GROWING PAPAYA IN MALAYSIA - A REVIEW

GROWING PAPAYA (Carica papaya) in Malaysia is a popular commodity in which reported an area of 2,234 hectare was planted eith producing 48,009 metric ton for domestic and export market (Source: Fruit Statistic Report, Department of Agriculture, Malaysia 2026). Reported growing papaya practically at home involves choosing sunny spots, ensuring well-draining soil, managing water carefully, and providing regular organic nutrients. The suitable soil and planting area must enough supply of sunlight for the area with 6 to 8 hours of direct daily sun. Choose area with best soil that was loose, loamy soil with a pH around 6.5 to 7.2 to prevent any water pooling past 48 hours to avoid root rot. The recommended spacing for papaya plants 2 to 3 meters apart to give their roots room. Growing papaya need best care and maintenance for agronomic practices especially in watering to keep soil moist during growth and flowering but cut back if the ground stays wet from heavy rain. Apply organic compost or balanced fertilizer every month and keeping granules away from the soft trunk. Threats of pests and watch out for aphids and pest like mealybugs. Ensure to clear away weeds gently without digging deep into shallow surface roots. From my observation that the most popular and commercially significant papaya variety grown in Malaysia is Eksotika (along with variants like Eksotika II and Sekaki), famed for its sweet flavor and smooth texture. Some key commercial varieties choices are fo Eksotika variety that released by MARDI in 1987, this is a Malaysia's flagship export papaya, known for its sweet, orange-red flesh, uniform size, and juicy texture. The Sekaki Variety produces very large fruits (often weighing over 2 kg) with thick flesh and a mild sweetness, highly favored for local fresh consumption. The third variety known as Betik Eksotika II due to an improved line offering similar high-quality dessert traits to the original Eksotika. This article in "Anim Agriculture Technology" blog I write about the growing activity of papaya in Malaysia for reading purposes. 

The cultivation of papaya trees and the prevention of premature fruit drop involve a comprehensive approach that addresses various factors, such as water stress, nutrient deficiency, and pest and disease pressure, as well as the implementation of effective pest control strategies.Water stress is a critical factor for papaya trees, which have a shallow root system and require regular and consistent watering to maintain the correct level of soil moisture. From my observation that avoiding waterlogging is essential to preventing root rot. Watering needs vary based on the soil type, with sandy soils often requiring more frequent watering. Implementing a drip irrigation system and using mulch can help conserve soil moisture. The nutrient management is important whereby papayas are heavy feeders that require a balanced intake of nutrients, such as nitrogen, phosphorus, potassium, magnesium and calcium. Conducting a soil test can help identify specific nutrient deficiencies and guide the application of balanced fertilisers. Care must be taken to avoid over-fertilisation, particularly with nitrogen, to prevent excessive vegetative growth at the expense of fruit production. For pest and disease control is vital in which the common pests, such as aphids, spider mites and fruit flies, along with diseases such as papaya ringspot virus, can significantly impact the health of papaya trees. Therefore, regular inspection is crucial. These include employing organic insecticides and maintaining overall plant health to effectively manage these challenges. One natural pest control method involves pesticides that include Bacillus thuringiensis (Bt), a soil bacterium. They are effective against certain insects, particularly caterpillars. Botanical insecticides such as neem oil, which acts as an insect repellent and fungicide, and pyrethrin, derived from chrysanthemum flowers, offer natural solutions for pest control. However, pyrethrin should be used cautiously to avoid affecting the beneficial insects. Actuallny for a physical controls, such as barriers, nets and sticky traps, are essential for protecting papaya trees from birds and insects. Hand-picking pests or infected fruits can also be an effective method, especially in small-scale settings. These natural and physical methods, when combined, can significantly reduce pest pressure on papaya trees, thereby minimising the need for chemical interventions. In summary, successful growth and fruiting of papaya trees requires a holistic approach that includes careful water management, balanced nutrient application, and diligent pest and disease control using a combination of natural insecticides and physical barriers.

Reported that Malaysia has been involved in the development of genetically modified (GM) papayas since the 90’s and its progress accelerated after the Malaysian Agricultural Research and Development Institute (MARDI) joined the Papaya Biotechnology Network of South East Asia coordinated by the International Services for Acquisition of Agribiotech Applications (ISAAA) in 1998. The focus of the Network was on development of papayas with resistance to papaya ringspot virus disease and papayas with delayed ripening, the two major constrains to the papaya industry at that time. In Malaysia, the current research is on development of GM papayas with resistance to Bacterial Die Back (BDB), the most devastating disease that currently holds back investment in papaya cultivation. Several lines for delayed ripening papaya are ready for field testing and ultimately commercialization. However, all GM materials must undergo preliminary contained and later restricted field trials to establish the risk assessment with findings of no significant impact (FONSI) before they can be released for more extensive open field trials and commercial planting. The Hawaiians for example, have spent many years in the deregulatory process before they could release their world’s first GM papaya “Rainbow’. The documentation of the Biology of Papaya particularly in the Malaysian context is important for the risk assessment in the later release of GM papayas. This document covers the origin, distribution and trade, the ecology the plant requires for optimum growth and development, botany, genetics, propagation and cultural practices. Important considerations in Findings of No Significant Impact (FONSI), relating to toxins, allergens, weediness and potential for gene transfer are also presented. This is an important reference for researchers and regulatory bodies for the release of GM papayas in the Malaysian environment. Thanks...

By,

M Anem,

Senior Agronomist,

Pytrajaya,

Malaysia.

(August 2026).