Mango

Mango, locally known as “mangga” and scientifically named Mangifera indica L., is the Philippines’ national fruit. It is also the third most important fruit crop based on export volume in the Philippines, next to banana and pineapple. The Philippines ranks among the top mango producers globally, contributing about 1.5–2.5% of world production in recent years).

Based on the data from the Philippine Statistics Authority (PSA), in 2025, total mango production reached 710 thousand metric tons (MT) from around 183,000 hectares (ha), with an average yield of 3.88 MT/ha. Ilocos Region remained the top mango producer with 160.85 thousand metric tons (MT), contributing about 23 percent to national production, followed by SOCCSKSARGEN and Western Visayas, with mango production of around 66 thousand MT and 58 thousand MT, respectively (PSA, 2026). About 92 percent of total production is consumed locally, while the remaining volume is exported to markets such as Hong Kong, South Korea, and Japan.

Recent data show that mango production has generally declined from its mid-2010s peak (over 900 thousand MT) and stabilized in recent years within the 500–700 thousand MT range.

Three widely recognized mango varieties in the country are Carabao, Pico, and Katchamita. The ‘Carabao’ Mango is kidney-shaped, elongated, with thin yellow pulp, and is known for its very tender taste and slight aroma. It is known in the international market as the “Manila Super” mango and is considered one of the best mango varieties in the world. It remains the dominant variety, covering about 81 percent of the total mango area, and has high export potential in both fresh and processed forms.

Meanwhile, the Pico variety has a distinct beak at the apex and fibrous light orange-yellow flesh. In contrast, Katchamita’s fruit is small and rounded, with green skin and yellowish flesh.

The mango industry in the Philippines continues to face a range of interrelated constraints that limit its productivity, quality, and global competitiveness.. These include impacts of climate ariability, persistent pest and disease pressures, suboptimal orchard management practices, low adoption of improved technologies, and significant postharvest losses. Together, these factors contribute to declining or inconsistent yields and reduced fruit quality.

Pests and diseases remain among the most critical challenges. Major threats include mango twig borer (MTB), as well as fungal diseases such as scab, anthracnose, and stem-end rot, which affect various parts of the plant and significantly reduce both yield and marketability. These are compounded by inadequate nutrient and water management practices and the continued reliance on inefficient or inappropriate pest control measures.

Structural and production-related constraints further affect farm efficiency. Many orchards consist of aging and tall ‘Carabao’ mango trees, making pruning, spraying, and harvesting difficult and labor-intensive. The lack of assurance on the quality and trueness-to-type of planting materials from some nurseries also affects long-term productivity. In addition, high production costs, particularly for labor and agrochemical inputs, continue to reduce farmers’ profitability.

Postharvest and value chain inefficiencies remain significant. Limited access to proper handling, storage, and transport facilities contributes to high postharvest losses and shorter shelf life, especially for fresh fruit exports. These challenges are further compounded by fragmented supply chains and weak market linkages, which constrain the ability of producers to meet volume, quality, and consistency requirements of high-value markets.

In addition, the industry is highly dependent on the ‘Carabao’ mango as the primary—and effectively sole—export variety, limiting market diversification and increasing vulnerability to market and production risks.

Emerging concerns reported by industry stakeholders include climate-induced flowering irregularities, increasing frequency of extreme weather events, labor shortages in some producing areas, and limited investment in research, extension, and modernization. Policy and institutional gaps, including limited coordination across the value chain and insufficient long-term industry development strategies, continue to constrain the sector’s growth and competitiveness.