The Camel Value Chain in Yemen

Introduction

Camels (Camelus dromedarius) possess a history deeply rooted in human civilization since their domestication in the Arabian Peninsula over 3,000 to 4,000 years ago, serving as a cornerstone of the ecological and productive systems in arid and semi-arid regions globally. The global herd is estimated at approximately 38 million head according to the Food and Agriculture Organization (FAO), with over 80% concentrated in Africa and 15% in Asia. Their global economic significance is evident in their exceptional ability to convert poor pasture shrubs into high-value nutritional products, such as milk and meat, under conditions of heat stress and water scarcity that other ruminants cannot endure. This resilience has driven the value of the international trade in camel products and live animals to approximately 1.8 billion USD annually, amid a continuously growing global demand for camel milk due to its unique therapeutic and nutritional benefits.

The history of camels in Yemen is closely tied to ancient civilizations, where they served as the primary artery for the incense and frankincense trade caravans. Geographically, they are distributed across four main ecological zones. The Eastern Desert Region (Al Mahrah, Hadramout, Al Jawf, Shabwah, and Marib) leads, accounting for over 84% of the national herd, which relies on open pastoral systems. This is followed by the Tihama Coastal Plains (Al Hudaydah, Taiz, Lahj, and Abyan), representing the historical nucleus for the Arak breeds and coastal grazing on Arak trees and salt marshes (sabkhas). The Central and Western Highlands (Sanaa, Dhamar, Saada, Hajjah, and Ibb) feature limited, integrated breeding for agricultural labor, transport, and direct local production, alongside dual-purpose breeds (meat, labor, and milk) that are drought- and feed-scarcity-tolerant, found between Al Jawf, Marib, and the mountainous areas. In urban areas and narrow plains (Aden, Capital Secretariat, Al Dhale’e, Al Mahwit, and Raymah), their presence is restricted to smallholdings designated for slaughter and family consumption.

Camels play a vital role in the rural economy and food security for approximately 150,000 rural and Bedouin households in Yemen. They are a primary source of cash liquidity for pastoralists and smallholder breeders, contributing between 8% and 10% of the total value added by the livestock sector to the agricultural Gross Domestic Product (GDP).

Supply, Demand, and Macro Indicators

According to the official Agricultural Statistics Yearbook, the camel sector has witnessed steady and stable growth in herd numbers and annual production volume, as illustrated in the following table:

Year	Camel Population (Head)	Meat Production (Tons)	Milk Production (Tons)
2017	437,712	2,481	2,422
2018	431,462	2,469	2,416
2019	447,652	2,941	2,910
2020	448,892	3,088	3,056
2021	457,870	3,242	3,209

Statistical indicators demonstrate noticeable growth and recovery in the total camel herd, which increased by 4.61% between 2017 and 2021 (from 437,712 to 457,870 head). Despite a slight decline recorded in 2018 due to extended drought conditions, the herd recovered with gradual and continuous growth through 2021.

This trajectory was accompanied by a remarkable surge in production; meat production jumped by 30.67% (from 2,481 to 3,242 tons), while milk production grew by 32.49% (from 2,422 to 3,209 tons). This increase reflects growing societal and dietary reliance on camel products as a vital protein alternative, characterized by exceptional flexibility in adapting to climate change and economic crises compared to other ruminant sectors.

The camel population is primarily concentrated in the eastern and desert governorates. According to the latest official statistics (2021 data), the distribution is as follows:

Governorate	Population (2021)	Percentage of National Herd (%)
Al Mahrah	155,917	34.05%
Hadramout	106,403	23.24%
Al Jawf	61,038	13.33%
Shabwah	37,479	8.19%
Marib	26,700	5.83%
Al Hudaydah	15,491	3.38%
Abyan	13,688	2.99%
Saada	6,787	1.48%
Hajjah	6,153	1.34%
Lahj	6,048	1.32%
Al Bayda	5,035	1.10%
Taiz	4,996	1.09%
Sanaa	3,191	0.70%
Ibb	2,366	0.52%
Dhamar	2,225	0.49%
Amran	1,890	0.41%
Al Dhale’e	678	0.15%
Aden	627	0.14%
Raymah	533	0.12%
Al Mahwit	503	0.11%
Capital Secretariat	122	0.03%
Total	457,870	100.00%

The data reveals a sharp structural concentration of the camel herd in the Eastern Region. Three governorates alone—Al Mahrah, Hadramout, and Al Jawf—account for 70.62% of Yemen’s total national herd, with Al Mahrah ranking first (34.05%), followed by Hadramout (23.24%), and Al Jawf (13.33%). This high concentration is attributed to the vast expanses of open desert pastures, coupled with deeply rooted traditional expertise in pastoral breeding. Shabwah, Marib, Al Hudaydah, and Abyan form an important complementary geographical belt with a combined share of 20.39%, among which Al Hudaydah stands out as a primary center for the coastal Arak breeds.

Conversely, camel presence drops sharply in the highland governorates and urban centers, recording the lowest percentages in the Capital Secretariat (0.03%), Al Dhale’e (0.15%), and Al Mahwit (0.11%). This is due to rugged mountainous terrain and limited pastures, as well as their restricted use in these areas for direct consumption, slaughter, or limited field activities, and the following table outlines the prevailing camel breeds in Yemen, their estimated proportions, and technical characteristics:

Breed / Category	Est. % of Herd	Main Regions of Distribution	Strengths (Advantages)	Weaknesses (Limitations)
Mahriya / Awadiya	55% – 60%	Al Mahrah, Hadramout (Eastern Region)	High milk yield (8-12 liters/day); massive physique & excellent weight gain; tall stature & high speed (suitable for racing/transport).	Higher nutritional requirements; relatively sensitive to severe environmental shifts and coastal humidity.
Ashhab / Sahab / Arabi	25% – 30%	Al Jawf, Marib, Shabwah, Saada, Highlands	Exceptional tolerance to severe drought & water scarcity; highly efficient in utilizing poor desert shrubs; excellent immunity & resistance to blood parasites/diseases.	Moderate to low milk yield (3-5 liters/day); relatively slower weight gain compared to the Mahriya breed.
Arak / Tihamiya	10% – 15%	Coastal Plains (Al Hudaydah, Taiz, Lahj, Abyan)	High adaptation to extreme heat & humidity; unique ability to graze in salt marshes and on Arak trees; excellent meat quality & high dressing percentage.	Smaller body size and lower carcass weight; decreased productivity outside the tropical coastal environment.

A wide production and consumption gap is evident within the camel sector. While official Ministry of Agriculture statistics recorded a production of no more than 3,242 tons of meat and 3,209 tons of milk in 2021, field estimates and the reality of unregistered slaughter suggest that actual consumption exceeds 18,000 tons annually. The limited coverage of official domestic production against total demand creates a protein gap bridged by importing frozen meat or live camels from the Horn of Africa. This disparity clearly reflects on per capita consumption rates; the officially recorded national average is just 0.11 kg/capita annually, whereas actual consumption in the eastern and coastal governorates (Al Mahrah, Hadramout, Al Hudaydah) jumps to between 3.5 and 4.0 kg/capita annually. Regarding milk self-sufficiency, while it reaches 95% within direct Bedouin and pastoral communities, it plummets below 1% in cities and urban centers due to a lack of cold chain networks and collection systems.

In terms of cross-border trade, the sector experiences dual flow dynamics. The first involves imports (formal and informal) of live camels from the Horn of Africa (Somalia and Ethiopia) via the ports of Mocha, Ash Shihr, Shuqrah, and Al Hudaydah, averaging between 30,000 and 45,000 head annually to meet the growing demand for low-cost meat in urban centers. This, however, poses veterinary risks and challenges regarding transboundary epidemic transmission. Conversely, there is an active, informal export trade across the land borders with Saudi Arabia and Oman for premium racing and riding breeds, such as the Mahriya and Awadiya, with an estimated flow of 4,000 to 7,000 head annually at high premium prices.

A note on the data: the official 2021 milk figure (3,209 tons) is difficult to reconcile with a herd of 457,870 head, and likely reflects registered dairy sales rather than the household and pastoral milk that Bedouin communities consume directly without ever entering a market. The Horn-of-Africa import volumes and the >18,000-ton actual-consumption estimate above are field-based approximations rather than customs-verified figures, and should be treated as indicative of scale rather than precise counts.

Value Chain Stages Analysis

Production Inputs and Genetic Assets

Camel feeding systems in Yemen rely primarily on direct grazing, with a clear ecological variation between regions. In the eastern governorates (Al Mahrah, Hadramout, Al Jawf, and Shabwah), desert and wadi shrubs—such as Umbrella Thorn Acacia (Acacia tortilis), Christ’s Thorn Jujube (Ziziphus spina-christi), Hammada salicornica, and Harmal—constitute 80% to 90% of herd forage during rainy seasons. Conversely, the grazing system in the coastal strip and the plains of Tihama, Lahj, and Abyan relies on Arak trees (Salvadora persica), coastal halophytes (salt marshes), and mangrove shrubs (Avicennia marina), which are particularly suited to the Arak breed. However, periods of drought and delayed rainfall force pastoralists to shift toward supplementary feeding by purchasing dry fodder and concentrates, such as sorghum stalks (Qashab), alfalfa, pure bran (Bosha), and barley and sorghum grains. This raises the operational feeding cost per head to between 2.0 and 3.5 USD daily (3,000 – 5,000 YER), creating a burden that drives smallholders toward distressed selling. Furthermore, feed accounts for 68% to 75% of total expenses in semi-intensive fattening operations around cities.

On the health front, camel herds face a complex array of epidemiological and parasitic challenges. Foremost is Trypanosomiasis, locally known as Huyam or Surra (Trypanosoma evansi), which is the most lethal and destructive disease to animal productivity, causing abortion, emaciation, and mortality. This is followed by Sarcoptic mange (Sarcoptes scabiei var. cameli), which spreads rapidly due to crowding around watering holes (Mawaris). Other threats include tick-borne blood parasites (such as Theileria and Babesia), and viral/bacterial diseases like Camelpox and Brucellosis (contagious abortion), which threatens public health through the consumption of raw milk. This veterinary reality is exacerbated by an almost total absence of government services and clinics in desert areas, and the prevalence of counterfeit or spoiled veterinary drugs due to disrupted cold chains—even though the private sector imports about 85% of medicinal needs. Consequently, 60% to 70% of breeders resort to traditional folk medicine, such as hot iron cauterization and smearing animals with crude oil or tar. These practices often mutilate the hides, deteriorating the commercial value of the carcasses.

Regarding genetic asset management, the sector remains 100% reliant on traditional natural mating based on inherited sires of known lineage, such as the Mahriya Awadiya sires for milk and racing, and Arak sires for meat production. This is coupled with a complete absence of modern reproductive technologies in Yemen, such as artificial insemination centers, semen cryopreservation banks, and embryo transfer, which limits opportunities for the systematic genetic improvement and selection of promising local breeds.

Breeding and Production

Camel breeding and production systems in Yemen are divided into two main patterns. The first is the “Traditional Open Pastoralism and Desert Nomadic System,” which accounts for approximately 82% of the national herd. This system is concentrated in the deserts of Al Mahrah (Hat, Man’ar, Shehn), Hadramout (the Valley and Northern Desert), Al Jawf (Khabb wa ash Sha’af), and Shabwah (Arma, Jardan, Nisab). It relies on continuous mobility and nomadism in search of rainfall and pasture. Pastoral families reside in Bedouin tents or encampments (Azab). Milking is done manually two to three times a day (dawn, afternoon, and evening) after stimulating the calf to induce let-down. Milk is often collected in traditional wooden bowls or unsterilized plastic containers.

Conversely, the “Semi-Intensive Fattening System” represents between 15% and 18% of the activity, settling in the belts surrounding major urban markets in Sanaa, Al Hudaydah, Taiz, Aden, and Marib. Livestock traders and butchers purchase young camels (calves/Hashi/Qa’dan, aged 1.5 to 2.5 years and weighing 180–220 kg) to fatten them in pens or miniature feedlots on rations of sorghum cane, wheat bran, and barley for 120 to 180 days until they reach a marketable weight of 350 to 400 kg.

Regarding technical indicators, a wide gap emerges between the field reality and the herd’s latent genetic potential. While the average daily production of the Mahriya and Awadiya camels in the desert ranges between 4.0 and 6.5 liters, and the coastal Arak camel between 2.0 and 3.5 liters over a lactation period of 10 to 14 months, the genetic potential of an improved Mahriya camel can reach 10.0 to 14.0 liters daily under balanced nutrition. The same disparity occurs in growth rates and feed conversion efficiency. Traditional fattening programs achieve a modest weight gain of 380 to 520 grams daily with a poor conversion ratio (1:11 to 1:13 kg feed per kg of growth), whereas a weight gain of 750 to 900 grams daily with a conversion efficiency of 1:8.5 can be achieved using concentrated, energy- and protein-balanced rations.

In terms of reproductive performance and calf health, the calving interval extends to between 24 and 30 months in the open pastoral system (averaging one birth every two to two-and-a-half years) due to malnutrition and delayed estrus cycles. This decline is coupled with a sharp increase in calf mortality, reaching between 16% and 22% during the first three months of life. This loss is attributed to the outbreak of bacterial diarrhea caused by E. coli and Salmonella, Rotavirus infections, exposure to extreme cold in desert environments, and nutritional deficiency diseases, particularly Selenium and Vitamin E deficiencies.

Post-Production Transactions and Primary Processing

Post-production transactions for camels face complex logistical challenges, beginning with overland transport. Animals designated for slaughter are transported from major production centers in Al Mahrah, Hadramout, Al Jawf, and Shabwah to large urban centers in Sanaa, Aden, Taiz, and Ibb via open trucks. They cover distances of 400 to 1,200 km across rugged mountainous and desert roads in grueling journeys lasting between 24 and 48 hours. Due to the crowding of standing animals in conditions lacking protective shading and drinking water, the livestock suffer from severe stress-induced shrinkage, losing between 8% and 12% of their live weight due to severe dehydration and the depletion of fat reserves in the hump. Concurrently, 15% to 20% of the animals sustain fractures, wounds, and traumatic contusions from vibrations and falls, prompting butchers to impose price deductions ranging from 15% to 25% of the carcass’s total value.

Regarding dairy products, traditional handling patterns prevail. Camel milk in the desert is consumed fresh and raw, without pasteurization or boiling, based on widespread beliefs about its direct healing properties. A portion is converted into fermented milk (Haqeen or sour milk) by storing it in leather or plastic vessels. Losses in this segment are exacerbated by the complete lack of collection center networks and cold chains in major production areas. High temperatures accelerate milk fermentation and increase acidity, leading to the spoilage and disposal of 30% to 35% of the morning milk production during peak seasons, or forcing breeders to feed it to calves or donate it without economic return.

In terms of slaughtering practices and meat safety, over 80% of operations are conducted outside official municipal slaughterhouses, taking place in butchers’ backyards, open markets, or streets. This results in the absence of rigorous veterinary inspections before (ante-mortem) and after slaughter (post-mortem), elevating the risk of zoonotic disease outbreaks such as Brucellosis, Tuberculosis, and Tapeworms, thereby threatening public health. These practices also negatively impact by-products; over 60% of camel hides are torn and damaged due to the use of improper manual knives and a lack of technical expertise in flaying. Furthermore, the absence of immediate primary curing and salting with coarse rock salt (NaCl) leads to hide putrefaction, completely stripping them of their manufacturing and export value, ultimately ending up as contaminated waste in public landfills.

Manufacturing and Value Addition

The camel food processing sector in Yemen suffers from a total absence of modern processing operations. The proportion of camel milk directed to standardized processing stands at 0%, with no specialized facilities or production lines for its automated pasteurization or packaging. This has led major local dairy companies to rely entirely on imported powdered cow’s milk to cover their production of liquid milk and processed dairy. The same scenario applies to the meat sector, where camel meat (Hashi and Qa’ud) is marketed exclusively as a fresh, raw product, given the lack of facilities dedicated to producing frozen meat, minced meat, sausages, or canned goods.

This manufacturing stagnation is due to a set of compounding structural obstacles, led by severe energy crises caused by public electricity grid outages and the steep rise in fossil fuel (diesel) prices, rendering the operation of generators and cold chains economically unfeasible. This crisis is worsened by the geographical dispersion of camel holdings deep within the vast deserts of Al Mahrah, Hadramout, and Al Jawf, making the daily collection of economical quantities of milk a highly complex logistical challenge due to the lack of paved roads. Additionally, banking and financial institutions are reluctant to grant soft investment loans due to the high operational risks associated with this sector.

In parallel, the sector faces a massive waste of economic potential in its by-products. Despite the high durability and endurance of camel hides, the national economy loses lucrative financial returns due to the absence of modern, specialized tanneries, causing raw hides to be sold at nominal prices of just one or two dollars apiece or discarded as waste. Furthermore, the utilization of camel wool—which is sheared in the spring using primitive manual methods—is limited to traditional spinning for making Bedouin rugs and tents, failing to penetrate the high-value global textiles and luxury fashion industries. This waste extends to manure, which is left in enclosures and pens without thermal treatment or biological fermentation. This deprives the agricultural sector of nitrogen-rich organic fertilizer and misses opportunities to establish biogas production units for generating electricity in rural areas.

Markets and Pricing Dynamics

Central livestock markets in Yemen—notably Bajil and Bayt al-Faqih in Al Hudaydah, Al Falaj and Marib General in Marib, Al Ain and Arma in Shabwah, and Al Ghaydah and Shehn in Al Mahrah—are almost entirely dominated by networks of middlemen and traders (brokers). Sales and pricing evaluations are conducted via “visual estimation” of the hump size and live weight, given the total absence of standardized live scales, alongside the imposition of high brokerage commissions ranging from 3% to 5%, deducted from both the buyer and the seller. This, coupled with the lack of real-time price information, weakens the negotiating power of pastoralists arriving from Al Mahrah, Hadramout, and Al Jawf, forcing them into quick sales to avoid the daily financial burdens of market housing and feeding, which range from 4.0 to 6.0 USD per head.

Market dynamics are characterized by sharp seasonality and wide price fluctuations. Demand and prices surge by 40% to 65% during peak seasons like Eid al-Adha and the holy month of Ramadan, with the price of an excellent calf or Hashi reaching between 1,200 and 1,800 USD, driven by growing preference in the Capital Secretariat and major cities for Hashi meat as a competitive alternative to beef and other ruminants. Conversely, periods of drought and delayed rainfall create an opposing reality leading to “distressed selling.” Pastoralists are forced to inject large numbers of their herds into the markets to prevent them from perishing or because they cannot afford alternative feed costs. This creates a supply glut that drives prices down by 35% to 50%, inflicting heavy financial losses on breeders to the benefit of aggregating merchants.

This market distortion is reflected in the inequitable distribution of price margins along the value chain. Middlemen and retailers (butchers) capture over 50% to 52% of the total net profit margin generated across the chain. Meanwhile, smallholder breeders and pastoralists—who bear all the pastoral and veterinary risks, as well as feeding and breeding costs over two or three years—receive no more than 45% to 48% of the final price paid by the consumer.

Value Chain Map

Key Value Chain Actors

The camel sector value chain in Yemen consists of eight main groups of direct actors. The following table outlines their field roles, operational weaknesses, and proposed developmental improvements:

Value Chain Actor	Importance and Role	Shortcomings (Weaknesses)	Proposed Development and Improvements
1. Input, Drug, & Feed Suppliers	Provide veterinary supplies, dry/concentrate feed, and pastoral equipment; secure supplementary feed during droughts.	High cost of concentrated feeds and veterinary supplies; prevalence of fake drugs and poor vaccine storage due to lack of cooling; import monopolies and lack of specialized camel feed blends.	Ban and penalize the trade of fake drugs and tighten veterinary oversight; support the establishment of local plants to manufacture compressed feed blocks for camels; provide customs exemptions for camel feed and vaccine inputs.
2. Smallholder Breeders & Pastoralists	The backbone of the sector (owning >82% of the herd); manage breeding, milking, and food liquidity in the desert; preserve genetic assets.	Technical illiteracy and lack of modern veterinary knowledge; total reliance on folk medicine; weak negotiating power and distressed selling during droughts; high calf mortality (up to 22%).	Organize breeders into specialized pastoral cooperatives; implement field extension programs and distribute neonatal care packages; provide soft Islamic microfinance for supplementary feed; establish community strategic feed warehouses in deserts.
3. Camel Fattening Traders (Semi-intensive)	Purchase young calves (Hashi) for fattening near cities; supply urban markets with fresh meat year-round.	Poor feed conversion efficiency (1:12) due to unbalanced rations; high feeding costs (>70% of operational cost); lack of weight standards (visual estimation).	Introduce protein and energy-balanced feed formulas to boost weight gain; introduce electronic scales for weekly fattening evaluation; provide periodic veterinary inspection services within feedlots.
4. Brokers, Aggregators, & Middlemen	Link desert producers to central urban markets; aggregate bulk quantities and secure primary logistics.	Exploiting breeders’ ignorance of market prices and imposing double commissions (3%-5%); monopolistic price control via visual estimation; delaying payments to pastoralists.	Regulate the brokerage profession and document transactions with certified contracts; create daily electronic platforms publishing live camel and meat prices; mandate all brokers to trade using live electronic scales.
5. Transporters & Truck Owners	Transport live camels from production areas to cities; feed national supply chains with meat and milk.	Transporting animals in unequipped trucks over long distances (400-1200 km); severe stress shrinkage (8%-12%) and carcass bruising; lack of shading and water during transit.	Design and approve modern livestock trailers with partitions and sunshades; enact legislation banning abusive loading and mandating rest stops; include drinking water and veterinary care during land transport.
6. Slaughterhouses & Butchers	Provide fresh camel meat (Hashi) to consumers; flay, cut, and distribute meat to shops.	Random slaughtering outside official slaughterhouses (>80%); lack of veterinary screening for zoonotic diseases; abusive manual flaying that ruins hides.	Shut down random slaughter yards and upgrade municipal slaughterhouses with automated lines; activate strict ante- and post-mortem inspections; train butchers on pneumatic flaying and immediate hide salting.
7. Dairy & Meat Processors (Currently Non-existent)	Maximize value addition and extend product shelf life; manufacture pasteurized dairy, cheeses, and processed meats.	Total absence of camel milk pasteurization lines (0% processing); major companies rely on imported cow milk powder; electricity outages and scarce cold chain logistics.	Establish the first model factory for pasteurizing and packaging organic camel milk; support cheese and fermented milk projects in Wadi Hadramout and Al Mahrah; provide processing and packaging lines for fresh and frozen meat.
8. Retailers & Market Outlets	Deliver fresh meat and dairy to end consumers in cities; directly interact with consumer preferences.	Poor meat storage/cooling in retail shops and fly accumulation; lack of food safety and sanitary packaging standards; continuous disruption of fresh milk supply to cities.	Expand specialized, modern refrigerated outlets for camel meat; utilize Vacuum Packaging; market camel milk as a premium, pasteurized, and sterilized health product.

Relevant Stakeholders

The camel value chain in Yemen is influenced by the policies and institutional performance of several governmental, research, and developmental entities. The following table outlines their importance, current shortcomings, and proposed developmental interventions:

Stakeholder / Supporting Institution	Importance and Role	Shortcomings (Current Performance)	Proposed Institutional Interventions
1. Ministry of Agriculture, Irrigation & Fisheries	Draft national agricultural policies/strategies; provide veterinary, extension, and quarantine services.	Scarcity of operational budgets and lack of national tagging programs; absence of field veterinary detachments in Al Mahrah and Al Jawf deserts; weak enforcement of slaughterhouse and import regulations.	Allocate dedicated operational budgets for the camel sector and launch “National Tagging”; deploy a fleet of 4WD mobile veterinary clinics to the desert; tighten quarantine oversight on livestock imported from Africa.
2. Agricultural Research and Extension Authority (AREA)	Conduct applied scientific research to improve breeds; improve forage rations and combat pests/epidemics.	Near-total halt of field research activities for camels; lack of gene banks and AI for camel breeds; weak linkage between research outputs and desert breeders.	Establish a “Camel Improvement and Genetics Center” at the Eastern Strip research station; launch a genetic selection program for Mahriya and Arak breeds; prepare manuals/bulletins on standardized camel rations.
3. Agricultural and Community Cooperatives	Organize breeders’ efforts and increase negotiating power; manage service, water, and feed points in the desert.	Weak institutional and financial capacity of existing cooperatives; roles limited to individual/small initiatives; lack of qualified administrative and marketing personnel.	Establish a “National Cooperative Association for Camel Producers and Pastoralists”; build capacity in financial management and marketing; empower cooperatives with milk collection centers and community feed warehouses.
4. Microfinance Banks & Financial Institutions	Provide loans and financial portfolios to develop activities; finance feed, pen upgrades, and transport trucks.	Reluctance to finance pastoral breeding due to high risks; prohibitive credit conditions and guarantees for nomads; lack of approved financial products fitting the long camel production cycle.	Launch flexible Islamic finance products (Murabaha/Musharaka) tailored for camels; accept group guarantees via pastoral cooperatives instead of real estate; provide financing with extended repayment periods matching calf growth/fattening.
5. Int’l & Dev Orgs (FAO, ICRC, SFD)	Finance emergency and sustainable rural development projects; distribute vaccines, combat epidemics, and support food security.	Focus of interventions on relief aid and temporary solutions; weak coordination of interventions with sustainable value chains; ignoring milk collection and veterinary slaughter infrastructure.	Direct organizational funding toward building solar-powered milk collection centers in the desert; finance comprehensive, sustainable national vaccination campaigns against Surra; support SME projects processing hides, wool, and organic fertilizer.
6. Yemen Standardization, Metrology and Quality Control Org (YSMO)	Set standard specifications for quality, safety, and products; monitor the quality of dairy, meat, feed, and drugs.	Lack of national standard specifications for camel milk and cheese; weak oversight of scales/equipment in central livestock markets; limited monitoring of retail camel meat safety.	Issue and update Yemeni standard specifications for camel milk and meat; conduct periodic, systematic calibration of livestock scales in central markets; enforce sanitary packaging, wrapping, and cooling requirements for meat.
7. Local Councils & City Market Administrations	Manage and regulate livestock markets and municipal slaughterhouses; collect fees and regulate livestock trade.	Collecting financial fees without providing cleaning and housing services; neglecting market pen organization and lacking transparent electronic scales; permitting random slaughtering in city streets and neighborhoods.	Rehabilitate and organize central markets (Al Rahaba, Bajil, Marib) and equip them with sunshades; install networked electronic live scales with wide displays in markets; enforce laws banning slaughter outside official slaughterhouses and mandate cooling for butchers.

Matrix of Strategic Interventions

To translate the recommendations and diagnostic solutions presented in the third phase into applicable and measurable field projects, each strategic intervention has been linked to an appropriate investment/development financing model. The estimated cash costs, along with the designated timeframes and organizational scopes, have been defined as detailed in the matrix below:

Value Chain Node / Axis	Proposed Strategic Intervention	Financing Model & Proposed Implementation Mechanism	Estimated Cost (USD)	Timeframe	Implementing Agencies & Partners
1. Inputs & Assets	• Establish strategic dry feed warehouses. • Monitor drug imports and localize vaccines.	Blended Finance: 60% development grant (FAO/World Bank) + 40% cooperative contribution via cost-recovery contracts.	1,200,000	12-18 months	• Ministry of Agriculture. • FAO. • Cooperative Associations.
2. Production & Care	• Mobile veterinary clinics in deserts. • Neonatal care packages to reduce mortality. • Establish a national tagging and breeding registry.	Developmental Solidarity Financing: 80% donor grant + 20% subsidized service fees from breeders to a veterinary fund.	850,000	18-24 months	• General Directorate of Veterinary Services. • Agricultural Research Stations. • Red Cross.
3. Post-Production	• Establish solar-powered milk collection centers. • Provide equipped livestock transport trucks. • Introduce pneumatic flaying tools and immediate salting.	Public-Private-Community Partnership (PPCP): 50% Social Fund for Development (SFD) grant + 50% Islamic investment portfolio via microfinance banks.	1,500,000	12-24 months	• Social Fund for Development (SFD). • Al-Amal / Kuraimi Bank. • Livestock transporters and butchers.
4. Value Addition & Processing	• Establish the first camel milk pasteurization and packaging factory. • Create hair spinning labs and biogas units.	Direct Commercial Investment / Diminishing Partnership: Local private sector invested capital with a supporting portfolio from development banks.	2,200,000	24-36 months	• Private sector investors. • Tadhamon / Al-Amal Bank. • Ministry of Industry and Research.
5. Marketing & Markets	• Install electronic live scales in markets. • Establish a National Association for Camel Breeders. • Provide soft microfinance lines.	Mutual & Low-Cost Self-Financing: 50% sovereign resources of local councils + 50% bank portfolios recovered through transparent real-weight fees.	400,000	6-12 months	• Governorate Local Councils. • Agricultural Cooperative Union. • Microfinance Banks.
Grand Total	Comprehensive and integrated plan to advance the sector	Multi-partner financing system (developmental, investment, and local)	6,150,000	Over 3 years	Comprehensive strategic partnership

Economic Modeling and Feasibility Study

Cost Breakdown per Unit

The following table presents a cost model for the fattening cycle of a single camel (age 2–3 years, 180-day fattening cycle reaching a live weight of 380 kg):

Cost Item	Details and Technical Specifications	Estimated Cash Cost (USD)	Percentage of Total Cost (%)
Animal Purchase (Raw Material)	Local calf (Qa’ud / Hwar) (initial live weight 200-220 kg)	450.00	58.44%
Feeding & Forage	Concentrates + Qashab and dry grasses (average 4.5 kg/day)	210.00	27.27%
Veterinary Care & Medicines	Parasite drenching, mange treatments, and vaccines	18.00	2.34%
Labor & Supervision	Per-head share of the shepherd/field worker’s wage	40.00	5.19%
Water & Energy	Drinking water, washing, and operational energy	15.00	1.95%
Transport & Logistics	Transporting the animal to and from the farm/market	22.00	2.86%
Depreciation & Miscellaneous	Equipment and pen depreciation (2%) and emergency contingencies	15.00	1.95%
Total Production Cost	Cost per head ready for sale (live weight 380 kg)	770.00	100.00%

Key Indicator: Cost of producing 1 kg live weight = $770 / 380 kg = $2.03 / kg live weight.

The statistical and economic analysis of the previous table’s data reveals a clear structural dominance of purchasing and feeding costs. The initial animal purchase (Qa’ud / Hashi) accounts for 58.44%, while direct feed and nutrition costs represent 27.27%. Together, they constitute 85.71% of total operational costs, placing the profitability of fattening farms at the mercy of initial purchase prices in the desert and the price fluctuations of dry and concentrated feeds.

Conversely, the analysis highlights a significant margin for improving feed conversion efficiency and healthcare. The percentage allocated for veterinary services is notably low, not exceeding 2.34% of the total cost, reflecting a severe shortfall in periodic preventive measures. This indicates that improving the efficiency of feed rations and effectively combating parasites would raise daily growth rates and reduce the total cost of producing one kilogram of live weight from $2.03 to below $1.65.

Value Added and Price Margins Distribution

The following table tracks the value chain for the sale of camel meat (Price per kilogram of net meat for the final consumer in the Capital Secretariat):

Value Chain Stage	Selling Price at End of Stage ($/kg)	Value Added Cost at Stage ($/kg)	Net Profit Margin ($/kg)	Net Margin Percentage of Final Price (%)
1. Shepherd / Breeder (Farm)	4.20	3.20	1.00	11.76%
2. Aggregator / Middleman (Broker)	4.90	0.35	0.35	4.12%
3. Transporter & Central Trader	5.80	0.50	0.40	4.71%
4. Butcher / Retail Slaughterhouse	8.50	1.10	1.60	18.82%
Cumulative Total	8.50	5.15	3.35	39.41%

The statistical and economic analysis of the data reveals a structural imbalance in the equitable distribution of profit margins along the value chain. The retailer (butcher) captures the largest share of the net profit margin, approximately 18.82% of the final consumer price, even though their operational cycle lasts only a few days. This contrasts sharply with the smallholder breeder’s share, which does not exceed 11.76%, despite bearing all production and pastoral risks, as well as the feeding burdens extending over a period of two to three years.

This imbalance is deepened by the multiplicity of transaction and brokerage nodes; middlemen (brokers) and transporters deduct a combined net margin of 8.83% without adding any real value to the food product’s quality. These findings underscore the strategic importance of organizing breeders into direct marketing cooperatives that help reduce transaction nodes and bridge the price gap, thereby ensuring fair returns for the primary producer and serving the final consumer’s interest.

Feasibility Study for a Camel Hair Carpet and Warm Clothing Production Facility

• Proposed Project Name: “The National Facility for Processing and Spinning Camel Hair Textiles (Sheba for Heritage & Textiles)”
• Nature of Activity: A transformative and manufacturing facility designed to revive the added value of camel hair and wool outputs in Yemen. It involves aggregating raw materials from breeders and Bedouins in the governorates of (Al Mahrah, Hadramout, Al Jawf, Shabwah); sorting, washing, ginning, and spinning it; and subsequently weaving and tailoring premium traditional carpets, warm winter clothing, royal Bishts/Mishlahs, and high-quality winter jackets and shawls.
• Proposed Location: The Industrial Zone in Hadramout Governorate (Al Mukalla / Wadi Hadramout) or Al Mahrah (Al Ghaydah), strategically located near major aggregation zones, ports, and urban areas.
• Target Operational Capacity: Processing 50 tons annually of raw wool and hair, producing approximately 12,000 pieces of textile clothing and shawls, and 2,500 heritage carpets and rugs annually.

 Marketing Study and Competitive Advantage

• Raw Material Availability: Yemen possesses 457,870 head of camels. A camel produces an average of 0.8 to 1.5 kg of premium raw wool and hair annually.
• Technical Characteristics of the Hair: Camel hair features exceptional thermal insulation properties, extreme lightweight compared to sheep’s wool, high fiber durability and strength, resistance to moisture absorption and foul odors, and is hypoallergenic.
• Target Markets:
  1. The Local Yemeni Market: Heritage and winter clothing stores in major cities (Sanaa, Aden, Hadramout, Taiz), as well as heritage exhibitions and festivals.
  2. Regional and International Export: Neighboring Arabian Gulf markets (Saudi Arabia, Oman, UAE), where a winter Mishlah/Bisht or a carpet made from authentic natural camel hair is sold at premium prices ranging between $250 and $800 per piece.

Description of the Production Process

The manufacturing and processing chain for camel wool and hair begins with the purchasing and initial aggregation phase from breeders’ cooperatives in Al Mahrah and Hadramout governorates during the spring shearing seasons. This is followed by washing and thermal cleaning using warm water and neutral detergents to remove dirt, oils, and grease without compromising fiber integrity. The raw material then moves to the drying and untangling stages in preparation for separating the coarse hair from the fine undercoat wool (Dehairing). It then undergoes carding, combing, and ginning processes to transform the fibers into soft slivers and parallel yarns.

In the subsequent stages, automated and semi-automated spinning operations are conducted to produce yarns of various thicknesses suitable for different applications—from fine yarns for fashion and shawls to thick yarns for carpet making. These then pass through the dyeing and weaving stages, where some yarns are dyed using natural dyes while preserving authentic traditional colors such as blonde, brown, grey, and white. They are woven on traditional manual and modern looms to produce blankets, carpets, and various fabrics. The chain concludes with the tailoring, sewing, and final finishing stage to produce coats, Mishlahs, and winter shawls, which are then thermally sealed in premium packaging in preparation for market distribution.

Capital Investment Costs (CapEx)

Fixed Capital Item	Description and Technical Specifications	Cost (USD)	Percentage (%)
Land & Buildings	Processing and manufacturing hangar (1200 m²) + administration and warehouses	120,000	31.58%
Washing & Carding Line Machinery	Thermal sorting and washing line + automated hair detangling and drying unit	65,000	17.11%
Spinning & Ginning Machinery	Automated fine spinning and carpet spinning machines (4 lines)	55,000	14.47%
Weaving Looms & Sewing	2 semi-automated carpet looms + 10 industrial sewing/embroidery machines	40,000	10.53%
Power & Water System	Hybrid solar system (50 kW) + backup diesel generator (100 kVA) + desalination plant	45,000	11.84%
Transport & Logistics	3.5-ton medium truck for raw hair aggregation + distribution vehicle	30,000	7.89%
Pre-operating Expenses & Licensing	Studies, industrial licenses, staff training, and administrative furnishing	25,000	6.58%
Total Investment Costs	Total Required Fixed Capital (CapEx)	380,000	100.00%

Annual Operating Costs (OpEx)

Operating Cost Item	Annual Operational Quantity and Details	Annual Cost (USD)	Percentage (%)
Raw Materials (Raw Wool & Hair)	Purchase 40 tons of raw wool from pastoralists at $2.5 / kg	100,000	37.45%
Direct Labor Wages	18 workers, artisans, textile engineer, and administrative staff	60,000	22.47%
Chemicals, Dyeing & Packaging	Natural dyes, neutral washing soap, premium boxes, and packaging	18,000	6.74%
Power, Fuel & Maintenance	Generator diesel, periodic machinery maintenance, and spare parts	40,000	14.98%
Transport, Aggregation & Logistics	Shipping raw materials to and from Al Mahrah and Al Jawf	25,000	9.36%
Marketing, Admin & Misc. Expenses	Marketing campaigns, exhibitions, building/machinery depreciation (6%)	24,000	8.99%
Total Annual Operating Costs	Total Annual Working Capital and Operations (OpEx)	267,000	100.00%

Expected Annual Revenue Structure

Final Product	Annual Quantity Produced	Average Wholesale / Piece Selling Price (USD)	Total Annual Revenue (USD)
Heritage Carpets & Rugs (Camel Hair)	2,000 m² (pieces of various sizes)	$90.00 / sq.m	180,000
Warm Mishlahs/Bishts & Jackets	1,500 premium pieces	$120.00 / piece	180,000
Shawls, Shemaghs & Winter Blankets	4,000 pieces	$30.00 / piece	120,000
Coarse Hair Waste for Traditional Spinning	8 tons of sorted coarse hair	$1.50 / kg	12,000
Total Annual Revenues	Target local and regional sales	–	492,000

Financial Indicators and Economic Feasibility Assessment

Economic / Financial Indicator	Calculated Value for the Project
Annual Net Operating Profit	$225,000 / year
Net Profit Margin	45.73%
Return on Investment (ROI)	59.21%
Payback Period	1.69 years (~20 months)
Break-even Point	42.3% of total capacity
Internal Rate of Return (IRR)	51.3%

Social, Environmental, and Developmental Impact

The project contributes to generating promising developmental opportunities at both the rural and urban levels. It creates 18 direct, permanent job opportunities within the facility, alongside securing an additional and sustainable income for more than 2,500 Bedouin pastoral families in the deserts of Al Mahrah, Hadramout, and Al Jawf by purchasing camel hair at lucrative prices of $2.5 per kilogram, rather than it being wasted or sold at nominal prices. This economic return is integrated with a social dimension focused on reviving heritage crafts and empowering women, by employing and integrating female artisans and rural women in the sorting, embroidery, and traditional hand-weaving processes.

On the environmental sustainability front, the project achieves circular efficiency by transforming previously wasted secondary organic by-products into premium, high-value products. This contributes to import substitution and reduces the consumption of environmentally harmful synthetic fiber and polyester clothing.

Data and Sources

1. Ministry of Agriculture and Irrigation – Yemen: Annual Agricultural Statistics Yearbook (Livestock Numbers and Production 2017–2021).
2. Food and Agriculture Organization (FAO): Reports on the State of Food Security and the Livestock Sector in Yemen (2020–2023).
3. Central Statistical Organization (CSO) – Yemen: Annual Statistical Yearbook and Rural Economic Studies.
4. Arab Organization for Agricultural Development (AOAD): Studies on the Advancement of Camel Production in the Arab World and their Value Chains.
5. Peer-Reviewed Field Studies: Scientific papers published by the Faculties of Agriculture (Sanaa University, University of Aden, and Hadramout University) regarding Yemeni camel breeds and outbreaks of Trypanosomiasis (Surra) and Mange.

Notes:

• The numerical statistical data regarding herd numbers, meat and dairy production, and their geographical distribution relies on the official bulletins of the Republic of Yemen (2017 – 2021). As for detailed technical indicators (such as feed conversion ratios, price margins, spoilage rates, and factory feasibility studies), Standard Value Chain Modeling was utilized. This approach relies on internationally approved estimates and metrics from the FAO, AOAD, and agricultural expert estimations.
• Given that officially recorded data for meat is restricted to slaughtering within approved slaughterhouses, and for milk to direct sales, “Estimative Modeling of Actual Production” based on FAO standards was employed to calculate field-level self-consumption in the deserts and unregistered slaughtering in rural areas.