The Carrot Value Chain in Yemen

Executive Summary

This article presents a comprehensive evaluative and descriptive analysis of the carrot (Daucus carota) value chain in the Republic of Yemen. It aims to diagnose the current situation, identify structural gaps, and design a package of strategic interventions and investment opportunities capable of transforming the sector from a traditional paradigm to a modern, highly profitable productive and industrial model.

The total cultivated area of carrots in Yemen is approximately 1,621 hectares (according to 2021 data), yielding a total production of 14,288 metric tons. Cultivation is primarily concentrated in the Sana’a governorate, which alone accounts for 65.3% of national production. However, Yemen records a critically low national average yield of 8.814 tons/hectare compared to global averages (35–40 tons/hectare), reflecting a productivity gap of up to 70%.

This decline is attributed to four critical bottlenecks plaguing the sector: the widespread prevalence of the root-knot nematode (Meloidogyne), exposure to frost waves (“winter frost”), primitive washing practices using contaminated water in open pools, and packaging in heavy burlap and jute sacks that cause the breaking and crushing of roots. Consequently, this elevates quantitative and qualitative post-harvest losses to between 28% and 38% annually.

Furthermore, the market is characterized by severe price fluctuations exceeding 500% between summer seasons of abundance and winter seasons of scarcity. This is accompanied by the weak bargaining power of farmers, who capture only 35% to 40% of the final consumer price. Conversely, an economic comparison demonstrated that adopting recommended agricultural practices (such as the use of precision seeders, soil solarization, composting, and drip irrigation) triples the yield per hectare to 28 tons/hectare, and elevates the farmer’s net profit from a state of loss or marginal profit to over USD 5,020 per hectare, with an average Return on Investment (ROI) exceeding 300%.

Implementing these modern practices will result in an absolute production increase of +31,100 tons annually, bringing total production to 45,388 tons. This surplus presents a strategic opportunity to supply local processing lines (e.g., jams, powders, and dehydrated products) and to export between 12,000 and 18,000 tons annually to Gulf Cooperation Council (GCC) countries, which currently import over 250,000 tons annually. In this context, a feasibility study for a standardized carrot jam production facility (with a capacity of 150 tons/year) proved a promising financial viability: requiring an initial investment capital of USD 105,000, generating an annual net profit of USD 110,333, and boasting a highly rapid payback period not exceeding 11.4 months (0.95 years).

Introduction

The origin of the carrot (Daucus carota subsp. sativus) traces back to Central Asia and the Middle East (specifically Persia and Afghanistan). Historical botanical surveys reveal that the earliest varieties were characterized by purple and yellow colors. Carrot cultivation spread to the Mediterranean basin and Europe between the 10th and 14th centuries CE. The 17th century witnessed a pivotal turning point in the crop’s history in the Netherlands, where farmers conducted hybridization and selective breeding, producing the orange varieties rich in Beta-carotene that dominate globally today.

Internationally, carrots are considered a strategic root vegetable crop. According to Food and Agriculture Organization (FAOSTAT) data, the global annual production of carrots and turnips ranges between 42 and 45 million metric tons, cultivated across an area exceeding 1.13 million hectares, with a global average yield of approximately 37 tons/hectare. China leads global production with a market share exceeding 55%, followed by Uzbekistan, the United States, Russia, Egypt, and Morocco. The value of global trade in fresh and processed carrots exceeds USD 1.5 billion annually.

Carrot cultivation in Yemen is an ancient and deeply rooted agricultural practice, particularly in mountainous highlands and valley bottoms (wadis) with light sandy-loam soils. Carrots hold a special status in the traditional irrigated farming paradigm due to their adaptability to winter temperature fluctuations and their importance in local consumption patterns.

Yemeni carrots—especially the local landraces cultivated in the highlands—possess unique organoleptic and nutritional characteristics. They acquire a prominent sweetness and a crunchy texture due to a high concentration of Total Dissolved Solids (TDS/Brix), resulting from high solar radiation rates and a significant diurnal temperature variation (the difference between day and night temperatures). They also enjoy a competitive advantage as a semi-organic health product with low levels of chemical residues, given that a vast segment of smallholder farmers operates under a production system reliant on organic fertilization and limited chemical interventions. In addition, their varietal and seasonal diversity, coupled with high adaptability to multiple planting seasons (winter and summer), aligns well with geographic variations and altitudes; ranging from high-altitude areas like Dhamar and Sana’a to mid-altitude regions such as Al Bayda and Al Hudaydah.

Economically, carrots represent a primary source of rapid cash income and operational liquidity for smallholder farmers due to their short growth cycle (60–90 days). The crop also supports a broad segment of rural labor, urban distribution chains, juicing shops, and pickling industries.

Supply and Demand

Based on official agricultural statistics issued by the Ministry of Agriculture and Irrigation in the Republic of Yemen for the period 2017–2021, carrot cultivation has witnessed relative stability in cultivated areas alongside limited fluctuations in production volumes and national yields. The total cultivated area increased by a marginal growth rate of 3.58%, shifting from 1,565 hectares in 2017 to 1,621 hectares in 2021. This reflected on the annual domestic production volume, which fluctuated between highs and lows; it recorded its lowest level in 2018 at 13,838 metric tons, peaked in 2020 at 15,377 metric tons, and subsequently stabilized at 14,288 metric tons in 2021. Regarding the average national productivity (yield), it ranged between 8.814 tons/hectare (in 2021) and 9.660 tons/hectare (in 2020). This is a sharply low indicator compared to global rates of 35–40 tons/hectare, reflecting a structural productivity gap resulting from the use of traditional farming techniques.

Indicator / Year	2017	2018	2019	2020	2021
Total Area (Hectares)	1,565	1,543	1,566	1,592	1,621
Total Production (Metric Tons)	14,094	13,838	15,112	15,377	14,288
Average Yield (Tons/Hectare)	9.006	8.968	9.650	9.660	8.814

Carrot cultivation in Yemen is primarily concentrated in the Sana’a governorate, which alone commands the largest share of both area and production, followed by several mountainous and coastal governorates, as illustrated in the following table:

Governorate	Area (Hectares)	Production (Tons)	Yield (Tons/Hectare)	% of Total Area	% of Total Production
Sana’a	1,071	9,332	8.71	66.07%	65.31%
Ibb	126	1,704	13.52	7.77%	11.93%
Al Hudaydah	102	859	8.42	6.29%	6.01%
Amran	78	636	8.15	4.81%	4.45%
Dhamar	44	419	9.52	2.71%	2.93%
Taiz	37	309	8.35	2.28%	2.16%
Hadhramaut	63	274	4.35	3.89%	1.92%
Marib	19	195	10.26	1.17%	1.36%
Hajjah	28	174	6.21	1.73%	1.22%
Al Bayda	22	138	6.27	1.36%	0.97%
Sana’a (Capital)	9	95	10.56	0.56%	0.66%
Shabwah	10	75	7.50	0.62%	0.52%
Abyan	6	45	7.50	0.37%	0.32%
Raymah	6	33	5.50	0.37%	0.23%
Other Governorates (Saada, Al Mahwit, Lahij, Al Jawf, Al Mahrah, Aden, Al Dhale’e)	0	0	0.00	0.00%	0.00%
Grand Total	1,621	14,288	8.814	100.00%	100.00%

The varieties cultivated in Yemen vary between imported hybrid seeds, which capture the largest market share, and specific local landraces, as detailed in the table below:

Variety	Est. % of Total Production	Main Distribution Areas	Morphological & Productive Characteristics	Pros (Competitive Advantages)	Cons (Limitations & Challenges)
Kuroda (Kuroda / New Kuroda)	55% – 60%	Sana’a, Amran, Al Hudaydah, Dhamar, Marib	Thick, medium-length conical root, deep reddish-orange color, consistent core.	• Highly adaptable to various Yemeni soils and climates. • Prominent sweetness (high Brix) and heavily demanded for juicing and direct sales. • Relative resistance to heat and longitudinal splitting.	• Susceptible to root-knot nematodes in contaminated soils. • Requires early thinning to avoid short, clustered roots.
Nantes (Nantes / Nantes Improved)	20% – 25%	Ibb, Sana’a, Dhamar	Uniform cylindrical root, blunt tip, smooth skin, thin homogenous core (coreless).	• Highly attractive marketable appearance and smooth texture without woody fibers. • Excellent for packaging and supply to modern retail outlets and supermarkets. • High productivity in light soils under modern irrigation.	• Thin skin and brittleness increase breakage rates during traditional harvesting and transport. • Rapid wilting and spoilage compared to Kuroda in the absence of refrigeration.
Chantenay (Chantenay Red Cored)	10% – 12%	Ibb, Taiz, Al Bayda	Short, broad conical root, pointed tip, reddish-orange color.	• Tolerates cultivation in heavy clay soils without developing deformities. • Withstands long-distance handling and transport. • Highly suitable for pickling and local processing.	• Lower aesthetic appeal compared to “Nantes” among supermarket consumers. • Tendency for the core to become woody if harvesting is delayed.
Local Varieties (Red/Purple Baladi)	5% – 8%	Saada, Hajjah, Taiz, Al Bayda, Raymah	Long irregular root, colors ranging from violet-purple to red and yellow.	• Excellent tolerance to drought and water salinity. • Strong traditional flavor and aroma; rich in anthocyanins and antioxidants. • Higher resistance to local pests and fungal diseases.	• Low national productivity per hectare (under 7 tons/hectare). • High percentage of woody fibers and lack of size uniformity. • Low marketing value in major city markets.

The Yemeni carrot market faces a seasonal imbalance caused by a mismatch between supply and demand. During seasons of abundance (summer and autumn, specifically during the harvests in the wadis of Sana’a, Amran, and Ibb), the crop floods into central wholesale markets—such as the Sunday Market, the Central Market in Sana’a, and the Dhamar Market—leading to a temporary oversupply and a sharp drop in prices. Conversely, during seasons of scarcity (late winter and spring), supplies fall by 30% to 40% below daily local requirements. This is due to winter crops being exposed to frost waves (“the strike”), which drives prices up by rates exceeding 200% in urban consumption centers. This crisis is exacerbated by a structural and manufacturing gap. Although total domestic production (14,288 metric tons) partially covers the direct consumption of fresh carrots, there is a total absence (100%) in meeting the needs of value-added industries. Current transformative utilization is limited to cooking carrot jam for sale in traditional sweet shops and other rudimentary processing operations.

The export dynamics of Yemeni carrots are characterized by severe weakness and structural irregularity. The estimated annual export volume does not exceed 400 to 600 metric tons (representing less than 4% of total domestic production). These export channels are restricted to direct overland shipments destined for neighboring markets—such as the Sultanate of Oman via the Shehn border crossing or through mutual cross-border trade. The export process faces substantial obstacles that hinder expansion, most notably: the failure to apply Gulf and international standards for packaging and sorting due to a lack of standard grading; high loss rates caused by transporting shipments over long distances in non-refrigerated vehicles; and the absence of reliable inspection and analysis certificates proving the product is free of chemical residues and pesticides in accordance with Good Agricultural Practices (GAP) standards.

Analysis of the Carrot Value Chain Stages

Production Inputs Stage

The cost of specialized inputs for carrot cultivation accounts for 40% to 48% of the total operational costs for Yemeni farmers. Farmers in both the highlands (such as Sana’a, Dhamar, and Amran) and the coastal plains (such as Al Hudaydah) rely—by a margin exceeding 92%—on imported commercial carrot seeds. These are supplied through agents in Khawlan Street and wholesale markets in Sana’a, sourced from global corporations (e.g., Takii and Sakata from Japan, Vilmorin from France, as well as Jordanian and Dutch companies).

The utilization of these inputs is tied to additional soil preparation costs. The crop requires deep, perpendicular cross-plowing (locally known as “Sikkatain”), followed by harrowing and leveling to loosen the light sandy or loamy soil and prevent root stunting or forking. Consequently, tractor diesel costs alone constitute 12% to 15% of the total expenses. Furthermore, carrot cultivation demands high applications of farmyard manure and basal superphosphate prior to sowing, followed by potassium fertilization (potassium sulfate), which is essential for enhancing the root’s sweetness, size, and color. These financial burdens are compounded by the oligopoly of seed importation, controlled by a limited number of major agents. This exposes the farmer to exchange rate fluctuations and high profit margins, with the cost of a 500-gram tin of seeds ranging between USD 25 and USD 45.

In terms of efficiency and productive impact, carrot yields are negatively affected by prevalent agricultural practices. The traditional broadcast seeding method (mixing seeds with sand and spreading them manually) over basins or raised beds remains widespread. This leads to the wastage of substantial seed quantities, reaching 4–6 kg/hectare (compared to 1.5–2 kg/hectare when using precision mechanical seeders), resulting in an uneven plant canopy. Moreover, the application of untreated (unfermented) animal manure poses a severe risk; it introduces weed seeds and facilitates the transmission of eggs and larvae of root-knot nematodes (Meloidogyne spp.), which is considered the most destructive pest to carrot cultivation in Yemen.

 Production Stage

The carrot production stage in Yemen is constrained by a set of traditional technical and agricultural practices. The majority of farmers in Sana’a, Ibb, and Amran depend on flood irrigation (via basins and furrows). This practice leads to the formation of a hard clay crust over the minute seeds, hindering seedling emergence and causing damping-off in young roots due to opportunistic fungi (such as Pythium and Rhizoctonia).

The crisis is further complicated by the neglect or delay of the “thinning” process, which is the most critical operation in carrot cultivation. Farmers often delay thinning overcrowded plants until after 35 to 40 days to avoid the sharp rise in manual labor wages. This delay causes root intertwining and the formation of thin, deformed, and unmarketable tubers, which are subsequently sorted as low-value, third-grade produce.

These practices negatively reflect on quantitative indicators. Yemen records a low actual national productivity averaging 8.814 tons/hectare (despite better rates in certain regions, such as Ibb at 13.52 tons/hectare), revealing a productivity gap of up to 70% compared to potential global averages of 28 to 35 tons/hectare. This gap is attributed to critical environmental and technical limitations, primarily the widespread infestation of root-knot nematodes (Meloidogyne spp.). Infection rates exceed 40% in the soils of the Sana’a basin and the wadis of Amran and Dhamar, causing root galling, deformation, and forking, rendering them unfit for direct sale. Losses are exacerbated by fungal diseases and insect pests—such as Alternaria leaf blight and powdery mildew during the rainy seasons in Ibb, alongside attacks by cutworms and carrot rust flies. Additionally, winter frost waves (“Al-Dhareeb”) in the highlands (e.g., Al-Rawda, Bani Hushaysh, and Qa’a Jahran) during December and January destroy the entire vegetative canopy, forcing farmers to harvest the roots prematurely at incomplete, stunted sizes.

Post-Harvest Operations

The post-harvest stage severely depletes the quality and value of Yemeni carrots, with traditional practices causing massive economic, quantitative, and qualitative losses. These issues begin with rudimentary harvesting and de-topping operations. Carrots are harvested manually using hoes, small axes, or by directly pulling the foliage. This causes the breaking and bruising of 12% to 18% of the roots when extracted from dry or compacted soils. Furthermore, the vegetative canopy (foliage) is either severed using unsterilized field knives or partially left attached to the root, which accelerates moisture loss, leading to root wilting and the loss of crispness within mere hours of harvest.

Health and qualitative risks escalate during the washing phase in open pools. Dust-laden carrots are transported to stagnant, open water pools adjacent to wells, where they are washed manually by workers’ feet or with shovels. Reusing water contaminated with field mud facilitates the transfer of bacterial soft rot (Pectobacterium carotovorum) and black rot fungi (Alternaria radicina) to the delicate carrot skin, causing decay and the emission of foul odors during transit.

The chain of losses culminates during packaging and bulk transport. Carrots are packed while still wet into large burlap or woven plastic sacks (“Gawani”) with a capacity of 40 to 50 kg. These are tied and heavily stacked onto open trucks without insulating covers or refrigeration. This dense stacking causes a rise in internal temperatures due to the roots’ cellular respiration (“field heat buildup”). Coupled with the downward pressure that crushes and mashes the roots at the bottom, the crop arrives at distant governorates (such as Al Hudaydah, Aden, and Mukalla) in a wilted, shriveled, and broken state.

Processing and Value Addition

The utilization of the Yemeni carrot crop relies almost entirely on traditional consumption patterns. Approximately 94% to 96% of total domestic production is directed toward direct consumption as a fresh product, sold through vegetable markets, street stalls, and restaurants. Conversely, the food processing sector remains highly marginalized and limited, not exceeding 4% to 6%. This rudimentary transformative activity is confined to two primary avenues: first, fresh juice shops scattered across major cities (e.g., Sana’a, Amran, Aden, Taiz, and Mukalla), which consume intact carrots daily for natural and blended juices; second, traditional pickling workshops, which are artisanal operations that utilize deformed sizes or surplus yields of the “Chantenay” variety to produce table pickles.

Despite the current limitations of transformative activities, value-addition projects harbor immense economic feasibility and promising opportunities for import substitution and mitigating cash outflows. Modern processing technologies—such as dehydrating carrots into flakes or powders for the food industry, or manufacturing them into standardized jams and baby food—can absorb seasonal surpluses at encouraging prices and provide a local alternative to imported products that enter the market at premium prices.

However, expanding industrial investment encounters structural and operational obstacles. Most notable is the complete absence of any automated, refrigerated dehydration and processing facilities in the highlands. This is compounded by frequent power grid outages and high operational electricity costs, as well as the absence of a “contract farming” framework, which would otherwise guarantee investors a steady supply of raw materials at fixed prices year-round and prevent seasonal speculation.

On the other hand, product diversification and agricultural waste utilization strategies present untapped investment opportunities. Large quantities of carrot foliage (the vegetative canopy) are currently wasted in the fields, discarded in pools, or sold cheaply as green fodder, despite the potential to dehydrate and convert them into protein concentrates and supplements for livestock and poultry feed. Furthermore, broken and deformed roots resulting from nematode infestation can be utilized by processing them into standardized carrot jam or by extracting natural Beta-carotene pigment for use as a high-value, healthy food colorant.

Marketing and Sales

The pricing of Yemeni carrots is subject to daily fluctuations and negotiating pressures exerted by brokers and wholesale market merchants. This is due to the weak bargaining power of the farmer, who is compelled to sell the crop immediately after harvesting and washing; carrots are highly perishable commodities that lose their crispness and elasticity within just 48 hours in an open environment.

The marketing structure becomes increasingly detrimental to primary producers due to the prevalent phenomenon of the “Contractor” (Al-Muqawil) and “purchasing on the foliage” (forward buying). Certain middlemen purchase entire carrot fields in bulk prior to the harvest, speculating on price fluctuations, thereby depriving the farmer of the product’s true market value. Additionally, auction agents (“Dallaleen”) maintain direct control over central wholesale markets (such as the Thahban Market, the Central Market in Sana’a, the Dhamar Market, and the Sunday Market). The auction agent dictates the daily price of a 40 kg sack via an early morning public auction, deducting a mandatory commission ranging from 7% to 10% of the farmer’s total sales.

These speculations and multiple intermediaries negatively impact the distribution of profit margins and market access efficiency; prices inflate for the final consumer without any real value being added to the crop. Estimates of the final per-kilogram price distribution indicate that the original farmer’s share does not exceed 35% to 40%. The remainder of the value is absorbed by harvesting, de-topping, and transport costs, post-harvest losses, auctioneer and wholesale broker commissions, and finally, the retailer/vegetable shop margin, which captures 25% to 30%. This imbalance stems from the absence of direct marketing contracts between carrot farmers and modern retail chains (e.g., supermarkets), hotels, or processing factories, keeping the value chain locked in a traditional model: from farmer to contractor/auctioneer, to retailer/juice shop, and finally to the consumer.

The structural flaw in the Yemeni carrot market is starkly evident in the price gap and volatility between peak and scarcity seasons. During the peak summer harvest in the highlands (e.g., Sana’a and Amran), the price of a 40 kg carrot sack plummets to between 3,000 and 5,000 YER (equivalent to 75–125 YER/kg). In stark contrast, during the winter scarcity season—when crops are subjected to frost waves—the price of the exact same sack skyrockets to record levels between 20,000 and 30,000 YER (approx. 500–750 YER/kg). This represents a severe price inflation exceeding 500%, directly impacting consumer purchasing power and exacerbating market volatility.

Value Chain Map and Hierarchy

Sequence of Key Players, Roles, Opportunities, and Challenges

Key Player	Role Importance in the Chain	Current Shortcomings & Challenges	Development Proposals
Input & Seed Suppliers	Securing imported hybrid seeds, compound fertilizers, nematicides, and modern irrigation equipment for farmers.	• Import monopolies by major merchants in Sana’a and inflated prices. • Proliferation of counterfeit or sub-standard seeds and pesticides. • Absence of modern mechanical seeders and provision of untreated seeds.	• Tighten regulatory control over the quality and validity of seeds and pesticides. • Introduce precision seeders and drip irrigation technologies via community partnerships. • Provide credit facilities to purchase inputs at reasonable prices.
Carrot Farmers (Field)	Executing general soil preparation, sowing, irrigation, fertilization, thinning, and root harvesting.	• Low national yield (8.81 tons/ha) due to the use of traditional techniques. • Widespread root-knot nematode infestation and vulnerability to frost waves. • Weak bargaining power, reliance on flood irrigation, and delayed thinning.	• Train farmers on Good Agricultural Practices (GAP). • Adopt soil solarization and the use of fermented organic compost. • Introduce drip irrigation networks and anti-frost agro-textile covers.
Aggregators, Contractors, & Transporters	Purchasing the crop from the farm, aggregation, rudimentary washing, and logistical transport to city markets.	• Reliance on haphazard “on the foliage” forward buying at a loss to the farmer. • Use of contaminated washing pools contributing to bacterial rot. • Transporting in heavy burlap sacks (50 kg) in open trucks, causing breakage and heat buildup.	• Establish community-based washing and grading centers using sterilized water. • Replace sacks with Reusable Plastic Containers (RPCs). • Provide refrigerated transport trucks or thermally insulated covers.
Wholesale Agents (Auctioneers)	Managing dawn public auctions, determining daily prices, matching supply with demand, and distributing shipments.	• Deducting high commissions (7% – 10%) and lack of auction transparency. • Absence of a grading and standardization system (carrots traded in mixed sizes). • Price pressure on farmers due to the rapid perishability of washed carrots.	• Mandate wholesale markets to implement a grading system (Grade A, B, C). • Adopt sales by actual weight (kilograms) and standardized cartons. • Ministry of Agriculture oversight on auction commissions and market regulation.
Retailers, Juice Shops, & Pickling Workshops	Final distribution to consumers, preparation of fresh juices, and manufacturing of traditional pickles.	• High rates of spoilage and wilting in shops due to a lack of refrigeration. • Severe price fluctuations between peak and scarcity seasons. • Processing is restricted to manual juicers and small artisanal workshops.	• Expand refrigerated display systems in retail shops and supermarkets. • Conclude direct supply contracts (contract farming) with agricultural cooperatives. • Establish modern processing lines for carrot dehydration, concentrates, and jams.
Final Consumer	Direct consumption of fresh carrots, juices, and pickles, driving ultimate market demand.	• Dissatisfaction with price volatility and poor carrot quality during frost seasons. • Concerns regarding chemical residues and bacterial contamination from washing pools.	• Raise awareness about the nutritional benefits of carrots and health beverages. • Encourage demand for packaged products classified with certified quality credentials.

Relevant Stakeholders

Stakeholder / Institution	Role Importance in the Chain	Current Shortcomings & Flaws	Development & Advancement Proposals
Ministry of Agriculture & Irrigation / Agricultural Research & Extension Authority	Formulating agricultural policies, documenting statistics, breeding varieties, and providing technical extension to farmers.	• Weak operational budgets for agricultural extension workers and research stations. • Absence of breeding programs for high-yield, high-quality local carrot seeds. • Gaps in field statistical coverage across certain governorates.	• Activate research stations (in Sana’a, Ibb, Dhamar) to select frost-resistant hybrid varieties. • Launch extension manuals and field training on nematode management. • Update and intensify periodic agricultural statistical surveys.
Agricultural Cooperatives & Associations	Aggregating smallholder farmers, providing collective services, marketing the crop, and protecting farmers from middleman exploitation.	• Weak management and governance; lack of funding and logistical equipment. • Inability to operate mechanical washing and refrigerated storage units. • Role often limited to the restricted distribution of certain inputs.	• Restructure cooperatives and build the administrative/financial capacity of their staff. • Establish and fund model washing, packaging, and grading centers owned by cooperatives. • Adopt a contract farming model to represent farmers before factories and the market.
Microfinance Institutions & Agricultural Banks	Providing economic financing to purchase seeds, drip irrigation networks, solar systems, and post-harvest equipment.	• Prohibitive and unjust conditions and collateral requirements for smallholder farmers. • High interest and profit rates on traditional loans. • Financing is heavily skewed toward short-term, non-productive activities.	• Design Islamic financial products (Muzara’ah and Murabahah) tailored for carrot farmers. • Offer soft financing for solar-powered irrigation systems and dehydration units. • Ease collateral requirements and adopt solidarity guarantees via cooperatives.
Yemen Standardization, Metrology and Quality Control Organization (YSMO)	Enacting technical standards and specifications for fresh and processed carrots, and regulating imports and exports.	• Failure to enforce standard specifications on carrots sold in wholesale markets. • Weak testing for chemical residues and bacterial contaminants on local produce. • Failure to obligate artisanal pickling workshops to adhere to quality and safety standards.	• Approve and circulate a national specifications manual for carrot grades (Grade A, B, C). • Establish rapid testing laboratories in wholesale markets and export border crossings. • Grant Good Agricultural Practices (GAP) certifications to compliant farms.
Investors & Private Food Sector	Establishing carrot dehydration plants, modern juice factories, standardized pickling lines, and creating value-added outlets.	• Apprehension regarding investment risks and frequent power grid outages. • Absence of long-term contracts with farmers to guarantee raw material flow. • Reliance on importing dehydrated carrot flakes and powders from abroad.	• Invest in hybrid solar-powered carrot dehydration units to substitute imports. • Partner with agricultural cooperatives to implement sustainable supply contracts. • Leverage investment facilities and incentives allocated for the agricultural sector.
International & Local Development Organizations (FAO, UNDP, SMEPS)	Providing technical and financial support, funding value chain projects, and training farmers on irrigation and grading techniques.	• Interventions often limited to unsustainable emergency aid in specific regions. • Weak inter-organizational coordination, leading to duplicated activities. • Lack of focus on agro-food processing and import substitution.	• Direct loans and grants toward carrot value chain infrastructure (washing, drying facilities). • Support modern irrigation, precision seeding mechanization, and nematode control projects. • Strengthen partnerships with the Ministry of Agriculture and cooperatives to ensure sustainability.

Strategic Interventions for Value Chain Development

These strategic interventions rely on addressing the structural and technical bottlenecks identified in Phase 3, aiming to transform the cultivation and marketing of carrots in Yemen from a traditional, high-loss, and risky paradigm into a modern, highly productive sector integrated with food processing. This is detailed in the executive matrix and financing model for strategic interventions below.

Area of Strategic Intervention	Key Executive Interventions and Activities	Proposed Financing Model (Applicability)	Estimated Cost (USD)	Implementation Timeframe	Implementing Entities and Partners
1. Inputs and Soil Management	• Procuring and providing 100 precision mechanical seeders. • Implementing soil solarization and establishing 10 community compost facilities to eradicate nematodes. • Trials for local production and adaptation of hybrid seeds.	Soft Financing + Partial Grants: Development grants (50%) from FAO + Islamic financing portfolio via local microfinance institutions for agricultural cooperatives.	150,000 – 250,000	Short to Medium Term (12–24 months)	Ministry of Agriculture, Agricultural Cooperatives, Microfinance Institutions, Development Organizations.
2. Production and Frost Management	• Installing drip irrigation and misting networks for 200 hectares. • Providing anti-frost agro-textile covers for highland farmers.	Deferred Islamic Financing + Solidarity Guarantees: Soft loans from banks and financing institutions via cooperatives + Cost recovery through farmers’ savings on diesel.	300,000 – 500,000	Medium Term (18–36 months)	Agricultural Research and Extension Authority, Farmers, Local Banks, UNDP.
3. Post-Harvest and Logistics	• Establishing 5 ozone-sterilized washing and grading stations in Sana’a, Ibb, and Dhamar. • Providing 50,000 Reusable Plastic Containers (RPCs). • Installing a rapid hydro-cooler unit.	Public-Private Partnership (PPP) between Cooperatives and Organizations: Investment grants for infrastructure (60%) from development programs + self-contributions and working capital from cooperatives (40%).	400,000 – 650,000	Medium Term (12–24 months)	Cooperatives, Ministry of Agriculture, International Organizations, Major Transport Merchants.
4. Processing and Value Addition	• Establishing an automated dehydration line and two standardized carrot jam lines to absorb surpluses. • Equipping small units for carrot jam and pickles targeting broken roots. • Establishing a pressing and drying line for carrot foliage to produce livestock feed.	Foreign Direct Investment (FDI) / Private Sector: Capital investment from national food factories + funding for youth investment initiatives + state tax incentives and facilities.	250,000 – 450,000	Medium to Long Term (24–48 months)	Private Food Sector Investors, Ministry of Industry, Chambers of Commerce, Cooperatives.
5. Governance and Marketing	• Drafting and executing contract farming agreements for 500 farmers. • Approving a national specifications manual and standard grading (Grade A, B, C). • Mechanizing and modernizing auction systems and adopting weight-based sales in wholesale markets.	Government Institutional and Regulatory Support: Official operational budget from the Ministry of Agriculture and local authorities + technical and consulting support from development organizations.	80,000 – 120,000	Short Term (6–12 months)	Ministry of Agriculture, Standardization and Metrology Organization, Wholesale Market Administrations, Cooperatives.
Grand Total for Interventions	Comprehensive and Integrated Program for Upgrading the Carrot Value Chain in Yemen	Blended Financing Model (Development Grants + Microfinance + Private Sector Investment)	Approx. 1.18 – 1.97 Million USD	Five-Year Strategic Plan (1–5 years)	National Developmental Alliance among Public, Private, Cooperative, and Organizational Sectors

Economic Analysis

The weak quality standards directly reflect on the price competitiveness of Yemeni carrots in external markets. Exported Yemeni carrots are sold at an estimated price ranging between 0.25 and 0.35 USD/kg, which is significantly lower than the global reference export price for fresh carrots (0.35 to 0.55 USD/kg). This discrepancy is primarily due to substandard grading and packaging practices.

The Gulf Cooperation Council (GCC) markets are among the largest importers of fresh and refrigerated carrots regionally and internationally. This demand is driven by rapid population growth, high purchasing power, and massive expansion in the hospitality, catering, and tourism sectors, compounded by climatic and water constraints that limit the local cultivation of root vegetables like carrots at sufficient yields. The total GCC imports of fresh and refrigerated carrots are estimated at 230,000 to 280,000 metric tons annually, with a financial value ranging between 130 and 160 million USD. The following table illustrates the distribution of these estimated volumes and values across GCC countries:

Country	Est. Annual Import Volume (Metric Tons)	Est. Value (Million USD)	Share of GCC Imports	Market Notes and Utilization
United Arab Emirates (UAE)	95,000 – 105,000	50 – 60	Approx. 40%	Serves as the primary re-export hub, supplying the hospitality sector and major retail chains.
Kingdom of Saudi Arabia (KSA)	65,000 – 75,000	35 – 45	Approx. 28%	Consumes the largest quantity locally for the fast-food, Hajj/Umrah, and catering sectors.
State of Kuwait	22,000 – 28,000	13 – 16	Approx. 10%	Fully reliant on imports to meet the demand of consumer cooperatives and wholesale markets.
State of Qatar	20,000 – 25,000	11 – 14	Approx. 9%	High demand for premium, pre-packaged varieties for retail and hospitality outlets.
Sultanate of Oman	15,000 – 20,000	8 – 11	Approx. 7%	Consumes direct imports and goods via direct overland transport borders.
Kingdom of Bahrain	10,000 – 14,000	5 – 8	Approx. 5%	A fast-moving consumer market reliant on overland imports via Saudi Arabia.
Total GCC Countries	227,000 – 267,000	122 – 154	100.00%	A massive regional market geographically proximate to Yemen.

GCC countries rely on a strategy of diversifying their carrot import sources to ensure a consistent, year-round supply based on the varying harvest seasons of exporting nations. The Arab Republic of Egypt tops the list as the largest Arab and African exporter to Gulf markets, capturing a share of 30% to 35%. This is attributed to the production quality of the Delta region and modern agricultural projects (such as Nubaria and Salhia), which feature high total dissolved solids and sweetness (Brix Rate). Egypt also leverages rapid hydro-cooling and mechanical washing technologies, alongside the logistical advantage of short maritime shipping routes. The People’s Republic of China ranks second with a share of 25% to 30%, focusing on machine-washed, peeled, and polished varieties. Chinese carrots offer low competitive pricing, uniform cylindrical shapes, and robust carton packaging highly suitable for the HORECA (Hotel, Restaurant, and Café) sector.

In the premium retail and high-end supermarket sector, Australia captures 12% to 15% of the Gulf market via Western Australian carrots. These serve as the premier choice for consumers seeking high standards, owing to their glossy skin, firmness, and strict adherence to global food safety certifications. Conversely, the European Union (primarily through the Netherlands, France, Spain, and Italy) covers 8% to 12% of imports, focusing on specialized products such as packaged “Baby Carrots,” colored carrots, and certified organic carrots. The remaining share (10% to 15%) is distributed among other countries (such as India, Turkey, Jordan, Uzbekistan, and South Africa), acting as seasonal suppliers that fill production gaps during weather fluctuations.

Given this massive consumer demand in the Gulf—exceeding 250,000 tons annually—a highly promising strategic opportunity emerges for Yemen to penetrate these neighboring markets. Geographic proximity provides the advantage of direct, competitively priced overland transport. However, capturing this strategic export share remains strictly contingent upon resolving the aforementioned structural bottlenecks, foremost among them addressing washing water quality and introducing hydro-cooling and automated grading technologies to meet standard Gulf specifications.

Economic and Technical Indicators for Carrot Value-Added Products

The figures and indicators below illustrate the primary value-added products derived from carrots, global production volumes, average prices, raw material conversion rates (the quantity of raw carrots required to produce one kilogram of the final product), and estimated production costs in the local Yemeni market:

Value-Added Carrot Product	Est. Global Production Volume (Annually)	Average Global Price (USD/kg)	Raw Material Requirement (kg raw/1 kg product)	Est. Local Production Cost (USD/kg)	Use Cases and Economic Value
Dried Carrot Flakes/Powder	280,000 – 350,000 tons	2.80 – 4.20	9.5 – 11.0 kg	1.30 – 1.60	Ready-made soups, baby food, spices, baked goods, and direct import substitution.
Carrot Juice Concentrate (65 Brix)	180,000 – 240,000 tons	2.00 – 3.20	7.5 – 9.0 kg	1.10 – 1.35	Manufacturing natural blended juices, beverages, and jams.
Frozen/Canned Baby Carrots	3.5 – 4.2 million tons	0.85 – 1.40	1.25 – 1.45 kg	0.45 – 0.65	Restaurant sector, hotels, catering, and supermarkets (freshly preserved).
Natural Beta-Carotene Extract	10,000 – 15,000 tons	28.00 – 45.00	55.0 – 75.0 kg	14.00 – 19.00	Healthy natural food colorant, pharmaceutical supplements, and cosmetics.
Standardized Carrot Jam/Preserves	130,000 – 170,000 tons	1.20 – 1.90	0.50 – 0.60 kg (+ sugar/peels)	0.55 – 0.75	Utilizing broken and deformed carrots for farmers’ tables and the local market.
Carrot Pickles (Fermented)	320,000 – 410,000 tons	0.75 – 1.15	0.60 – 0.70 kg (+ brine solutions)	0.35 – 0.48	Local artisanal workshops utilizing the “Chantenay” variety and galled carrots.
Dried Carrot Top Pellets	800,000 – 1.2 million tons	0.22 – 0.35	4.0 – 5.0 kg (fresh foliage)	0.09 – 0.14	Pelletizing green waste as concentrated protein feed for livestock and poultry.

Feasibility Study for a Carrot Jam Production Facility

A. Rationale and Project Objectives

The facility bases its investment vision on utilizing carrots during periods of abundance and low market prices. Through transformative processing, the project seeks to achieve import substitution and marketing viability by fulfilling local market demand for fruit and carrot jams. It aims to provide a standardized manufactured product with excellent, popular flavors (such as orange and cardamom) at economic prices that undercut imported jams. Consequently, this contributes to curbing foreign exchange outflows and alleviating the burden on the trade balance.

B. Capital Expenditures (CAPEX)

Item / Equipment & Infrastructure	Estimated Cost (USD)
Automated washing, peeling, and grating line	18,000
Two steam boilers for cooking and heating, equipped with mixers (500 liters)	22,000
Automated filling, pressing, and capping line	25,000
Boiler and pasteurization/sterilization tunnel equipment	15,000
Hybrid solar energy system + operational diesel generator	12,000
Internal factory fit-outs, plumbing, stainless steel fixtures, and licensing	13,000
Total Capital Expenditures (CAPEX)	105,000

D. Annual Operational Expenditures (OPEX)

Detailed table of annual operational costs for the carrot jam production line:

Cost Category / Item	Quantity / Annual Consumption Rate	Annual Total (USD)
Fresh raw carrots	85 metric tons	7,650
Pure white sugar	67.5 metric tons	50,625
Pectin, flavors, and preservatives	Allocated bulk quantities	6,000
Packaging and wrapping materials	333,333 filled jars	60,000
Direct labor and administration	10 personnel	28,000
Energy, diesel, and water	Continuous year-round operation	9,000
Maintenance, depreciation, and marketing	Maintenance, depreciation, and marketing	11,725
Total Operational Expenditures (OPEX)	—	173,000

E. Projected Financial and Profitability Indicators

• Wholesale/Retail Selling Price per 450g Jar: 0.85 USD (equivalent to approx. 510 YER / representing a 45% discount compared to similar imported jams priced over 1.40 USD).
• Total Projected Annual Sales:

Annual Sales = 333,333 jars × 0.85 USD = 283,333 USD

• Annual Net Operating Profit:

Annual Net Profit = 283,333 USD – 173,000 USD = 110,333 USD

• Net Profit Margin: Approximately 38.9%.
• Payback Period:

Payback Period = CAPEX (105,000 USD) ÷ Annual Net Profit (110,333 USD) = 0.95 years (approx. 11.4 months)

• Break-Even Point: Reached upon producing and selling only about 38% of the facility’s total production capacity.

F. Economic and Societal Impact

The project yields a tangible developmental impact that transcends its direct investment dimensions. Firstly, it assists in absorbing surplus and minimizing losses by taking in up to 85 tons annually of excess and culled carrots during peak summer seasons in the Sana’a and Ibb basins, thereby shielding local farmers from severe price collapses. Furthermore, the project supports the import substitution strategy by introducing a national carrot jam product compliant with high health and quality standards, saving the local economy over 280,000 USD annually in foreign exchange previously allocated for imports. On a societal development level, the enterprise creates new employment opportunities, providing 10 direct jobs for locals alongside over 25 indirect jobs within the aggregation, transport, and distribution networks.

Comparative Evaluative Analysis of Economic and Productive Costs and Returns per Hectare of Carrots

The following table presents a comprehensive quantitative comparative analysis of operational costs, productivity rates, and net financial returns for cultivating one hectare (1 HA) of carrots in Yemen, contrasting prevalent traditional practices with the adoption of recommended agricultural and technical practices:

Indicator / Comparison Item	Prevalent Traditional Agricultural Practices	Recommended Modern Agricultural Practices
Seed Consumption Rate (kg/ha)	4.5 – 6.0 kg/ha (manual broadcast seeding)	1.8 – 2.0 kg/ha (precision mechanical seeders)
Cost of Seeds (USD)	300 – 380	120 – 150
Cost of Soil Prep, Fertilization, and Sterilization (USD)	280 – 350 (raw untreated manure)	420 – 500 (soil solarization + compost)
Cost of Irrigation and Energy (USD)	400 – 500 (flood irrigation via diesel engines)	180 – 240 (drip irrigation + solar energy)
Cost of Pest Control (Nematodes/Diseases) (USD)	150 – 220 (indiscriminate chemical spraying)	100 – 140 (integrated biological control)
Direct Labor Wages (Thinning/Harvest) (USD)	380 – 450 (delayed thinning and harvest)	320 – 380 (early and simplified thinning)
Total Operational Cost per Hectare (OPEX) (USD)	1,510 – 1,900 (average approx. 1,650)	1,140 – 1,410 (average approx. 1,280)
Total Gross Productivity (tons/ha)	8.8 – 9.5 tons/ha (national yield)	26.0 – 30.0 tons/ha
Loss, Nematode Damage, and Breakage Rate	30% – 38% (unmarketable or 3rd grade)	8% – 10% (minimal natural loss)
Actual Marketable/Saleable Yield (tons)	Approx. 5.8 – 6.2 tons/ha	Approx. 23.5 – 27.0 tons/ha
Average Farm-Gate Selling Price (USD/kg)	0.18 – 0.22 / kg (mixed sizes)	0.23 – 0.28 / kg (graded 1st class)
Total Expected Direct Revenue (USD)	1,044 – 1,364 (average approx. 1,200)	5,405 – 7,560 (average approx. 6,300)
Net Gross Profit per Hectare (USD)	(-450) to 150 (loss to marginal profit)	4,265 – 6,150 (average approx. 5,020)
Return on Investment (ROI)	-15% to 8%	302% – 436%

The financial and productive analysis reveals a complete strategic and structural transformation when shifting from the traditional paradigm to recommended agricultural practices for carrot cultivation in Yemen. Modern practices—such as uniform mechanical seeding, solar sterilization integrated with compost to eliminate root-knot nematodes, and drip irrigation—effectively resolve production bottlenecks. This doubles the yield, propelling it from the low national average (approx. 8.8 tons/ha) to over 26 tons/ha. This represents a three-fold increase in current production, shrinking the national productivity gap by over 70%.

Although recommended practices necessitate a higher initial investment in soil preparation and solar sterilization, they achieve tangible cost rationalization and minimize waste in key operational items. The consumption of expensive imported seeds is reduced by 60% thanks to mechanical seeders, while irrigation and energy costs plummet by 52% when transitioning from diesel-dependent flood irrigation to solar-powered drip networks.

These improvements culminate in maximizing saleable quality and direct profitability for the farmer. While traditional practices deprive the farmer of profitability—sometimes resulting in losses up to -450 USD or marginal profits not exceeding 150 USD per hectare during market crashes, due to high post-harvest losses and unsaleable crops (over 30%) caused by nematode infections and breakage—recommended practices elevate the proportion of premium, standardized, and directly marketable crops to over 90%. This directly boosts local income, granting the farmer a lucrative net profit exceeding 5,000 USD per hectare, with a Return on Investment (ROI) surpassing 300%.

Macroeconomic Impact of Adopting Recommended Practices

Projections of aggregate productivity increases at the national level indicate that applying recommended agricultural practices across the currently cultivated area of 1,621 hectares (per 2021 data) will radically reshape Yemen’s agricultural supply map. Transitioning from the current domestic production volume of 14,288 metric tons annually (at an average yield of 8.814 tons/ha) to a targeted average yield of 28 tons/ha will catapult total national production to 45,388 metric tons annually. This leap represents an absolute production increase of +31,100 metric tons per year, translating to a growth rate exceeding 217% in the national supply from the exact same allocated acreage, entirely averting the depletion of new land or water resources.

This doubling of production yields pivotal macroeconomic impacts. First, it bolsters national food security and food sovereignty by securing an affordable supply of beta-carotene-rich foods for all demographic segments across all governorates. Second, it supports wealth generation and rural poverty alleviation through a direct cash injection estimated at over 8.1 million USD annually in direct net profits for farmers in key governorates (Sana’a, Ibb, Amran, Dhamar, and Al Hudaydah), thereby revitalizing the rural economy and curbing rural-to-urban migration. Third, it safeguards the trade balance and conserves hard currency by generating total savings of 3.5 to 5.5 million USD annually, funds that were previously expended on importing processed carrot derivatives like powders, dehydrated flakes, and jams.

The surplus utilization strategy enables a sharp reduction in the farm-gate production cost per kilogram, dropping from the current 0.18–0.23 USD to 0.05–0.07 USD/kg due to yield efficiency and economies of scale. This cost reduction constitutes an exceptional competitive advantage leveraged via two main pathways:

• Regional Export Pathway: Directing approximately 12,000 to 18,000 tons annually of premium, hydro-cooled, and washed carrots for direct overland export to GCC countries (Oman, KSA, and UAE) to capture a share of their 250,000-ton annual market. Leveraging competitive pricing and high sweetness (Brix Rate) to rival Egyptian and Chinese carrots, this pathway can generate hard currency cash flows ranging between 4.5 and 7.2 million USD annually (at an average export price of 0.35–0.40 USD/kg).
• Food Processing and Value-Addition Pathway: Channeling summer surplus volumes (13,000–15,000 tons) to food processing factories at encouraging, stable prices (0.08–0.10 USD/kg). This volume can be distributed among spray-drying lines to convert 5,000 fresh tons into 500 tons of carrot powder and flakes for the soups and spices industry; jam factories to utilize broken and deformed roots; and pickling and Individually Quick Frozen (IQF) facilities to supply the retail and catering sectors.

This dual strategy culminates in achieving price stability and overcoming seasonal bottlenecks. Absorbing the surplus through export and processing prevents price collapses during summer glut seasons, while cold storage technologies and dehydrated products guarantee that winter season demands are met without the historical price spikes that often exceeded 500%. Consequently, this ensures fair, year-round stability for both the farmer and the consumer.

Conclusion

This evaluative study demonstrates that the carrot sector in Yemen possesses all the fundamental prerequisites for a promising economic and productive transformation, provided it is guided by a comprehensive developmental vision that transcends the prevailing traditional paradigm. Transitioning the carrot value chain from a highly exposed, marginal sector vulnerable to severe seasonal fluctuations, into an organized sector anchored in modern farming technologies, food processing, and direct regional export, represents a genuine opportunity to stimulate sustainable developmental momentum in Yemen’s highlands and plains.

Final Recommendations to Upgrade the Sector:

1. Forming a National Alliance to Upgrade the Carrot Chain: Establishing a permanent coordination mechanism uniting the Ministry of Agriculture, cooperative associations, the private food sector, and microfinance institutions to immediately operationalize the five-year interventions outlined in Phase 5.
2. Urgent Investment in Post-Harvest Infrastructure: Focusing immediate developmental efforts on replacing traditional washing pools with sterilized washing stations, and expanding the use of Reusable Plastic Containers (RPCs) to cut physical losses from 38% to under 10%.
3. Incentivizing Value-Addition and Import Substitution Projects: Providing financial incentives, customs, and tax facilities to investors in carrot dehydration lines, jams, and concentrates to absorb the summer surplus and protect food sovereignty.
4. Activating Contract Farming and Regional Export: Drafting a fair contract farming model that shields farmers from price collapses, and preparing inspection protocols and Good Agricultural Practices (GAP) certifications to penetrate neighboring GCC markets as a strategic supply partner.

Investing in the carrot value chain in Yemen is not merely an investment in an agricultural crop; it is a strategic maneuver toward enhancing local food security efficiency, diversifying national income sources, and achieving comprehensive rural development.

Data and Sources

1. Ministry of Agriculture and Irrigation – Republic of Yemen: Annual Agricultural Statistics Book (Area and Production Data for the years 2017–2021).
2. Central Statistical Organization (CSO) – Yemen: Annual Statistical Yearbook – Agricultural Production and Trade Sector.
3. Food and Agriculture Organization of the United Nations (FAOSTAT): Global Production and Trade Database for Vegetables and Carrots (2020–2026).
4. United Nations Commodity Trade Statistics Database (UN Comtrade) & International Trade Centre (ITC Trade Map): International trade data for HS Code 070610 (Carrots and turnips).
5. Agricultural Research and Extension Authority (AREA) – Yemen: Technical and extension bulletins for vegetable planting dates and varieties in the Yemeni highlands.
6. “Reef Yemen” Agricultural Platform and Channel: Extension and field reports on the cultivation of vegetable crops and carrots in Yemen.
7. United Nations Development Programme (UNDP) & Small and Micro Enterprise Promotion Service (SMEPS): Evaluation studies on agricultural value chains and food security in Yemen.
8. World Bank & International Food Policy Research Institute (IFPRI) Reports: Yemen Agriculture Strategy & Food Security Value Chain Assessments.

Notes:

• The financial and quantitative analysis presented in this study relied on cross-referencing statistics from the Yemeni Ministry of Agriculture and Irrigation for the period (2017–2021), FAOSTAT statistical bulletins, international trade data (UN Comtrade / ITC Trade Map), and estimations provided by agricultural experts.
• Detailed area, production, and yield data for all governorates spanning the period from 2017 to 2021 were rigorously consolidated. The data illustrates the dominance of the Sana’a governorate, which accounts for over 65% of national production, followed by the governorates of Ibb, Al Hudaydah, Amran, and Dhamar.
• Reliable estimates for Gulf Cooperation Council (GCC) imports and value-added product conversion indicators were adopted based on commodity trade reports (HS Code 070610), FAO surveys, and reports from specialized food and agro-processing authorities.