Egypt Profile Detail

27 Governorates comprising:

• 9 Upper Egypt Governorates
• 9 Lower Egypt (Delta) Governorates
• 5 Frontier Governorates
• 4 Urban Governorates

• Nile Delta – 4.8 million feddans (63.8% of cultivated area)
• Upper Egypt – 2.3 million feddans (approximately 30% of cultivated area)
• 1.5 Million Feddan Project – Major desert reclamation initiative
• Toshka / New Valley Region
• East Oweinat Agricultural Zone
• Sinai Peninsula Development Projects

• El-Delta Sugar Company agricultural zone
• East Oweinat agri-industrial hub
• New Administrative Capital food-processing zone
• 100,000 Greenhouse Project
• Mostakbal Masr ("Future of Egypt") mega-farm project covering approximately 500,000 feddans

Egypt is broadly divided into four major agro-ecological zones:

1. Nile Valley and Delta (Old Lands)
2. New Reclaimed Lands
3. Oases Region
4. North Coastal Rain-fed Strip

Agro-climatic zoning is primarily based on:

• Soil type and fertility characteristics
• Source of irrigation water (Nile water, groundwater, rainfall)
• Land reclamation and development status
• Rainfall distribution and climatic conditions
• Agricultural production potential

Agro-climatic classification and land resource assessment are undertaken by:

• [Ministry of Agriculture and Land Reclamation](chatgpt://generic-entity?number=0) (MALR)
• [Soil, Water and Environment Research Institute](chatgpt://generic-entity?number=1) (SWERI)
• [Food and Agriculture Organization](chatgpt://generic-entity?number=2) (FAO AQUASTAT and land resource databases)

Rainfall is highly seasonal and concentrated during the November–March period along the Mediterranean coast.

• Virtually no rainfall over most of the country.
• Agriculture depends almost entirely on Nile irrigation.
• Rain-fed farming is limited to the northern coastal strip.

• Entire country classified as arid to hyper-arid.
• North Coastal Rain-fed Strip is highly vulnerable to rainfall shortages.
• Water security concerns are linked to Nile flow variability and upstream developments such as the Grand Ethiopian Renaissance Dam (GERD).

Although rainfall is scarce, flash floods occur periodically in:

• Sinai Peninsula wadis
• Red Sea mountain catchments
• Aswan region
• Low-lying Nile Delta areas during intense Mediterranean storms

• 10–20 days/year on the Mediterranean coast.
• 0–5 days/year in Upper Egypt and desert regions.

Estimated natural recharge is approximately 7.5 billion cubic metres (BCM) per year, derived mainly from:

• Nile seepage and irrigation return flows
• Limited rainfall infiltration

Egypt's long-term agricultural sustainability depends on:

• Efficient Nile water management
• Expansion of drip and sprinkler irrigation
• Reuse of treated wastewater
• Groundwater conservation
• Climate-change adaptation and drought resilience

National average temperature is approximately 21–22°C.

• Nile Delta: ~20°C annual average
• Upper Egypt: ~25°C annual average

June–August is the hottest period of the year.

• Average temperatures: 28–34°C
• Upper Egypt often exceeds 40°C
• Absolute maximum temperatures can exceed 50°C in Aswan and Luxor during extreme heat events.

January is generally the coldest month.

• Delta region: average temperatures of 10–14°C
• Minimum temperatures may fall to 2–5°C
• Upper Egypt remains comparatively warmer during winter.

Frost is uncommon but occasionally occurs during January–February in:

• Northern Nile Delta
• Desert fringes
• Sinai highlands

Even limited frost events can damage citrus orchards, potatoes, and winter vegetables.

Major crops are increasingly vulnerable to heat stress:

• Wheat: Grain filling temperatures above 30°C can significantly reduce yields.
• Rice: Spikelet fertility declines when temperatures exceed 35°C.
• Vegetables: Many vegetable crops experience reduced productivity above 38°C.
• Fruit crops: Heat waves may reduce fruit quality and increase irrigation demand.

Certain temperate fruit species requiring winter chill can be cultivated in:

• North Sinai
• Mediterranean coastal regions
• Selected northern desert reclamation zones

Major crops include: apples, pears, peaches, plums, and cherries.

Egypt receives approximately 5,500–6,500 Growing Degree Days (base 10°C) annually. 

This supports:

• Continuous crop growth throughout the year
• Double-cropping systems
• Triple-cropping in irrigated areas
• High cropping intensity (180–200% in Nile Valley and Delta)

According to the Egyptian Meteorological Authority, average temperatures have increased by approximately 0.2–0.4°C per decade. 

The warming trend is accelerating and is associated with:

• More frequent heat waves
• Higher crop water requirements
• Greater evapotranspiration losses
• Increased pressure on irrigation systems
• Potential reductions in wheat and vegetable productivity

Climate change poses significant risks to Egyptian agriculture, including:

• Shortened crop growth periods
• Higher irrigation demand
• Reduced grain yields during extreme heat events
• Greater salinity stress in Delta regions
• Increased vulnerability of horticultural crops and livestock systems

Egypt is already experiencing measurable climate-related changes:

• Increasing average temperatures nationwide.
• More frequent and intense heat waves.
• Greater occurrence of hot, dust-laden Khamsin storms.
• Rising Mediterranean Sea levels threatening coastal agricultural areas.
• Increased evapotranspiration and irrigation demand.

Approximately 25% of Nile Delta farmland lies less than 2 metres above sea level, making it highly vulnerable to coastal flooding and salinity intrusion.

According to IPCC AR6 assessments and Egypt's Third National Communication:

• +1.5°C to +3.0°C increase above the 1990 baseline by 2050.
• More frequent extreme heat events.
• Longer and hotter summers.
• Increased crop water requirements and irrigation pressure.

Expected climate impacts include:

• 10–20% reduction in rainfall along the Mediterranean coast.
• Greater rainfall variability in rain-fed areas.
• Increased seawater intrusion into Nile Delta aquifers.
• Higher soil salinity levels in coastal agricultural lands.

Nile Delta represents Egypt's most climate-sensitive agricultural zone. 

Key vulnerabilities include:

• Sea-level rise and salinization may threaten 15–19% of Egypt's most fertile agricultural land.
• Rice production faces water-use restrictions and increasing competition for irrigation resources.
• Cotton is vulnerable to higher temperatures and heat stress during flowering.
• Wheat, vegetables, and fruit crops may experience reduced yields under extreme temperatures.

Egypt has adopted several major climate adaptation frameworks:

• Egypt National Climate Change Strategy 2050 (approved 2022).
• Egypt Vision 2030.
• National Adaptation Programme of Action (NAPA).
• Updated Nationally Determined Contribution (NDC) 2023.

These initiatives focus on water security, climate-resilient agriculture, coastal protection, renewable energy, and sustainable development.

Major ongoing climate-resilience initiatives include:

• USD 500 Million World Bank Water Resources Modernization Project (2024) aimed at improving irrigation efficiency and water productivity.
• IFAD Climate-Resilient Agriculture Programme valued at approximately USD 52.8 million.
• 100,000 Greenhouse Project to improve productivity while reducing water use.
• Rice-to-Dryland Crop Conversion Programme to reduce pressure on national water resources.
• Expansion of drip irrigation, protected cultivation, and salt-tolerant crop varieties.

Egypt's agricultural adaptation strategy prioritizes:

• Modernization of irrigation systems.
• Improved water-use efficiency.
• Development of drought- and heat-tolerant crop varieties.
• Protection of the Nile Delta from sea-level rise.
• Expansion of protected agriculture and greenhouse farming.
• Sustainable groundwater management.

• Up to 40% water savings
• Higher crop productivity
• Reduced waterlogging and salinity
• Improved irrigation efficiency

• More than 630,000 hectares of new farmland
• Expansion of agricultural production
• Employment generation for rural youth
• Development of new agricultural communities

• 10–15 times higher productivity than open-field farming
• Improved water-use efficiency
• Export-quality production
• Enhanced food security

• Approximately 3–4 BCM water saved annually
• Reduction in irrigated rice area
• Improved national water allocation efficiency

• Mainstreaming climate adaptation into development planning
• Improved resilience of agricultural systems
• Long-term sustainability planning

• Reduced diesel consumption
• Lower irrigation energy costs
• Reduced greenhouse gas emissions
• Reliable water supply for remote farms

Important spice crops include:

• Cumin
• Anise
• Fennel
• Coriander
• Caraway

Production is concentrated in Upper Egypt and contributes significantly to export earnings.

Egypt is among the world's leading exporters of medicinal and aromatic plants. Major products include:

• Chamomile
• Peppermint
• Basil
• Marjoram
• Hibiscus (Karkade)

These crops are important foreign-exchange earners and are widely cultivated in Upper Egypt and reclaimed desert lands.

Egypt's major agro-industrial crops include:

• Cotton – textile and garment industry
• Sugarcane & Sugar Beet – sugar processing and refining industry
• Flax – linen and textile manufacturing
• Soybean – edible oil extraction and animal feed processing

Egypt's bioenergy sector remains relatively small but developing:

• Sugarcane Bagasse utilized in approximately eight sugar mills for energy generation and bioethanol production.
• Jatropha pilot projects established on marginal desert lands for biodiesel production and wastewater reuse.

Egyptian Cotton is globally recognized as one of the finest cotton fibres due to its extra-long staple length and superior quality. 

Major varieties include:

• Giza 45
• Giza 92
• Giza 96

Flax: Approximately 15,000 tonnes annually, supplying the linen industry.

Commercial tea and coffee production is not significant in Egypt due to climatic limitations. 

The most important traditional beverage crop is:

• Hibiscus (Karkade) – widely consumed domestically and exported internationally.

Approximately 180–200%. 

Due to year-round irrigation from the Nile River, most agricultural land is cultivated more than once annually.

• Old Lands typically support two crops per year.
• Some areas achieve three crop cycles annually through the Nili season.
• Among the highest cropping intensities in Africa and the Middle East.

Rice productivity ranks among the highest globally due to intensive management and irrigation.

Approximately 21–23 million tonnes annually. 

Major contributors:

• Wheat
• Maize
• Rice
• Sorghum
• Barley

Despite strong production, Egypt remains one of the world's largest wheat importers.

Approximately 25–30 million tonnes per year from fruits and vegetables. 

Key horticultural commodities include:

• Tomatoes
• Potatoes
• Onions
• Oranges
• Grapes
• Dates
• Strawberries

Egypt ranks among the world's leading horticultural producers and exporters.

Egypt achieves high agricultural productivity due to:

• Year-round irrigation from the Nile River
• Multiple cropping systems
• Fertile alluvial soils in the Nile Valley and Delta
• High solar radiation and long growing seasons
• Expansion of greenhouse and protected cultivation systems

Created by the Aswan High Dam.

• Storage Capacity: ~164 BCM
• Surface Area: ~5,250 km²
• Annual regulated release: ~55.5 BCM

• Aswan High Dam (completed 1970)
• Al-Salam Canal Project (Sinai development)
• Toshka Spillway & Toshka Development Project
• New Valley Canal
• Sheikh Zayed Canal
• Bahr Al-Baqar Water Treatment Plant – world's largest agricultural wastewater treatment facility (~5 million m³/day capacity)

• 1952 Agrarian Reform redistributed large estates.
• 1961 and 1969 reforms further reduced ownership ceilings.
• Law 96 of 1992 liberalized agricultural tenancy and market rents.
• New desert lands continue to be allocated to graduates, investors and development projects.

Egypt contains five major soil orders/groups:

• Vertisols
• Fluvisols
• Arenosols
• Calcisols
• Solonchaks

Soil survey, classification, mapping and land capability assessment are carried out by:

• Soil, Water and Environment Research Institute (SWERI)
• Agricultural Research Centre (ARC)
• Desert Research Centre (DRC)

These institutions support soil fertility management, irrigation planning, salinity control and desert reclamation programmes.

• Old Lands (Nile Valley & Delta): Approximately 100% surveyed and mapped.
• New Reclaimed Lands: Approximately 70–80% surveyed.
• Western Desert: Partially mapped with ongoing surveys supporting reclamation projects.

• Heavy clay texture (>40% clay)
• High cation exchange capacity (CEC)
• pH 7.5–8.5
• Moderate to high organic matter
• Excellent natural fertility
• High water-holding capacity

• Sandy to sandy-loam texture
• Organic matter typically below 0.5%
• Low nutrient-holding capacity
• Low water retention
• pH 7.8–8.5
• Requires intensive soil improvement

• High calcium carbonate content (>15%)
• Alkaline reaction
• Moderate drainage
• Phosphorus fixation problems common
• Low micronutrient availability

• Electrical conductivity (EC) greater than 4 dS/m
• High sodium concentration
• Poor soil structure
• Water infiltration problems
• Drainage limitations

• Mixed alluvial and sandy characteristics
• Moderate fertility
• Groundwater-dependent agriculture
• Localized salinity concerns

• Thin and shallow soils
• Rocky and gravelly profile
• Very low organic matter
• Prone to flash-flood events
• Limited moisture retention

Egypt does not currently operate a nationwide Soil Health Card programme similar to India's Soil Health Card Scheme. 

Soil testing and fertility advisory services are provided primarily through:

• Soil, Water and Environment Research Institute (SWERI)
• Agricultural Research Centre (ARC)
• Regional soil laboratories

The Sustainable Agriculture Strategy 2030 includes initiatives for improved soil monitoring, nutrient management and soil fertility assessment.

7.5–8.5 

Egyptian agricultural soils are predominantly alkaline due to:

• Arid climate conditions
• High calcium carbonate content
• Low rainfall and limited leaching
• Calcareous parent materials

High pH influences nutrient availability, especially micronutrients.

Old Lands (Nile Valley & Delta): 1.0–2.0% 
New Reclaimed Lands: Less than 0.5% 

Old Lands maintain moderate organic matter due to centuries of Nile sediment deposition and continuous cultivation. New Lands remain extremely poor in organic carbon and require:

• Compost application
• Farmyard manure
• Crop residue incorporation
• Green manuring

Widespread in New Lands and moderately common in Old Lands. 

National nitrogen fertilizer application averages approximately 180 kg N/ha/year. 

Major affected crops:

• Wheat
• Maize
• Rice
• Vegetables

Moderate to severe in calcareous and alkaline soils. 

High calcium carbonate content causes phosphorus fixation, reducing plant availability. 

More common in:

• New Reclaimed Lands
• Calcareous coastal soils
• Desert agriculture zones

Historically uncommon, but increasingly observed in intensively cultivated Delta soils. 

Causes:

• Continuous double and triple cropping
• High-yield vegetable production
• Intensive fruit cultivation
• Insufficient replenishment of soil potassium reserves

One of Egypt's most widespread micronutrient deficiencies. 

Affects approximately 30–40% of cultivated land. 

Particularly important for:

• Rice
• Maize
• Wheat
• Vegetable crops

High soil pH significantly reduces zinc availability.

Localized but economically important in calcareous soils. 

Symptoms:

• Interveinal chlorosis
• Yellowing of young leaves
• Reduced growth and productivity

Frequently observed in:

• Citrus orchards
• Grapes
• Stone fruits
• New desert reclamation areas

Significant in newly reclaimed desert lands and desert margins. 

Estimated Area at Moderate to Severe Risk: ~3.6 million ha. 

Major causes:

• Strong desert winds
• Sparse vegetation cover
• Low soil organic matter
• Intensive land reclamation activities
• Climate change and prolonged dry conditions

Most vulnerable regions include Toshka, East Oweinat, Sinai and Western Desert reclamation zones.

Relatively limited due to Egypt's arid climate. 

Affected Area: ~50,000–100,000 ha. 

Primarily found in:

• Sinai Peninsula wadis
• Red Sea mountain slopes
• Flash-flood prone catchments

One of Egypt's most serious soil management challenges. 

Nile Delta: ~900,000 ha affected. 
Total National Area: ~1.2 million ha affected at varying levels. 

Causes:

• High groundwater tables
• Poor drainage infrastructure
• Traditional flood irrigation
• Canal seepage

~0.9–1.2 million ha affected. 

Approximately one-third of Nile Delta soils experience salinity-related problems. 

Major drivers:

• Rising groundwater levels
• Inadequate drainage
• Use of saline irrigation water
• Mediterranean sea-water intrusion
• Climate change and sea-level rise

Egypt is inherently vulnerable because more than 95% of its territory is desert. 

Agricultural land faces continuous pressure from:

• Wind erosion
• Salinization
• Urban encroachment
• Groundwater depletion

Approximately 3,108 ha of agricultural land are lost annually due to urban expansion.

The National Strategy to Combat Desertification 2030 aims to:

• Restore degraded agricultural lands
• Improve soil productivity
• Expand sustainable desert agriculture
• Restore up to 80% of degraded lands in priority zones

Key national interventions include:

• Bahr Al-Baqar Drain Treatment Project (5 million m³/day capacity, world's largest agricultural wastewater treatment plant)
• National Drainage Authority subsurface drainage programmes
• Gypsum application for sodic soil reclamation
• Laser land levelling to improve irrigation efficiency
• Drainage canal rehabilitation projects
• Soil salinity monitoring and management programmes

Major breeds:

• Baladi (indigenous)
• Domiati
• Holstein-Friesian crossbreeds

Account for approximately 30.8% of slaughtered livestock. Important for both milk and beef production.

Egypt's most important dairy animal. 

Breed:

• Egyptian Buffalo

Produces high-fat milk preferred for traditional dairy products. Represents approximately 15.2% of livestock slaughter.

Predominantly raised for meat production. 

Major breeds:

• Barki
• Rahmani
• Ossimi
• Saidi

Important source of meat and milk in marginal and arid regions. 

Major breeds:

• Baladi
• Zaraibi
• Barki

Egypt's largest livestock sector by population. Includes:

• Broilers
• Layers
• Ducks
• Geese
• Turkeys

Critical source of affordable animal protein.

Increased by approximately 15.7% from 5.7 million tonnes in 2023. 

Contribution by species:

• Buffalo: ~60%
• Cattle: ~40%

Buffalo milk remains the preferred source for traditional Egyptian dairy products due to its high fat content.

Increased by approximately 16% compared with 2023. 

Production share:

• Beef: 57.3%
• Buffalo Meat: 29.0%
• Sheep & Goat: 10.5%
• Camel: 3.2%

Produced mainly from:

• Barki sheep
• Rahmani sheep

Wool is generally coarse and used primarily in carpets, blankets and traditional textiles.

Processed through public slaughterhouses:

• Cattle: 719,921 hides
• Buffalo: 248,364 hides
• Sheep: 441,647 hides
• Goat: 14,093 hides
• Camel: 62,220 hides

Major production zones include:

• Upper Egypt
• Nile Delta

Egypt is among the leading honey producers in Africa and the Middle East.

Domestic production does not fully meet demand. Supply gap is filled through:

• Live cattle imports from Sudan and Ethiopia
• Frozen buffalo meat imports from India

Government target is approximately 60% self-sufficiency by 2025–26.

Egypt possesses extensive coastlines on two major seas:

• Mediterranean Sea: ~995 km
• Red Sea: ~1,455 km

These coastlines support marine fisheries, aquaculture, tourism, ports and maritime trade.

• Mediterranean Coast: Relatively broad and shallow continental shelf supporting commercial fisheries.
• Red Sea Coast: Narrow continental shelf with deep waters located close to shore.

Key fishing regions include:

• Mediterranean Coast (Alexandria, Port Said, Damietta)
• Red Sea Coast (Hurghada, Suez, Safaga)
• Northern Delta Lakes
• Lake Nasser
• Nile River System

Major fisheries resources:

• Lake Manzala
• Lake Burullus
• Lake Bardawil
• Lake Mariut
• Lake Edku

These lakes are among Egypt's most productive fishery ecosystems.

Located primarily along the Red Sea coast around:

• Safaga
• Marsa Alam
• Southern Red Sea coast

Though small in area, mangroves play a critical role in coastal protection, biodiversity conservation and fish nursery habitats.

Production comes primarily from:

• Mediterranean Sea
• Red Sea

Production has been gradually declining due to:

• Overfishing pressures
• Habitat degradation
• Pollution
• Climate-related impacts

Major production areas:

• Lake Manzala
• Lake Burullus
• Lake Bardawil
• Lake Mariut
• Lake Edku
• Lake Nasser (~30,000 MT)
• Nile River System

Main cultured species include:

• Nile Tilapia (~900,000 MT/year)
• Mullet
• Common Carp
• Sea Bass
• Sea Bream
• Catfish
• Shrimp

Egypt ranks among the world's leading producers of Nile Tilapia.