As part of the activities carried out to achieve the Presidential Award for the Junior Achievement Program, a student from Maliyadeva College participated in several environmental conservation initiatives together with the children of the “Together With Mangroves” Children’s Society at the Lanka Mangrove Museum and Learning Center.
Youth Leadership in Mangrove Conservation – community service project. Read More »
On 2026.04.30, students from Fathima Balika Vidyalaya visited the Lanka Mangrove Museum and Learning Center for an educational field visit. 🌿
During their visit, the students explored the museum exhibits and learned about the importance of mangrove ecosystems, biodiversity, and environmental conservation. The visit provided them with valuable knowledge and a meaningful experience in understanding the importance of protecting nature for future generations. 💚🌱
students from Fathima Balika Vidyalaya visited Read More »
The Wayamba University of Sri Lanka has officially requested permission from the Lanka Mangrove Museum and Learning Center to collect samples of Avicennia marina for a scientific research study.
This important research, conducted by the Department of Biochemistry, Faculty of Medicine, aims to investigate the antioxidant properties of Avicennia marina and explore its potential therapeutic benefits for diabetes management.
Research Collaboration for Mangrove Conservation & Medical Science Read More »
Mangrove ecosystems are among the most productive and ecologically important habitats in the world, providing coastal protection, supporting biodiversity, and sustaining livelihoods. One remarkable species within these ecosystems is Xylocarpus granatum, commonly known as the cannonball mangrove.
Xylocarpus granatum: The Cannonball Mangrove Read More »
On the 25th of April 2026, a group from the Young Zoologists’ Association visited the Lanka Mangrove Museum and Learning Center. The group was led by Attorney-at-Law Jagath Gunawardena, the President of the association, along with several enthusiastic members.
During the visit, participants actively engaged in a special session focused on mangrove plant species. This included an introduction to different mangrove species, highlighting their ecological importance and unique characteristics within coastal ecosystems.
Visit by the Young Zoologists’ Association Read More »
On the 21st of April 2026, a group of travelers from the Netherlands visited the Lanka Mangrove Museum and Learning Center. The visitors were warmly welcomed and given the opportunity to explore the museum’s exhibits, which showcase the ecological importance of mangrove ecosystems.
Visit by Travelers from the Netherlands Read More »
Symphyllia sp. Brain corals or closed brain corals Kingdom: Animalia Phylum: Cnidaria Class: Anthozoa Order: Scleractinia Family: Lobophylliidae Genus: Symphyllia Symphyllia is a genus of large polyp stony corals known for its smooth, fleshy appearance and deep valley-like grooves on the colony surface. It is a massive reef-building coral commonly found in Indo-Pacific reef systems.
Hydnophora spp., commonly known as horn corals, belong to the family Merulinidae. They are widely distributed in the Indo-Pacific region, typically inhabiting reef slopes, lagoonal areas, and sheltered reef flats. Colonies are massive to sub-massive, sometimes forming irregular mounds, and are characterized by the presence of numerous conical or knob-like projections (tubercles) on the colony surface, giving the coral a rough and spiny appearance.
Sponges (Phylum Porifera) are a diverse group of sessile, aquatic invertebrates that are widely distributed in marine and freshwater environments. They are among the earliest-evolved multicellular animals, exhibiting a simple body organization without true tissues or organs. Sponges are characterized by a porous body with numerous ostia (small pores) that allow water to circulate through the body, facilitating filter feeding, respiration, and excretion.
Turbinaria spp., commonly known as scroll corals or screw corals, belong to the family Dendrophylliidae. They are widely distributed across the Indo-Pacific, typically inhabiting reef slopes, lagoonal areas, and turbid coastal environments. Turbinaria is easily recognized by its unique colony morphology, which can be foliose (leaf-like), cup-shaped, or turreted, with broad, vertically or horizontally oriented plates that often resemble stacked discs or spirals.
