Growth Performance, Productivity, and Adaptability of Coconut (Cocos nucifera): A Mixed-Methods Review Across Environmental and Market Contexts

Abstract

Coconut tree productivity is often limited by the slow growth rate due to environmental stress and sub-optimal cultivation practices.  This study examines the growth performance, productivity, and adaptability of coconut (Cocos nucifera) across diverse environmental and temporal contexts, providing additional insights into market stability and competitiveness. A mixed-methods approach was applied, integrating a systematic literature review with qualitative and quantitative analyses, as well as marketing data evaluation. Limitations include reliance on secondary data, a restricted sample of 15 countries, and inconsistencies in long-term yield and farm-level records. The results highlight substantial variability in coconut productivity, morphology, and biochemical composition. Molecular analysis shows a strong correlation between the number of heavy atoms and molecular weight, reflecting the complex composition of coconut-derived compounds, including fatty acids, sugars, and triglycerides. Variability is further influenced by cultivar type, maturity stage, and environmental conditions. In Malaysia, coconut cultivation demonstrates a declining planted area but relatively stable production, suggesting improved efficiency and management practices. The adoption of hybrid varieties, such as MATAG, among smallholders indicates strong potential to enhance yields and sustainability. Overall, coconut performance is shaped by genetic, environmental, and management factors, emphasizing the need for standardized data and improved cultivation strategies to support long-term industry sustainability.