Aquaculture Technology Center

Rhizophora mucronata is a type of mangrove that can grow up to 27 m tall. This mangrove generally has a trunk diameter of 70 cm, a dark trunk color tending toward black with horizontal fissures. R. mucronata is classified as a mangrove that has stilt roots, where aerial roots grow from the lower branches. Mangrove roots have adaptive forms to survive by producing roots that emerge from the soil for air intake. The trunk color of R. mucronata is dark, tending toward blackish. The trunk height can reach 27 m, standing upright, not twining and not grooved. This mangrove trunk grows in the outermost zone with the help of its stilt roots to withstand sea waves. The leaves of this mangrove are broadly elliptic to elongate toward the seed base, with leaf vein tips tapering, measuring 11-23 x 6-13 cm. This mangrove leaf arrangement is single and opposite. The petiole is on the lower side of the midrib with the seed lobe tip resembling a green stalk with a length of 3-4.5 cm. The leaves are bri...

Indonesia's tropical region geographically covers areas located between the Northern Tropic and 23°27’ South Latitude. The tropics are regions located between the 18°C isotherm of the coldest month. Overall, the tropics cover 30% of the Earth's surface. Tropical forests are forests located in tropical regions. Tropical rainforests are one of the oldest forest vegetation types that have covered much of the land. Tropical rainforest ecosystems exist in areas with climate types A and B (according to the Schmidt and Ferguson climate classification), or it can be said that this ecosystem type is found in areas that are always wet, in areas with Podsol, Latosol, Alluvial, and Regosol soil types with good drainage, and located far from the coast. Tropical rainforest stands are dominated by evergreen trees. The diversity of plant and animal species in tropical rainforests is very high. The number of tree species found in tropical rainforests is greater than that found in other ecosyste...

Escherichia coli is a pathogenic bacterium that lives in the intestines of humans and animals and plays a role in maintaining a healthy digestive system. This bacterium is also found in water and food, as are non-pathogenic strains of E. coli. Pathogenic strains, such as enterotoxigenic E. coli (EPEC), produce shiga toxin, which is an indicator of water pollution and invades the epithelial cells of the small intestine. The presence of E. coli in aquatic environments indicates contamination by waste or animal feces carried in the water.Escherichia coli is a type of bacteria belonging to the coliform family that normally lives in human and animal feces, therefore it is also called fecal coliform. E. coli is a Gram-negative, rod-shaped, non-spore-forming bacterium. E. coli is commonly found in water as a source of microbial pollution. This bacterium forms rods in chains with a length of approximately 2 micrometers and a diameter of 0.5 micrometers. This bacterium has Bacillus forms includ...

Indonesia has rich marine biodiversity and potential for development. Abundant marine resources are not only a food source but can also be developed into medicinal ingredients. Marine invertebrates are the marine organisms that produce the largest number of bioactive compounds compared to marine vertebrates. This is because marine invertebrates have more limited physical movement than marine vertebrates, resulting in a greater response to bioactive compound production. Marine invertebrates with biological activity include sponges, ascidians, mollusks, and bryozoans. In the past decade, the world's attention in medicine has begun to turn to marine organisms as a potential source of these compounds. The need for new antibiotics is high, especially those that are effective in inhibiting resistant pathogenic bacteria. Therefore, information about active antibacterial compounds in the health sector is crucial in combating diseases caused by bacteria. Infectious diseases are diseases cau...

The increasing public demand for seafood and the degradation of natural habitats have led to the threat of widespread infections in intensively farmed animals, which could result in significant losses in fisheries production. Data from the Central Statistics Agency (BPS) shows that the potential fish resources in Indonesian waters reach 67 million tons per year. This figure includes capture fisheries at 9.3 million tons per year and aquaculture at 56.8 million tons per year. The Food and Agriculture Organization (FAO) predicts that the world population will grow by 30% by 2050, followed by a 70% increase in global protein demand. The application of biotechnology to significantly advance the commercial aquaculture industry has become a primary focus in efforts to increase productivity, control disease and health through vaccination, manage sustainably formulated feed nutrition, and address environmental challenges facing fisheries resources. The application of biotechnology in the fishe...

Why do we need to protect and care for mangrove ecosystems? This question is crucial to consider amidst the current state of mangrove land degradation. Mangrove trees offer numerous benefits, such as preventing abrasion, purifying water, providing habitat for marine life, providing a source of income for coastal communities, and absorbing carbon dioxide (CO2). According to calculations by the Ministry of Environment and Forestry (KLHK), mangrove ecosystems can store 3-5 times more carbon than ordinary terrestrial forests. Furthermore, Indonesia has 23% of the world's mangroves, making it the world's largest and most diverse mangrove forest. With this potential, Indonesia is in a crucial position to address the global problem facing its citizens: CO2 absorption. However, mangrove forests continue to experience land degradation, threatening the destruction of every mangrove ecosystem. The question is, are we willing to lose this natural wealth that should be passed on to our gene...

Mangrove comes from a combination of the Portuguese word mangue and the English word grove. In Portuguese, the word mangrove is used for individual plant species, while mangal is used for the forest community. In English, mangrove is defined as trees that grow in coastal areas or other associated plants. Other terms used to refer to mangrove forests include coastal woodland, mangal, and tidal forest. Mangroves are a coastal tropical vegetation community that lives in estuaries, rivers, lagoons, and intertidal zones with muddy or sandy-mud substrate. Mangroves are classified as higher plants that have the potential for abundant organic matter content, nitrogen, and sulfur compounds used by microorganisms for growth. Mangrove ecosystems are classified as intertidal ecosystems where there is strong interaction between seawater, brackish water, rivers, and terrestrial areas. Mangroves live in tropical and subtropical climate zones and play a role in ecological, social, and economic systems...