Journal of Global Agriculture and Ecology

This study revealed morphological and anatomical analysis on Ipomoea aquatica. The study aimed comprehensively elucidating the morphological characteristics of Ipomoea aquatica. Result, established a foundation for botanical classification providing insights into the plant's ecological niche. The result also showed that Ipomoea aquatica, classified as a herbaceous plant, exhibits non-woody stems, indicative of succulence and flexibility. The trailing growth habit emphasizes its spatial interactions, highlighting potential adaptations for efficient resource capture. The fibrous root system contributes to stability and efficient nutrient absorption. The cambium tissue in the stem, with a greenish-brown colour is indicative of chlorophyll presence and plays multifaceted roles in buoyancy, nutrient transport, and overall structural integrity. The variation in flower colour adds aesthetic diversity, potentially influencing pollinator interactions. The green colour of petioles and leaves signifies chlorophyll presence, essential for photosynthesis and indicative of the plant's health and growth potential. The result also showed leaf morphology, revealing the alternate arrangement, and petiolated leaves of Ipomoea aquatica. The lanceolate shape, acute apex, entire margin, truncate base, and glabrous surface collectively contribute to the plant's adaptability and resistance to herbivory. The elongated leaves with a length of 13.5 cm and width of 7.0 cm provide a substantial surface area for sunlight absorption, enhancing gas exchange and transpiration. The petiole length of 9.4 cm strategically positions the leaves for optimal sunlight exposure while the Stem parameters, including a moderate height of 9.5 cm and a slender girth of 0.5 cm, contribute to the overall plant architecture, influencing leaf arrangement and mechanical support. Based on the result, Ipomoea aquatica interacts with its environment. Physiological investigations to explore the physiological processes within Ipomoea aquatica, including photosynthesis, nutrient transport, and responses to environmental stressors should be conducted. This can provide a deeper understanding of the plant's resilience and adaptive mechanisms and Genetic Diversity Analysis into the genetic diversity within Ipomoea aquatica populations to uncover variations in morphological traits and adaptability should be conducted. This knowledge can be valuable for conservation efforts and breeding programs aimed at enhancing desirable characteristics.