BestCities Global Alliance Forest

GROWING FORESTS

Inspiring Planet & People Positive Action

1,356

Total Trees Planted

222,520 kg

Total CO2 Removed

Trees are one of the most powerful absorbers of carbon emissions – by growing trees in developing countries as we travel, we can help to restore eco-systems, biodiversity and support local communities through the dignity of employment.

Reforestation will help reverse climate change, but trees can be fragile and take time to grow, so to ensure a traveller’s carbon emissions are removed as soon as possible, Trees4Travel always assigns each tree with a share of an investment into a United Nations Certified Emissions Reduction renewable energy program, essentially doubling their promise.

Mozambique Reforestation

We are delighted to introduce you to our second mangrove reforestation project in Africa. This restoration program will help to protect coastal communities from environmental disasters, improve fisheries, remove carbon from the atmosphere and increase biodiversity, while also supporting and improving the locals economic situation. 


Kenya Reforestation Updates

JANUARY 2024

As the mangroves develop and grow, we can begin to see the restoration of a strong healthy marine forest which will help in the protection of the coastline from erosion, storm surges and tsunamis. As biodiversity havens, these mangroves will again support a huge variety of plants and animals, they will also act as nurseries for young fish and even become home to honeybees.


AUGUST 2023

Thank you for helping to support Trees4Travels first mangrove reforestation project in Kenya, on the east coast of Africa. Mangroves are some of the most powerful trees on our planet, an acre of mangroves can store 5 to 10 times more carbon that an acre of rainforest, so planting and conserving these amazing forests is essential to the wellbeing of our planet and people.


More About Mozambique

Mozambique is home to extensive biodiversity and varying landscapes with forests at the core of its social, environmental and economic wellbeing. However more than 8 million hectare's of forest have been destroyed. Cyclones, floods, cutting down trees for firewood and charcoal, clearing large areas for farmland and commercial logging are the leading causes of deforestation in this area.

Located in the district of Boane, the Mahubo site lies due south of the capital city, Maputo. The local community is made up of over 102,000 people, most of whom rely on agriculture for their livelihood. The reforestation site is 576 hectares, with a capacity of 10,000 trees per hectare with a total planting capacity of 4,000,000 trees.

The Importance of Reforestation

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The Mahubo planting site comprises of a narrow strip of partially degraded mangrove forests, located on the western bank of the Tembe river, approximately 18 kilometers south of its confluence with the Mbuluzi, Matola and Infulene rivers that form the “Estuário do Espírito Santo“ delta. This large estuary flows into Maputo harbor, the main commercial seaport of Maputo Bay in Mozambique

The mangrove forests in this area are an important habitat for marine life, birds, and animals such as turtles and crocodiles. Marine animals include the d'Urville's fiddler crab (Tubuca urvillei), mud crabs (Scylla serrata), mudskippers (Periophthalmus kalolo), and many species of sea snails and slugs.

The mangrove ecosystem of Mahubo also supports several native bird species, including the mangrove kingfisher (Halcyon senegaloides), a small, colorful bird commonly found in estuaries and mangrove forests along the east coast of sub-Saharan Africa. Smaller mammals, including shrews and rats, are quite common in parts of these mangrove forests, while the red bush squirrel and vervet monkeys are sometimes observed.

Mangroves are incredible for so many reasons, stemming from their ability to grow and thrive on the boundary of ocean and land.

The trees’ unique adaptations to salinity make wherever they grow a vital haven for wildlife and an important resource for the hundreds of millions of people living near these ecosystems. Their importance to people and wildlife could not be any clearer as ever-growing impacts of climate change and biodiversity loss threaten our planet.

Mangroves are some of the most powerful trees on our planet. Mangrove soils are highly effective carbon sinks. They are among the most carbon-rich tropical ecosystems globally and can contain more carbon per square metre than tropical rainforests. An acre of mangroves can store 5 to 10 times more carbon that an acre of rainforest, therefore, planting and conserving these amazing forests is essential to the wellbeing of our planet and people.

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Mangroves are tropical marine forests with huge potential. They protect coastlines from erosion and storm surge, tsunamis and provide food and shelter for a diverse array of wildlife, and nursery habitats for commercially important fish and shellfish.

An estimated two thirds of the fish that are eaten in Mozambique spend part of their lives in the mangroves which act as their breeding and nursery grounds.

Mangrove species do not require nurseries. At 3-5 years of age, mangroves begin to produce and drop their own propagules (seeds), which can be used to give rise to a new tree. These propagules may be collected from existing trees or from trees previously planted. Mangroves are planted year-round in Mozambique.

Our reforestation partner hires local people to reforest their region by planting mangrove trees while stimulating economic growth, breaking the cycle of poverty, and empowering the community whilst building economic resilience.

Tree Species

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Rhizophora Mucronata is a slow-growing, evergreen tree growing up to 27 metres tall, with a bole 50 - 70 cm in diameter. The tree produces numerous stilt roots from the base. One seed is developed per fruit & starts to germinate when the fruit is still attached or hanging on the tree. The root (radicle) gradually protrudes from the fruit, at first like a green cigar, then grows into a rod-like structure. In this species such a seedling root (hypocotyl) with a rough & warty surface may attain a considerable length (sometimes over 100 cm), the largest & longest in the genus.

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Bruguiera Gymnorhiza has the largest leaves, flowers, propagules and lenticels of all Bruguiera species. The name Large-Leafed Orange Mangrove comes from the orange flowers and the large leaves that can reach up to 25cm in length. They grow about 20 to 25 degrees north and south of the equator in an area with subtropical to tropical climates. These conditions enable this evergreen tree to produce leaves and shoots during the whole year. The leaves have an elliptic shape, the upper side is smooth and dark green, the bottom is waxy and light green. Occasionally three or four leaves are formed simultaneously.

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Ceriops Tagal is a medium-sized tree growing to a height of 25 metres (80 ft) with a trunk diameter of up to 45 cm (18 in). The growth habit is columnar or multi-stemmed and the tree develops large buttress roots. The radiating anchor roots are sometimes exposed and may loop up in places. The bark is silvery-grey to orangeish-brown, smooth with occasional pustular lenticels. 

Our planting partner for this reforestation program is Eden Reforestation Projects. Plantation Photos have been provided by our partner.

More About Kenya, Africa

Kenya is famous for its diverse wildlife and wide range of forest types that have long supported its communities. However, in recent decades these forests have experienced extreme environmental degradation through human activities such as logging and charcoal burning.

Over 90% of Kenya has been deforested and 42% of the population live below the poverty line.Together, through our partnerships, we can help tackle poverty and deliver climate, biodiversity and local-level benefits to communities.

This mangrove reforestation project supports 10 of the 17 United Nations Sustainable Development Goals, helping to resolve many of the challenges and to achieve a better, more sustainable future for all. 

The Importance of Reforestation in Kenya

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Located on the eastern coast of Africa, the Marereni and Kurawa planting site is a degraded mangrove forest north of Malindi Town. The local people face limited freshwater, poor road connectivity, and insufficient education facilities.

Large-scale mangrove deforestation in this region results from land clearance for salt production, fuelwood, charcoal, and prawns. As a result, wild fisheries are in decline, and soil erosion threatens coastlines.A consistent income tied to sustainable land-use practices will significantly improve the overall wellbeing of this community.

Our reforestation partner hires local people to reforest their region by planting mangrove trees while stimulating economic growth, breaking the cycle of poverty, and empowering the community whilst building economic resilience. 

The reforestation site is 2,630 hectares, with a capacity of 10,000 trees per hectare with a total planting capacity of 6,500,000.

Mangroves are incredible for so many reasons, stemming from their ability to grow and thrive on the boundary of ocean and land. The trees’ unique adaptations to salinity make wherever they grow a vital haven for wildlife and an important resource for the hundreds of millions of people living near these ecosystems. Their importance to people and wildlife could not be any more clear as ever-growing impacts of climate change and biodiversity loss threaten our planet.

More About Mangroves

Mangrove species do not require nurseries. At 3-5 years of age, mangroves begin to produce and drop their own propagules (seeds), which can be used to give rise to a new tree. These propagules may be collected from existing trees or from trees previously planted.

Additionally, mangroves typically grow along coastal forests, providing an irrigation system that is largely self-sufficient.

Mangroves are planted year-round in Kenya.

Mangroves are tropical marine forests with huge potential. They protect coastlines from erosion and storm surge, tsunamis and provide food and shelter for a diverse array of wildlife, and nursery habitats for commercially important fish and shellfish.

An estimated two thirds of the fish that are eaten in Kenya spend part of their lives in the mangroves which act as their breeding and nursery grounds.

Mangrove soils are also highly effective carbon sinks.They are among the most carbon-rich tropical ecosystems globally, and can contain more carbon per square metre than tropical rainforests. On average, they store around 1,000 tons of carbon per hectare in their biomass and underlying soil.

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Mangrove Tree Species Planted

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Rhizophora Mucronata is a slow-growing, evergreen tree growing up to 27 metres tall, with a bole 50 - 70 cm in diameter. The tree produces numerous stilt roots from the base. One seed is developed per fruit & starts to germinate when the fruit is still attached or hanging on the tree. The root (radicle) gradually protrudes from the fruit, at first like a green cigar, then grows into a rod-like structure. In this species such a seedling root (hypocotyl) with a rough & warty surface may attain a considerable length (sometimes over 100 cm), the largest & longest in the genus.

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Avicennia Marina, also known as gray mangrove or white mangrove, is a shrub or tree belonging to the Acanthaceae family. They are generally 10–14 m long and have light gray or whitish bark with stiff, brittle, thin flakes. Their leaves are thick, glossy, and bright green on the upper side and gray or silvery white with small hairs on the lower side.


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Ceriops Tagal is a medium-sized tree growing to a height of 25 metres (80 ft) with a trunk diameter of up to 45 cm (18 in). The growth habit is columnar or multi-stemmed and the tree develops large buttress roots. The radiating anchor roots are sometimes exposed and may loop up in places. The bark is silvery-grey to orangeish-brown, smooth with occasional pustular lenticels. 

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Bruguiera Gymnorhiza has the largest leaves, flowers, propagules and lenticels of all Bruguiera species. The name Large-Leafed Orange Mangrove comes from the orange flowers and the large leaves that can reach up to 25cm in length. They grow about 20 to 25 degrees north and south of the equator in an area with subtropical to tropical climates. These conditions enable this evergreen tree to produce leaves and shoots during the whole year. The leaves have an elliptic shape, the upper side is smooth and dark green, the bottom is waxy and light green. Occasionally three or four leaves are formed simultaneously.




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Our planting partner for this reforestation program is Eden Reforestation Projects. Photos have been provided by our partner.