Starboard Plants 3 Mangroves For Each Board Produced


Each Mighty Mangrove sinks down 673kg of VCS-certified CO2 during its first 25 years. Starboard claims 336.5 kg or half the carbon from the climate park projects. The other half will be sold as carbon credits for vital livelihood projects in challenged Myanmar and running the WIF Climate park.

To offset its emissions, Starboard plants 3 mighty mangrove trees per board, drawing down 3 x 336.5 kg CO2, or over 1 ton CO2. This is more than 10X the board’s total carbon emissions.

Our mangrove trees are planted by the Worldview International Foundation in Myanmar. So far we have planted 1,000,000 mangroves. Three for every board we have produced as well as extras to offset our company carbon footprint 10 times over the footprints of events we have supported. Within the next 25 years, all of Starboard’s CO2 emissions since 1994 will be absorbed, and all emissions since 2017 will be compensated for 10 x over.

We calculate and report our carbon footprint annually, aiming to be transparent about our impact on the planet and sharing how we can turn negatives into positives. Whatever Starboard you’re riding you’re helping the environment. You can share about how reforestation naturally restores the climate balance even for Carbon intensive industries like board building.

Why Mangroves?


Mangroves – The Miracle Tree

Each of us generates an average of 4.7-tonne CO2 emissions per year, the major cause of our climate problems. Mangroves are some of the most efficient green machines to help counter this, as each tree can absorb up to 673 kg of VCS CO2 over 25 years.

Mangroves also protect coastal lives and properties from extreme weather. Our initial aim is to plant 100 million mangrove trees together with WIF Foundation, absorbing 67,3 million tons of CO2. There is a potential to plant over one billion mangroves on available land in Myanmar.

As other countries follow, with your help, our pioneering venture might become a milestone in human history.


Our Carbon Footprint

Each year we will calculate and disclose our Carbon Footprint in the following report. Please click to download the PDFs. Our reports will be as transparent as possible and we welcome your questions and comments concerning all the info presented.

10 x Climate Positive

Starboard and SOMWR take carbon footprinting beyond the basic steps of measuring and offsetting to become carbon neutral. We raise our efforts to limit climate change effects, helping nature to become strong once again. Planting 10X the number of mangroves needed to absorb each 1 tonne of CO2 released through our actions.

How Does The Mangrove Absorb Co2?

Mangroves live on coastal and delta areas. Compared to dry land trees, they live on very fine soil that are made of sediments. They are constantly exposed to not only tidal changes but also washed through with water and sediments from the mountains and rivers.

Since Mangroves live on such a fine ground they have developed a shallow root system that they use to not only as stability but also to trap new sediment. When they trap new sediment they are constantly building themselves higher and higher up at the same time as they are pushing old sediment lower and lower down.

As well as the dry land trees, Mangroves also photosynthesize and absorbs CO2 through their leaves and drop them to the ground. But here is another difference, the carbon components of the leaves are getting trapped into the soil and pushed further and further down instead of being recycled up into the tree’s own ECO system.

The old sediments underneath Mangrove not only store carbon components from the tree itself, but it also traps the carbon compounds from the mountains and rivers.

Compared to a rainforest tree that has deep penetrating roots that creates oxygen chambers deep into the soil, Mangrove’s root system is very shallow so they cannot lead the oxygen down into the soil and therefore the soil becomes extremely low in oxygen, or anoxic.

Because the soil is anoxic the CO2 is not oxidized and released by microorganisms and therefore the CO2 is stored for as long as the tree is alive.


If you cut the Mangrove you expose the area for both erosion and for rapid wetting and drying. Once you get rapid wetting and drying, the carbon components start to break free and rise back up into the atmosphere again.


We have already lost over 35% of the worlds mangrove trees over the last 30 years and we are continuing to lose a further 1% every year. In Myanmar only 20% of the original mangrove cover remains. It is projected that most, if not all its remaining mangrove cover will be gone in the vital delta region by 2030 according to the latest NASA satellite surveillance report. (reference NASA report)

The protection of Mangroves is a comprehensive task that includes not only the preservation of the trees but also to find or create an alternative livelihood for locals.

Today, many poor people who live in and around Mangroves have no other option of income than to illegally cut the trees, burn them and sell the charcoal to industry.


Mangrove serves as coastal physical barriers and buffer that can absorb and protect human lives against tidal waves and extreme weather. The tropics cyclone Nargis in 2008 caused a death toll of above 138,000 people. The damage was estimated at over US $10 billion.


Mangrove serves the vital purpose of protection and providing food for marine life. They are therefore critical to the foundation of a complex marine food chain and for sustaining fisheries and many forms of bird and wildlife.

Water quality is preserved and reduces levels of water pollution. The trees filter suspended material, and assimilate dissolved nutrients.

Communities also benefit no only from the increased populations of fish for themselves to eat but by planting and protecting mangroves reduces poverty by creating new livelihoods within disadvantaged communities.

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