands to urban-adjacent habitats. It empowers a broad range of users to generate scientifically robust data.