Building a roadmap for low-impact, high-value tourism that preserves the beauty and ecosystems of Seychelles while developing sustainable infrastructure and boosting the economy.

The 115 islands of Seychelles form an archipelago in the Indian Ocean. Boasting world renowned natural heritage, pristine beaches, and clear tropical water, the small island nation is a beloved tourism destination. Over the last 20 years, the number of tourists to the islands more than doubled, reaching more than 380,000 visitors in 2019. Cruise tourism to the islands is growing as well, expanding from 15,600 arrivals to 44,000 arrivals in less than 10 years.  

Tourism elevates the quality of life of residents by providing higher income generating opportunities and boosting the economy. Prior to the pandemic, the industry contributed 42% of the country’s gross domestic product (GDP) and employed over two-thirds of the workforce. 

However, tourism also places increased pressure on the islands’ limited natural resources and infrastructure. If tourism grows exponentially, it risks damaging the country’s fragile coastal ecosystems and reducing the quality of life of residents by competing for the same resources. As climate change also increasingly impacts the region, Seychelles’ leadership recognizes the need for continued monitoring of visitor impacts and proactive destination management. To ensure environmental protection, a quality visitor experience, and the well-being of locals, tourism development decisions are based on the needs and resources of the islands. This is determined by regular carrying capacity studies. 

In 2019, Sustainable Travel International conducted a new carrying capacity study for the Seychelles Ministry of Tourism, Civil Aviation, Ports and Marine. The study examined the implications of continued tourism growth in three of Seychelles’ most popular destinations: La Digue, Mahe, and Praslin. 

The carrying capacity of a destination determines the ideal number of international arrivals that can visit at the same time without causing destruction of local resources. It is not a static number, but rather can fluctuate over time based on the destination’s ability to handle visitors – for instance, whether or not there is sufficient waste management infrastructure in place. The goal of this type of study is to create balance and a sustainable tourism industry – i.e. determine how to generate economic growth while ensuring environmental protection, a quality visitor experience, and the well-being of local residents. 

Our team worked with local stakeholders, such as business owners, government officials, scientists, and residents to determine priority issues. Based on this input, we gathered data on current social, economic, infrastructure, and environmental conditions such as the amount of waste and emissions generated by hotels, the number of cruise ship passengers, the ratio of foreigners to locals employed in tourism, and the hotel occupancy rate. We then analyzed how different levels of tourism growth would affect these conditions and whether it would lead to problems, such as overwhelmed utility infrastructure or resident dissatisfaction. 

We also gathered data on the visitor experience to understand the current conditions and visitors’ thresholds for crowding. For instance, visitors were shown photos of different locations with varying degrees of crowding (people, boats, beach chairs, etc.) and asked to rate the acceptability of the conditions. GPS tracking was used to map visitor movement, quantify the level of density at each area, and identify potential areas of overuse or congestion.

Managing hotel development and recovery from the COVID-19 pandemic was a top priority for all stakeholders. After analyzing various scenarios, we determined that moderate tourism growth over the next three years provides Seychelles the best chance of stimulating the economy and increasing visitor expenditure without overtaxing the natural resources and infrastructure. Based on this research, we developed a roadmap of policy and management recommendations for Seychelles to create a low-impact, high-value tourism industry that balances growth with risk. Some of the recommendations were as follows:

• Reduce pressure on existing waste management systems, such as landfills and wastewater treatment plants, which are already at capacity by building new facilities and reinforcing the ban on single-use plastics. 
• Lessen resource intensity by requiring the use of water or energy-saving devices, investing in rainwater harvesting, and enforcing the vehicle quota as well as building codes that promote energy efficiency . 
• Develop cultural and culinary experiences to complement the current visitor experience, which is based almost entirely on the beaches, and increase the amount of tourist dollars that flow into local communities.
• Temporarily halt the construction of new tourism accommodations on La Digue to avoid economic losses brought on by low occupancy rates. This recommendation was adopted in August 2021. More details on this decision can be found here.  
• Develop a contingency and recovery plan from the COVID-19 pandemic that includes health and safety guidelines for tourism enterprises and reopening strategies.
• Design a Tourism Capacity Indicator Framework to continually monitor the destination’s carrying capacity and regulate tourism growth accordingly.

Mikoko Pamoja is a community-based project that is protecting and restoring mangrove forests along Kenya’s southern coast. By conserving these valuable blue carbon ecosystems and creating livelihood opportunities, the project is fostering marine health and improving the resilience of coastal communities. Funds from carbon offsets support community initiatives that supply clean drinking water, improve schools, and more.

Between 1985 and 2010, about 20% of Kenya’s mangroves were lost. In some peri-urban areas along Kenya’s coast the rate of deforestation was upwards of 70%. This is largely due to over-harvesting since mangrove wood is a cheap and durable building material. Additionally, many families rely on open fires for energy and use mangrove wood as fuel. As the local population continues to rapidly grow, the pressure on Kenya’s remaining mangroves will only intensify. 

Studies show that, pound for pound, mangrove forests sequester four times more carbon than rainforests. Most of this carbon is stored in the soil, but when the mangroves are destroyed it is released into the atmosphere. It is estimated that mangroves account for up to 10% of global deforestation emissions, even though they make up less than 1% of the world’s forests. 

Mangroves are an essential part of marine ecosystems and provide a variety of benefits in addition to storing carbon. The mangroves that grow along Kenya’s coastline serve as important breeding and nursery grounds for fish and other marine species. They also act as a natural buffer between land and sea – filtering pollutants from coastal water, defending communities against storms, and preventing coastal erosion.  

The loss of mangrove habitats has led to declining fish stocks, which are a vital source of income and food for Kenya’s coastal communities. Furthermore, without the protection of mangroves, Kenya’s coastal areas will be at greater risk of erosion, flooding, and other hazards brought on by climate change.

Mikoko Pamoja is a community-based project that is conserving and restoring mangroves in Gazi Bay along Kenya’s southern coast. Mikoko Pamoja means “mangroves together” in Swahili. The project protects 290 acres of mangrove forest by educating locals on their importance, engaging community members in forest monitoring, and strengthening the enforcement of existing regulations. The projects will further discourage the over-harvesting of mangroves by promoting the use of clean energy stoves and establishing community woodlots where locals can source alternative wood products for their construction and fuel needs. 

Along with conserving existing forests, local communities are restoring degraded mangrove sites through reforestation. In 2022, community members came together to plant 1500 mangrove seedlings to help restore the degraded areas of Gazi bay.

The reforested mangroves support coastal biodiversity and enhance the health of connected ecosystems, such as seagrass beds and coral reefs. Their sturdy roots and stems will help stabilize shorelines and prevent sedimentation, leading to better water quality. The newly planted and conserved mangroves will also absorb carbon and store it in their soil and biomass. 

Along with supporting conservation, the projects improve the well-being of the 1,000 people that live in the local villages. Funds generated from carbon offset purchases are channeled into community development initiatives including supplying clean water, renovating schools, and providing books and medication. The project is partnering with other organizations to provide low carbon cookstoves for villagers, as well as creating a plastic waste management system to keep the mangroves clean. They are also looking to pursue income generating opportunities such as beekeeping. Because these economic activities depend on healthy mangroves, they provide a financial incentive to continue with conservation efforts.

This project protects a large swath of rainforest in the Congo Basin by encouraging sustainable agricultural practices and reducing deforestation. By advancing education, healthcare, and economic opportunities, the project also improves the quality of life of local communities.

The Isangi Territory lies at the heart of the Congo River Basin, where the Congo and Lomami Rivers meet. The Congo Basin is home to the world’s second-largest tropical forest. This rich ecosystem teems with biodiversity including 14 types of primates, critically endangered forest elephants, and over 700 species of native trees. Tropical rainforests, such as those in the Isangi Territory, have a tremendous ability to act as carbon sinks. But in order to perform this vital ecological role, these forests must remain standing. 

The forests within the Isangi Territory are also home to more than 30 tribal villages. Poverty is an issue within these communities which struggle due to malnutrition, limited medical care, and sparse educational opportunities.  As the local population grows and food needs increase, forests in the area are under increasing pressure. Large swathes of tropical forest are chopped or burned down, primarily to make way for subsistence agriculture. In addition to losing their habitat, the wildlife species that reside in the forest are also threatened from bushmeat hunting. If existing farming practices continue there will be further deforestation and loss of biodiversity.

This project protects 187,000 hectares of primary rainforest in Isangi Territory. It prevents CO2 emissions by halting logging within the project area and reducing the amount of forest that is converted into farmland. The project helps farmers adopt sustainable agricultural practices by teaching them new skills and providing the necessary seeds and resources. These new techniques will enable farmers to produce more crops on their existing land, thus reducing the need to clear additional forest area. Since 2009, 10 million metric tons of CO2e have been sequestered. 

By avoiding deforestation, the project not only mitigates climate change, but also conserves precious rainforest habitat and protects local biodiversity. The project also reduces threats to endangered species by introducing tilapia farming as an alternative to hunting.   

The project helps to alleviate poverty and improve the well-being of the 150,000 people that inhabit the region. Along with supporting food production, the project promotes economic development by creating local jobs and providing funding to new small-scale businesses. The project also supports the education of over 3,000 elementary school students and improves public health practices. 

Assessing sustainable tourism issues and needs to protect one of Africa’s World Heritage Sites

The Ngorongoro Conservation Area is one of Tanzania’s most visited destinations, covering 8,292 square kilometers of savanna, highland plains, savanna woodlands and forests. The area is internationally renowned for the Ngorongoro Crater, the world’s largest intact volcanic caldera; the resident pastoralist population; and the native wildlife including Africa’s ‘Big Five’ – the African elephant, Cape buffalo, rhinoceros, African lion and African leopard. The protected area also harbors a range of endangered species and supports one of the largest animal migrations on earth, making it a global priority for biodiversity conservation.

The Ngorongoro Conservation Area is home to tribal communities who preserve their traditional way of life while co-existing with the area wildlife. The protected area also contains a number of key paleontological and archaeological sites where Hominid fossils dating back three million years were discovered. The Ngorongoro Conservation Area was declared a natural property on the UNESCO World Heritage List in 1979 and a cultural property in 2010.

In recent years, the region experienced considerable tourism growth as well as an increase in the resident and livestock populations. The conservation area now faces numerous conservation and community relations challenges linked to this growth including:

• Degraded quality of the visitor experience
• Saturation and congestion
• Human wildlife conflict
• Need for a diversified product offering
• Lack of engagement with key stakeholders
• Low capacity of local community
• Low community involvement in tourism

Our Role

At the request of UNESCO, Sustainable Travel International completed a detailed situation analysis and tourism needs assessment to help the Ngorongoro Conservation Area Authority (NCAA) develop a holistic strategy for sustainable destination management within the Ngorongoro Conservation Area. It was funded by the UNESCO Flanders Fund and Trust under the framework of the UNESCO World Heritage and Sustainable Tourism Programme.

The work addressed some of the key issues affecting the area. Project objectives included:

• Strengthening relations between key destination stakeholders
• Safeguarding the outstanding universal value of the Ngorongoro Conservation Area, including protection of globally threatened species and biodiversity as well as preservation of the local culture and heritage
• Enhancing the visitor experience

Sustainable Travel International undertook three key activities between May and June 2016: destination profiling, an on-site assessment and situation analysis, and a needs assessment report. The report contained key issues related to tourism in the Ngorongoro Conservation Area and provided recommendations for improvement.

The situation analysis and tourism needs assessment will be used as the basis for completing the NCAA sustainable tourism development strategy.

This project provides families in Ghana with more efficient cookstoves that utilize less charcoal fuel than traditional “coal pot” stoves. Along with mitigating climate change, the reduction in charcoal production and cooking emissions also lessens exposure to indoor air pollutants and decreases exploitation of Ghana’s forests. The project also stimulates employment opportunities related to manufacturing, retailing, and maintaining the stoves.

The Gyapa Improved Cook-Stoves project in Ghana generates emissions reductions through replacement of traditional inefficient charcoal stoves (locally known as “coal-pots”) with improved stoves. Three sizes of stoves are available for distribution for an average savings of .25 kgs – 3.81 kgs of emissions per day of use through utilization of a heavily insulated combustion chamber fortified by a ceramic liner.

Benefits from implementation of this project increase needed levels of biodiversity in the region through reductions in the amount of wood and charcoal needed during daily activities. Where twenty years ago Ghana was home to 8.2 million hectares or high forest only 1.2 million hectares remain and wood-fuel consumption exceeds forest growth is responsible for 80% of domestic energy consumption.

With each stove distributed mothers and children will be exposed to fewer hazardous air pollutants through reduced emissions of carbon monoxide and fine particulate matter. Air pollution from traditional methods has been shown a key risk factor for childhood pneumonia as well as many other respiratory, cardiovascular, and ocular diseases. As social and economic drivers, the improved stoves give rise to employment opportunities for enterprises, manufacturing, distributing, retailing, and maintaining the stoves.

By distributing water filters to families in rural Kenya, this project eliminates the need to boil water over wood fires to make it safe for drinking. The new filters allow families to purify their drinking water without releasing harmful pollutants into the air. They also reduces the burden of firewood collection, which typically falls on women and girls, and alleviate pressure on local wood resources. 

The Sustainable Deployment of the LifeStraw Family in rural Kenya is an ongoing Clean Development Mechanism project in the Western Province of the Republic of Kenya that has been independently verified by The Gold Standard. The project generates carbon reductions through production and distribution of LifeStraw Water Filters that eliminate the need for fuel combustion to sanitize potable water fit for consumption. Each filter requires no energy to use and has been shown to provide 18,000 liters of clean water for a family of five over a three year period. At the end of the three year period each filter will be replaced using the funds generated from carbon credits.

Over 1,000,000 individuals have been targeted as recipients based on the results from independent research and three stakeholder meetings in the region.
In addition to supporting the UN Millenium Development Goal of halving the proportion of the population without sustainable access to safe drinking water and sanitation, this project also reduces depletion of natural resources related to the cutting of trees, relieves female children and mothers of families from collecting firewood to boil water, improves indoor air quality to reduce risk of ill-health in women and children, reduces daily fuel costs on low-income regions and provides beneficial employment to local residents during the established distribution, monitoring and replacement phases of the project.