Submitted:
01 October 2024
Posted:
02 October 2024
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Abstract
Keywords:
PRESENTATION AND METHODOLOGY
Context
- Insufficiently exploited territorial economic potential.
- Inadequacies in the conditions for competitiveness, infrastructure, innovation, and technology.
- Insufficient logistics infrastructure.
- Lack of strengthening of rural productive activities.
- Development of non-conventional renewable energies.
- Insufficient support for entrepreneurial skills.
- Deficit of advanced human capital.
- Lack of tourism infrastructure.
- Insufficient international linkages for regional development
INTRODUCTION
MARKET ANALYSIS
3.1. Market Characteristics
- • Mohair (angora goat): 8,000 (South Africa, United States and Turkey)
- • Kashmir (goat): 5,000 (China, Mongolia, Iran and Afghanistan).
- • Alpaca: 4,000 (Peru, Chile and Bolivia)
- • Camel: 2,000 (China, Mongolia, Iran and Afghanistan)
- • Angora (rabbit): 8,500 (China)
- • Flame: 500 (Peru and Bolivia)
- Source: FIA, 2009.
3.2. Main Characteristics
3.3. Market Outlook
- ▪ The main South American camelid fiber producing countries are Peru, Bolivia, Chile and Argentina.
- ▪ Most of the exports of these fibers go to the United States, Europe, and Japan.
- ▪ According to Peru’s Ministry of Foreign Trade and Tourism, alpaca fiber exports in 2020 reached US$72 million.
- ▪ The value of alpaca fiber exports from Bolivia increased by 33% between 2019 and 2020, according to the Bolivian Institute of Foreign Trade.
- ▪ The average price per kilogram of vicuña fiber is around US$500, making it one of the most expensive fibers in the world.
- ▪ Sustainable fashion is an emerging sector that is driving demand for natural and sustainable fibers, such as South American camelid fibers.
- ▪ The textile industry is also exploring new applications for these fibers, such as in the production of carpets and rugs.
- ▪ The growing demand for products derived from camelid fibers are used for the manufacture of lightweight sportswear.
- ▪ Increased consumption of alpaca and llama meat and dehydrated meat for the agri-food sector low in saturated fat (in its chemical composition, llama and alpaca meat contains low levels of fat (0.49-2.05%), cholesterol (51.1-56.29 mg/100 g) compared to other red meats, 50.34% saturated fatty acids, 42.48% monounsaturated fatty acids, 7.18% polyunsaturated fatty acids).
- ▪ Use of discarded material from underutilized fibers for thermal insulation.
- ▪ Use of alpaca and llama manure for use in agriculture 4.0.
- ▪ Consumers are increasingly looking for sustainable and ethical products, which has led to an increase in demand for natural and non-synthetic fibers.
- ▪ Demand for handcrafted, semi-industrial and customized products is on the rise, which has led to increased interest in South American camelid fibers due to their quality and exclusivity.
- ▪ There has been an increase in demand for handmade products using traditional techniques, which has led to a resurgence in the production of local handicrafts.
Consumer Profile
- ▪ Consumers of alpaca fiber products tend to be people over the age of 25 who are looking for high quality and sustainable products.
- ▪ Younger consumers are interested in sustainable fashion and are willing to pay more for products that fit their values.
- ▪ Consumers of alpaca fiber products value the quality, exclusivity, and sustainability of the products.
- ▪ These consumers are also interested in the story behind the product and transparency in the supply chain.
- ▪ Consumers of alpaca fiber products tend to be loyal to brands that offer high quality and sustainable products.
- ▪ These consumers are also willing to pay more for products that match their values and are willing to do pre-purchase research to ensure they are buying an authentic product.
- ▪ Consumers of alpaca fiber products are looking for soft, warm, and durable products that provide a comfortable and pleasant wearing experience.
- ▪ These consumers are also looking for unique products that differentiate them from others and reflect their personal values.
3.5. Foreign Consumption Potential
| TARIFF CODE | DESCRIPTION |
| 51 | Wool and hair, coarse or coarse; horsehair yarn and woven fabrics |
| 5102 | Fine or ordinary hair not carded or combed |
| 5101.19 | Other |
| 5102.19.30 | Of alpaca, llama, vicuña |
| 5112.90.40 | Other woven fabrics of alpaca or of llama |
| 6110.10.00.29 | Other of alpaca or other fine animal hairs |
| Source: National Customs Service, 2022. | |
3.6. Trend Analysis
| Socioeconomic | Technological | Environmental |
| Attraction and recruitment of local human resources | Technological innovation in livestock management | Eco-design |
| Incorporation of women in the labor market | Livestock 4.0 | Circular economy |
| Attraction of young veterinarians specialized in livestock farming and local economy | Digitalization, automation and use of ICTs | Sustainable breeding and feeding |
| Governance 4.0 | Business models 4.0 | Use of bio-inputs |
| Inclusive value chains | Use of AI for camelid husbandry and management | Waste reuse |
| Knowledge and learning networks | Genetic improvement | Technological alternatives for climate change mitigation |
| KPIs oriented to VC profitability and sustainability | Sustainable fashion | Manure generation for marketing and use in coastal and pre-cordillera agriculture. |
3.7. Description of the Livestock CFA in the Province of Parinacota

PORTER’S FIVE FORCES ANALYSIS

- Threat of new competitors:
- 2.
- Rivalry among existing competitors:
- 3.
- Threat of substitute products:
- 4.
- Negotiating power of suppliers:
- 5.
- Buyers’ bargaining power:
PESTEL ANALYSIS
SWOT ANALYSIS
- ▪ Experience and knowledge of farmers (know-how).
- ▪ Quality of reproductive specimens and variety of colors.
- ▪ Camelid fibers are valued for their softness, warmth, sustainability, and durability, making them very attractive to consumers.
- ▪ Fibers are considered sustainable because they are biodegradable and do not require the use of chemicals.
- ▪ Producing countries, such as Peru, Bolivia, and Chile, have a long tradition in the production of these fibers.
- ▪ Inconsistency of supply: Many producers are not selecting and managing camelid cattle to meet specific market requirements. The industry is dominated by small herds and there is a wide range of fleece attributes (color, microns), leading to inconsistencies in quality and quantity.
- ▪ The supply of animals for meat processing is also inconsistent. It is highly recognized by producers the limitations of this sector due to inadequate facilities for their activity and regulatory restrictions.
- ▪ Camelid fiber production can be costly due to the need to maintain high quality standards and the high investment costs of the infrastructure needed for production.
- ▪ Lack of technology for genetic improvement.
- ▪ Low level of financing for camelid livestock enterprises.
- ▪ Scarce supply of training oriented to the value chain.
- ▪ Low productive yields.
- ▪ Low level of profitability of the camelid livestock AFC due to its high level of atomization.
- ▪ Exodus of human capital.
- ▪ Weak disease prevention and control system
- ▪ Demand for natural and sustainable fibers is on the rise due to increased consumer awareness of sustainability and product quality.
- ▪ Sustainable fashion is an emerging sector that is driving demand for these fibers.
- ▪ The textile industry is exploring new applications for these fibers, such as in the production of carpets and rugs.
- ▪ Opportunities to enter underserved markets at the regional, national, and international levels.
- ▪ Rural depopulation.
- ▪ Competition from other natural and synthetic fibers may reduce demand for South American camelid fibers.
- ▪ Economic and political factors can affect the international trade of these fibers.
- ▪ Current government regulations affect value chain performance.
- ▪ Changes in climatic conditions (scarcity of water resources, increased temperature, deteriorated Andean grasslands, among other factors).
COMPETITIVE HYPOTHESIS OF THE CAMELID LIVESTOCK VALUE CHAIN
7.1. Competitiveness Analysis of the Value Chain
VALUE CHAIN AND ITS IMPLICATION IN THE LIVESTOCK AFC
8.1. Definition of Value Chain

8.2. Value Chain Data Collection and Storage
- ▪
- What are the products?
- ▪
- Who are the stakeholders?
- ▪
- How are they involved, what role do they play? Connections/relationships among stakeholders - Level of influence of different stakeholders
- ▪
- How is the institutional landscape at the regional level?
- ▪
- What institutions are present, how strong are they, what relationships exist?
- ▪
- What institutional gaps or barriers may exist, what is the likely consequence?
- ▪
- Practices along the production and marketing chain (including business transaction methods)
- ▪
- What are the consumption trends: quantity and quality of fiber, meat and other products derived from camelid livestock?
- ▪
- Stakeholder profile and classification of consumer groups.
- ▪
- Existing infrastructure in the territory.
- ▪
- Seasonal factors (production, demand, supply).
- ▪
- Analysis of production, transformation, and distribution systems (characterization of the different systems).
- ▪
- Definition of production systems.
- ▪ Formal and informal contracts between stakeholders, including credit and financing agreements for the development of new VC links.
- ▪ What are the motivations for behavioral change (especially what factors might influence behavioral changes and changes in practices in the Andean cattle CFA)?
- ▪ Value, size, and frequency of productive seasons.
- ▪ Profit margin and sales volume at different points in the chain.
- ▪ Cross-border trade.
- ▪ Contribution of the value chain activity to stakeholders’ household income.
- ▪ Regulatory mechanisms (formal and informal) - Institutions (including possible geographic variation in the capacity and/or regulation of institutions, e.g., veterinary offices in the communes of Putre and General Lagos).
- ▪ Certification / inspection / standards: both the "written" standards and the practical credibility of livestock stock certification.

8.3. Conventional Value Chain for Camelid Livestock

8.4. Value Chain 4.0 for Camelid Livestock

8.5. Proposal for the Organization of the Value Chain Supply


8.6. Main Stages for the Design of an Intelligent Specialization Strategy for the Camelid Value Chain

8.7. Intelligent Prioritization of VC Products
| UEN | Market Potential | Priority |
| Sorted alpaca fiber | Increasing demand for natural fibers (sustainability, circularity, eco-design, ethical markets) | High |
| Dehorned vicuña fiber | Single oligopolistic market with stable demand and high prices. | High |
| Alpaca fiber yarns | Increasing demand for natural yarns - eco-design | High |
| Classified flame fiber | Increased demand for flame fiber as an input for thermal insulation. | Media |
| Meat | Increased demand for domestic camelid meat, due to its low cholesterol level. | Media (Requires regulatory support and enabling infrastructure) |
| Handicrafts | Traditional practice rooted in the Andean culture that can access new markets with innovative approaches in the interior decoration sector and companies collecting Andean pieces (USA and EU). | High |
| Manure | Increasing demand for organic fertilizers for precision agriculture. | Media |
BUSINESS MODELS
- ▪ Increased demand for fine natural fibers stimulates the commercial integration of camelid fibers.
- ▪ Valorization of ethnic and cultural products.
- ▪ Valorization of natural textures and colors.
- ▪ Joint interests in the protection and conservation of domestic and wild camelids.
- ▪ Regulatory framework in accordance with the challenges of an economic activity (especially around meat).
- ▪ State participation as facilitator of enabling infrastructure.

9.1. Proposed Business Models
9.1.1. Alpaca Fiber
9.1.2. Handicrafts
9.1.3. Meat/Charqui
- ▪ Procurement of high quality, sustainable alpaca meat
- ▪ Preparation and curing of Charqui in the traditional way
- ▪ Product packaging and labeling
- ▪ Promotion and commercialization of Charqui in different channels
- ▪ Quality control and continuous product improvement
- ▪ Suppliers of high-quality, sustainable alpaca meat
- ▪ Restaurants specialized in local and sustainable gastronomy
- ▪ Gourmet stores and health food specialty stores
- ▪ Tourism companies interested in promoting local and sustainable gastronomy
- ▪ Producers and distributors of complementary products, such as local wines or healthy snacks
9.1.4. Manure/Compost
- ▪ High quality camelid guano production
- ▪ Guano processing and composting
- ▪ Product packaging and labeling
- ▪ Promotion and marketing of compost in different channels
- ▪ Quality control and continuous product improvement
- ▪ Livestock farmers oriented to camelid guano production
- ▪ Agricultural cooperatives and companies that offer consulting services in sustainable agriculture.
- ▪ Producers and distributors of complementary agricultural tools and supplies
- ▪ Suppliers of materials and equipment for guano production and processing.
- ▪ Distributors and retailers of organic products for the sale of guano.
9.3. Key Drivers of Change in Camelid VC
- ▪ Sustainable management of natural resources (access to water, fodder and food diversification).
- ▪ Value chains (specifically those activities most sensitive to greater gender inclusion and oriented towards higher value llama and alpaca products).
- ▪ Income, nutrition, and food security (conducted in a manner that recognizes the significant diversity of the ITP target group).
- ▪ Social capital (meaningful participation in decision making, collaborative organizational leadership and broader community support).
- ▪ Gender equity and empowerment of livestock and artisan women.
- ▪ Active coaching and training to improve livestock community cohesion, self-esteem, and individual and collective empowerment.
9.4. Actions to Promote the Sustainability of Camelid Livestock Raising
CONCLUSIONS
RECOMMENDATIONS
References
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| Fiber Type | Share (%) |
|---|---|
| Synthetic and artificial, derived from petroleum | 60,0 |
| Cotton | 36,0 |
| Vegetable origin (flax, ramie, and bamboo) | 0,5 |
| Precious (vicuña, guanaco, cashmere, alpaca, etc.) | 1,0 |
| Lana | 2,1 |
| Other unidentified of cellulosic origin | 0,4 |
| Category | Diameter (µ) | Comfort Factor (%) |
|---|---|---|
| Baby alpaca | 22,5 | 90 |
| Suri alpaca | 26,0 | 70 |
| Flecce alpaca | 26,5 | 70 |
| Huarizo alpaca | 31,0 | 55 |
| Thick alpaca | 34,055 | 25 |
| Cashmere | 16,0 | 98 |
| Mohair kid | 25,0 | 80 |
| Mohair young G. | 28-31 | 65 |
| Mohair adult | 35-37 | 25 |
| Vicuña | 12,0 | 95 |
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