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Marine Technology Innovation and Sustainable Economic Development Puspitasari, Rizka Dwi; Iqbal
Journal of Economic Growth and Development Review Volume 3 Issue 1 March 2026
Publisher : Professorline

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Abstract

Marine technology innovation plays a crucial role in supporting sustainable economic development, particularly in coastal and maritime regions. Advances in marine engineering, offshore structures, renewable ocean energy, and digital marine technologies have contributed to increased productivity, efficiency, and resilience within the maritime sector. This study examines the relationship between marine technology innovation and sustainable economic development by highlighting the roles of human capital, technological advancement, and entrepreneurial activities in the marine industry. Using a qualitative literature-based approach, this study analyzes academic publications, policy reports, and relevant case studies related to marine technology and the blue economy. The findings indicate that marine technology innovation enhances economic growth by optimizing the use of marine resources, reducing environmental impacts, and creating new opportunities for maritime entrepreneurship and employment. Furthermore, sustainable marine development depends on the integration of technological innovation with skilled human resources and supportive institutional frameworks. This study emphasizes the importance of marine technology innovation as a strategic driver for achieving sustainable and inclusive economic development in the maritime sector.
The Role of Nutrition in Optimizing Athletic Performance and Recovery: A Literature Review Puspitasari, Rizka Dwi; Arfajah, Aisyah Azzahra
Journal of Nutrition and Health Care Volume 3 Issue 1 March 2026
Publisher : Professorline

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Abstract

Nutrition plays a critical role in supporting physical performance and recovery in athletes. Adequate intake of macronutrients and micronutrients, proper hydration, and appropriate supplementation can influence endurance, strength, and speed during training and competition. This study aims to analyze the role of nutrition in optimizing athlete performance and recovery by examining nutritional requirements, hydration strategies, supplement use, and dietary patterns that support muscle regeneration. A literature review approach was employed, analyzing scientific articles, books, and recent research reports on sports nutrition, physical recovery, and supplementation. Data were analyzed descriptively and analytically to identify the relationship between nutrient intake and physical performance indicators, as well as the effectiveness of recovery strategies following athletic activities.mThe findings indicate that balanced consumption of carbohydrates, proteins, healthy fats, vitamins, and minerals enhances energy capacity, accelerates muscle recovery, and reduces fatigue and injury risk. Proper hydration also supports bodily homeostasis and maintains performance during training or competition. Targeted supplementation, when applied appropriately, can further enhance physiological adaptation and muscle tissue regeneration. Overall, systematic nutrition planning and personalized nutrient intake are essential for improving performance and accelerating recovery in athletes. These findings provide practical guidance for coaches, sports nutritionists, and athletes in developing effective nutritional strategies to support athletic achievement and long-term health.
Marine Biota Breeding to Support Marine-Based Food Security Puspitasari, Rizka Dwi; Apriliansyah, Satya
Journal of Agro Complex Development Society Volume 3 Issue 1 April 2026
Publisher : Professorline

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.62012/agrocomplex.vi.30

Abstract

Marine-based food security has become a crucial strategy in addressing the growing global demand for food and increasing pressure on natural resources. Marine biota, including fish, shrimp, shellfish, and seaweed, possess significant potential as sustainable food sources. Marine biota breeding represents a strategic approach to improving genetic quality, productivity, and resilience to diseases, pests, and environmental stressors in marine ecosystems. This study aims to examine the role of marine biota breeding in supporting marine-based food security and to identify the methods and challenges associated with its implementation. The research employs a literature review approach by analyzing scientific journals, books, and research reports related to marine biota breeding, biotechnology, and marine aquaculture systems. A descriptive-analytical method is used to identify trends and developments in breeding technologies, ranging from conventional selection and hybridization to the application of modern biotechnology. The findings indicate that marine biota breeding can significantly enhance growth performance, disease resistance, and adaptability to changing marine environmental conditions. When supported by marine engineering technologies and sustainable management practices, breeding programs contribute to increased production efficiency and the long-term sustainability of marine-based food systems. Therefore, the integration of marine biota breeding, marine technology, and supportive policies is essential to strengthening marine-based food security in the future.