Blue Marine Foundation

Greece’s Posidonia seagrass faces threats from anchoring, pollution and other human interventions. In order to inform the proper protection of vital and ancient seagrass habitat, Blue Marine is working to provide a comprehensive assessment of the carbon removal and storage potential within Posidonia beds. Employing advanced hyperspectral cameras in collaboration with our partners, this project aims to generate advanced data to understand the climate implications of this vibrant ecosystem and enhance knowledge to help secure future climate smart marine protected areas (MPAs) across the Mediterranean.  

Project Overview 

Greece has experienced significant loss of its Posidonia seagrass due to anchoring, pollution and other human disturbance. Posidonia sequesters significant quantities of CO2 as it grows, protects coastlines from erosion and provides a nursery for juvenile fish. The Greek coastline exceeds 15,000km and is characterised by carbon rich Posidonia seagrass and algal meadows, dropping off into deeper waters where fragile corals feed in the productive water currents. But in the context of the heavily overfished Mediterranean, Greek waters have had one of the highest habitat and biodiversity declines due to human pressures. Blue Marine and its partners are initiating the first no-take marine protected areas in Greece.  

In the first year of this project, we will be conducting a baseline assessment of the carbon stocks, carbon sequestration rates and storage of the Posidonia beds within potential marine protected areas. Our goal is to enhance our understanding of Posidonia meadow distribution and coverage through accurate mapping, evaluate their blue carbon potential, and conduct biodiversity surveys and health assessments. This will help us ensure that future protected areas offer sufficient protection to these vital Posidonia meadows. 

Local Partners

The Ionian Environment Foundation, The Cyclades Preservation Fund, The Thalassa Foundation, TETHYS Research Institute, iSea and PlanBlue. 

A mosaic of rich marine habitats, the Dutch Caribbean is home to an incredible host of marine species, such as hawksbill turtles, colourful parrotfish and sharks. To help protect them, the island of Aruba seeks to introduce a round-island marine protected area (MPA), to restore and protect its mangrove and seagrass habitat and create a “living lab”-  a space to demonstrate various restoration practices and teach tourists about the work taking place on the island. On the island of Bonaire, mangrove forests are declining due to erosion. To tackle this, the Mangrove Maniacs, a volunteer group, are successfully re-opening mangrove channels to restore the waterflow which in turn restores oxygen levels and brings back the previously abundant marine life.  

Project Overview 

Year 1 of this project will concentrate on mangrove restoration and channel excavation in Aruba and Bonaire. Additionally, we will be focusing on seagrass protection across four sites in marine protected areas (MPAs) in Mangel Halto as well as developing signage for these MPAs in Aruba.  

The mangrove forest in Lac Bay, Bonaire, is in decline mainly due to siltation caused by erosion. This is causing mangroves to die due to reduced oxygen and increased salinity. Our local partners, the Mangrove Maniacs, are working to open channels to restore the waterflow and so improve conditions for the mangroves and other wildlife. This is important work to allow the mangroves to recover naturally and ensure increased rates of survival for planted seedlings.  

Similar work is beginning to take place in Aruba in the Mangel Halto MPA, where work is needed to prevent encroachment and habitat degradation before mangroves can be replanted in the area. In the same MPA, seagrass is being damaged by increased anchoring, and during this pilot phase we will be sectioning off four areas to establish no-trampling zones to give the seagrass a chance to recover. The first year will focus on design, production and placement of signage at four MPAs (12-15 signs in total). This will help raise awareness and ensure the effectiveness of the protection. 

Local Partners:  

Fundacion Park National Aruba (FPNA) and Mangrove Maniacs. 

Indonesia, accounting for 20 per cent of the world’s mangrove cover, has witnessed significant loss since the 1980s due to shrimp farming and coastal developments. In collaboration with local NGOs, Blue Marine’s work in Indonesia seeks to restore thousands of hectares of mangrove habitat, including 90 hectares of degraded aquaculture ponds in Lombok Island. Blue Marine will bring specialist technical knowledge to local NGO partners to set up a new project to support the restoration of mangrove ecosystems as well as delivering community education, monitoring and protection. Community members, local government officials, and local NGO representatives will be trained in world-leading community based ecological mangrove restoration techniques by Indonesian NGO, Blue Forests. A detailed engineering design will be developed and followed by a project manager and project coordinator, employing community members in restoration activities. The site will be developed as a mangrove eco-tourism destination centre to provide the community with alternative sustainable livelihoods. 

Between 1970 and 2015, the Philippines lost 40 per cent of its mangroves, a vital blue carbon habitat that supports an abundance of species such as mudskippers, grouper, and the ancient horse shore crab (considered ‘living fossils’ as they’ve existed unchanged for over 400 million years). To address this, Blue Marine’s partner, Oceanus Conservation, has undertaken significant work to restore these blue forests, with over 8,000 seedlings planted in previously degraded areas. Their next target is a 10-hectare site in the country’s south, repurposing an abandoned shrimp farming site. By using a method that works with nature, Blue Marine seek to repair water flows and plant trees to stabilize sediment, letting nature oversee most of the restoration. 

Formentera’s seagrass meadows are believed to date back over 100,000 years, making them one of the oldest living things on the planet today. Unfortunately, they are under extreme threat from human impact such as pollution and boat disturbance. In collaboration with Blue Marine’s local partners, Blue Marine is working to implement a citizen-driven initiative of “Posidonia Planting”, which seeks to plant a minimum of 3,000 seeds/fragments annually, bridging the gaps in seagrass coverage and fortifying restoration success. 

Mida Creek is home to an array of wonderful marine life, including a resident population of Indo-pacific dolphins, providing critical sea turtle habitat and nesting areas and a nursing ground for Humpback Whales. The Mida Creek project was started by Sustainable Surf and COBEC in 2020 during the pandemic, which left many people without work as the local economy relies on tourism. In the Watamu region of Kenya mangrove trees have been illegally harvested for lumber and charcoal production, due to local economic pressures. COBEC works with local villages to replant mangroves in deforested areas. The communities are educated about the environmental and economic importance of these ecosystems, and employed to grow seedlings, collect mangrove propagules, plant mangroves and monitor the growth of the trees.

Mida Creek is home to an array of wonderful marine life, including a resident population of Indo-pacific dolphins, providing critical sea turtle habitat and nesting areas and a nursing ground for Humpback Whales. The Mida Creek project was started by Sustainable Surf and COBEC in 2020 during the pandemic, which left many people without work as the local economy relies on tourism. In the Watamu region of Kenya mangrove trees have been illegally harvested for lumber and charcoal production, due to local economic pressures. COBEC works with local villages to replant mangroves in deforested areas. The communities are educated about the environmental and economic importance of these ecosystems, and employed to grow seedlings, collect mangrove propagules, plant mangroves and monitor the growth of the trees.