The document summarizes the work of the Mangrove Action Project (MAP) in restoring mangroves around the world through community-based ecological mangrove restoration (CBEMR) training and demonstration sites. MAP has provided CBEMR training in over 10 countries in Asia and Latin America. The summary highlights three case studies: 1) A 2009 CBEMR training and demonstration site in Thailand that engaged the local community and restored 0.7 hectares of mangroves. 2) A 1998 CBEMR training in Honduras that formed a mangrove conservation network. 3) A sustainable apiculture program in Thailand started in 2014 that provides an alternative livelihood for mangrove restoration. MAP also runs a mangrove education program called Marvellous Mangro
Mangroves are vital for healthy coastal ecosystems in many regions of the world and research and studies are revealing the unique importance of these habitats to the planet. The Mangrove Action Project is dedicated to reversing the degradation and loss of mangrove forest wetlands and their associated coastal ecosystems worldwide. www.mangroveactionproject.org
Mangroves Management in Thailand: Presentation for jica workshop nov. 4 10, 2...Ratkawee Boonmake
Mangroves in Thailand have decreased significantly due to human activities but recent community-based conservation efforts have helped increase mangrove areas. The Pred Nai community case study shows how community participation in management can be effective. Through restoration activities and forming a conservation group since the 1980s, the community has protected their mangroves and improved livelihoods. Key lessons include the importance of social inclusion, participatory monitoring of resources like crab populations, and building networks between communities. Continued challenges involve further increasing marginalized groups' access and engaging new generations in long-term conservation.
So my power point is about the mangrove. I will explain about what is the mangrove, the issues/problems happening in the mangrove, my action, also I add some interesting facts about the mangrove at my power point about the mangrove and also I add the websites.
This document summarizes a study on the diminishing mangroves in Kaluwanchikudy, Sri Lanka. The study identified various mangrove flora and fauna in the area, including Excoecaria agallocha and Sonneratia caseolaris trees. It assessed the past and present status of the mangroves, finding that tree density has reduced due to tsunamis, floods, and human activities like grazing livestock. The major threats are inadequate protection, administrative failure, and lack of regeneration from repeated cutting and burning. To protect the important ecosystem, the study recommends restoration efforts, prevention of further habitat destruction, awareness programs, reforestation, and designating the area as protected zone
Mangroves provide important ecological functions as transitional zones, nurseries, and carbon sinks. However, they face threats from human activities like deforestation, development, and climate change impacts such as rising sea levels and temperatures. Mangroves help protect coastlines and support fisheries but over 20% have been lost in recent decades. While rising CO2 and temperatures may enhance mangrove growth, the current rapid rate of change leaves less time for adaptation and migration with the loss of coastal areas to development. Management is needed to balance human uses of mangroves with conservation to maintain their critical ecosystem services.
this is my 10th standard project wherein i have compiled information from various sources. it is a short project with useful content. hope it proves to be of good use.
A mangrove is a shrub or small tree that grows in coastal saline or brackish water. The term is also used for tropical coastal vegetation consisting of such species. Mangroves occur worldwide in the tropics and subtropics, mainly between latitudes 25° N and 25° S. The total mangrove forest area of the world in 2000 was 137,800 square kilometres (53,200 sq mi), spanning 118 countries and territories.
Mangroves are vital for healthy coastal ecosystems in many regions of the world and research and studies are revealing the unique importance of these habitats to the planet. The Mangrove Action Project is dedicated to reversing the degradation and loss of mangrove forest wetlands and their associated coastal ecosystems worldwide. www.mangroveactionproject.org
Mangroves Management in Thailand: Presentation for jica workshop nov. 4 10, 2...Ratkawee Boonmake
Mangroves in Thailand have decreased significantly due to human activities but recent community-based conservation efforts have helped increase mangrove areas. The Pred Nai community case study shows how community participation in management can be effective. Through restoration activities and forming a conservation group since the 1980s, the community has protected their mangroves and improved livelihoods. Key lessons include the importance of social inclusion, participatory monitoring of resources like crab populations, and building networks between communities. Continued challenges involve further increasing marginalized groups' access and engaging new generations in long-term conservation.
So my power point is about the mangrove. I will explain about what is the mangrove, the issues/problems happening in the mangrove, my action, also I add some interesting facts about the mangrove at my power point about the mangrove and also I add the websites.
This document summarizes a study on the diminishing mangroves in Kaluwanchikudy, Sri Lanka. The study identified various mangrove flora and fauna in the area, including Excoecaria agallocha and Sonneratia caseolaris trees. It assessed the past and present status of the mangroves, finding that tree density has reduced due to tsunamis, floods, and human activities like grazing livestock. The major threats are inadequate protection, administrative failure, and lack of regeneration from repeated cutting and burning. To protect the important ecosystem, the study recommends restoration efforts, prevention of further habitat destruction, awareness programs, reforestation, and designating the area as protected zone
Mangroves provide important ecological functions as transitional zones, nurseries, and carbon sinks. However, they face threats from human activities like deforestation, development, and climate change impacts such as rising sea levels and temperatures. Mangroves help protect coastlines and support fisheries but over 20% have been lost in recent decades. While rising CO2 and temperatures may enhance mangrove growth, the current rapid rate of change leaves less time for adaptation and migration with the loss of coastal areas to development. Management is needed to balance human uses of mangroves with conservation to maintain their critical ecosystem services.
this is my 10th standard project wherein i have compiled information from various sources. it is a short project with useful content. hope it proves to be of good use.
A mangrove is a shrub or small tree that grows in coastal saline or brackish water. The term is also used for tropical coastal vegetation consisting of such species. Mangroves occur worldwide in the tropics and subtropics, mainly between latitudes 25° N and 25° S. The total mangrove forest area of the world in 2000 was 137,800 square kilometres (53,200 sq mi), spanning 118 countries and territories.
Climate change is having impacts on mangroves in India through sea level rise, changes in salinity and precipitation, and increased cyclone activity. Mangroves are being permanently inundated by sea level rise of approximately 3 mm per year currently. Changes in salinity and precipitation patterns are affecting mangrove species distributions and health. Major cyclones have caused widespread mangrove damage, such as the 1999 super cyclone in Odisha. While mangroves are resilient to some climate impacts, additional pressures from human activities are exacerbating the effects of climate change on these important coastal ecosystems.
Mangroves provide important ecological benefits and help protect coastal communities from natural disasters. They support biodiversity and coastal livelihoods. However, mangrove forests are highly threatened due to activities like land reclamation, mining, and coastal development. The document outlines the global and local distribution of mangroves, their ecological significance in areas like shoreline protection and carbon sequestration. It emphasizes that mangroves can help reduce deaths from cyclones but many countries have faced major losses of mangrove cover recently.
This document provides information about mangroves in Mumbai, including the top 10 species of mangroves and mangrove animals found there. It discusses Mission Mangroves, a conservation initiative to plant 100,001 mangroves in degraded wetlands and educate citizens. The presentation covers mangrove adaptations, distribution, types, importance, threats like dumping and construction, and conservation measures. It highlights the history of mangrove destruction in Mumbai and efforts by the Mangrove Cell and NGOs to protect and restore them.
Mangrove forests provide important ecological services such as trapping sediment, acting as land-sea buffers, and serving as breeding and nursery areas for fish, shellfish, and birds. They also store carbon and help mitigate climate change. However, mangroves are threatened by loss of land from clearing for agriculture, aquaculture, and development as well as rising sea levels from climate change. While mangroves have adapted to tolerate a wide range of salt concentrations, their ability to adapt depends on sediment availability and lack of human barriers; restoration efforts aim to enhance their resilience.
This study examined the effect of increasing salinity on photosynthetic pigments (chlorophyll a, b, total chlorophyll, and carotenoids) and proline content in seedlings of Avicennia alba, a dominant mangrove species in the Sundarbans region. Seedlings were exposed to various salinity levels from 2-20 psu over 30 days. Results showed that total chlorophyll content increased with higher salinity, while chlorophyll a/b ratios and carotenoid levels remained constant. Proline content also did not change with salinity. This suggests A. alba has tolerance to higher salinity levels and may thrive with climate change induced salinity rises in the Sundarbans region.
Mangrove swamps are a coastal ecosystem located between land and coral reefs in tropical areas like Martinique. Martinique has around 1,800 hectares of mangrove swamps, mainly in the center and south of the island. The mangroves provide habitat for many aquatic species and serve as a nursery for young organisms. However, the mangroves are threatened by clearing for development and pollution from chemicals carried by rivers. Protecting these important ecosystems is important for biodiversity.
Mangroves provide valuable economic and ecological services. Economically, mangroves are worth $186 billion annually for services like coastal protection from storms, fisheries habitat, and carbon storage. Historically, mangroves were seen as wastelands but are now recognized as highly productive ecosystems. Mangroves are used to produce timber, fuelwood, honey, and traditional medicines. They also support tourism and fisheries. Ecologically, mangroves stabilize coastlines, protect communities from storms, provide critical animal habitat, and store large amounts of carbon. Mangroves maintain commercial fisheries by providing nursery habitats for fish and shrimp.
Mangroves are unique coastal trees and shrubs found in tropical and subtropical regions around the world. They have specialized adaptations that allow them to survive in saline environments between land and sea. Mangroves play an important ecological role by protecting coastlines from erosion, providing habitat for marine life, and improving water quality. However, mangrove forests are disappearing rapidly due to human activities like coastal development. Conservation efforts are needed to protect these vital ecosystems.
Mangroves are salt-tolerant plants found in tropical and sub-tropical coastlines that provide important environmental and socioeconomic benefits. They act as coastal buffers against storms and erosion. However, mangroves in Sri Lanka are threatened by pollution, development, and harvesting. Protecting mangroves requires limiting coastal development and runoff, reforestation efforts, and community education about their importance to ecosystems and livelihoods.
Mangroves are salt-tolerant trees and shrubs that grow in tropical and subtropical coastal intertidal regions where freshwater mixes with seawater. They provide natural capital and ecosystem services such as protecting coastlines from floods and storms. While clearing mangroves for wood or shrimp farming can generate under $10,000 per hectare, retaining mangroves and accounting for their flood protection services can value them at over $16,000 per hectare, demonstrating the economic importance of valuing natural capital. Mangroves play a key role in coastal ecosystems and economies.
Mangroves provide many ecological benefits and are an important ecosystem. However, approximately 35% of mangroves have been lost in recent decades due to threats from natural hazards as well as human activities like aquaculture, agriculture, and pollution. Conservation efforts aim to protect remaining mangroves and restore degraded areas through approaches like raising awareness, incentives for sustainable use, enforcement of laws, and reforestation programs.
Power point presentation on protection of mangroves from destruction and degr...Navanitha Warrier
Mangroves are trees or shrubs that grow in coastal saline or brackish water. They play an important role in protecting coastlines from erosion and storms and provide habitat for many species. However, mangroves are declining worldwide due to threats like aquaculture, urbanization, and pollution. Several government and non-government organizations have undertaken conservation efforts like reforestation and raising awareness of the importance of mangroves. Further legal protection and community involvement are needed to help preserve these vital coastal ecosystems.
Mangroves are unique coastal ecosystems found in tropical and subtropical regions that sustain diverse flora and fauna. They provide important ecosystem services like coastal protection from storms and reducing erosion. Mangroves are threatened by natural disasters like cyclones as well as human activities such as urbanization, agriculture, and deforestation. Conservation efforts include afforestation, regeneration of degraded areas, protective measures, and eco-development programs involving local communities.
Indonesian mangroves the best hope for global climate change mitigationCIFOR-ICRAF
This presentation, delivered by Daniel Murdiyarso and Sigit D. Sasmito, outlines the Sustainable Wetlands Adaptation and Mitigation Program.
As well as highlighting the global importance of wetlands, the presentation also details the particular significance of wetlands in Indonesia.
Ecological restoration of mangrove forest in Godavari District, Andhra Prades...Ruby Med Plus
International Conference on Scenarios and Models of Biodiversity and Ecosystem Services. Organised by
Centre for Economic and Social Studies
Division for Sustainable Development Studies
Begumpet, Hyderabad
The two day international conference on Scenarios and Models of Biodiversity and
Ecosystem Services is organized by the Division for Sustainable Development Studies at the
Centre for Economic and Social Studies (CESS) in collaboration with the Indo-German
Biodiversity Programme, GIZ, the Indian Society for Ecological Economics (INSEE), Centre for Economics, Environment, and Society (CEES), Bangalore and the Indian Council of Social Science
Research (ICSSR), New Delhi as part of the network project on "Biodiversity and Ecosystem
Scenarios Network (ScenNet)" supported by the Belmont Forum through the Ministry of Earth
Sciences, Government of India during 15th to 16th February 2017 at the CESS, Hyderabad.
The document provides information on coral reefs and mangroves, including their importance, characteristics, and threats. It discusses how physical and chemical properties of water affect life in the sea, including factors like temperature, salinity, dissolved gases, light, and turbidity. It describes the different zones of the ocean based on light penetration. The document also summarizes coral reef ecology, the role of corals, and threats they face from climate change, pollution, and human activities. For mangroves, it outlines their global distribution, importance for coastal protection and fisheries, and causes of degradation including clearing for development. The management and policy efforts in India to conserve these critical coastal ecosystems are also highlighted.
Eco Systems and their relation with tourismamitiittmgwl
The document discusses various ecosystems and their importance for tourism, including wetlands, coral reefs, and mangroves. It notes that wetlands provide important ecological functions and that their management requires a multidisciplinary perspective. Coral reefs are described as highly diverse ecosystems that are home to 25% of marine fish species but are severely threatened by pollution, climate change, and other human impacts. Mangroves are introduced as coastal forests adapted to tidal conditions that provide habitat for many species.
Mangrove forests are ecologically and economically important and provide services to humans. Yet they are one of the most threatened ecosystems partially due to deforestation. Frequently dominating protected coastal areas in the tropics and subtropics at suitable inter-tidal zones are often subjected to disturbances that disrupt the structure of an ecosystem.
Effects of human activities to coastal ecosystemJenn Leyco
This document outlines a presentation on mangroves and their importance for coastal ecosystems. It discusses how mangroves have adapted to survive in coastal environments, the services they provide like coastal protection, biodiversity, and carbon storage. However, human activities like clearing land for development have negatively impacted mangrove forests. The presentation covers government environmental laws and conservation projects in the Philippines to help protect mangroves.
The document describes a 6-step ecological mangrove restoration method developed by MAP that prioritizes restoring natural hydrology to allow mangroves to regenerate via tidal flows. The small-scale, community-based approach has been used to restore over 580 hectares of mangroves in several countries in a cost-effective way. MAP partners with local communities and NGOs to conserve mangroves while promoting sustainable coastal resource management.
The document discusses Plan International Canada's Community-Based Ecological Mangrove Restoration (CBEMR) project in Kenya and Tanzania. The project aims to improve climate resilience through nature-based solutions like mangrove restoration. CBEMR engages local communities in assessing mangrove degradation causes and developing restoration plans. It differs from conventional methods by prioritizing ecological processes and ensuring long-term sustainability through community involvement. Some challenges to CBEMR include understanding land usage, overcoming traditional practices, and providing sustainable livelihoods during mangrove recovery. The document provides an overview of CBEMR principles, methods, challenges and success stories.
Climate change is having impacts on mangroves in India through sea level rise, changes in salinity and precipitation, and increased cyclone activity. Mangroves are being permanently inundated by sea level rise of approximately 3 mm per year currently. Changes in salinity and precipitation patterns are affecting mangrove species distributions and health. Major cyclones have caused widespread mangrove damage, such as the 1999 super cyclone in Odisha. While mangroves are resilient to some climate impacts, additional pressures from human activities are exacerbating the effects of climate change on these important coastal ecosystems.
Mangroves provide important ecological benefits and help protect coastal communities from natural disasters. They support biodiversity and coastal livelihoods. However, mangrove forests are highly threatened due to activities like land reclamation, mining, and coastal development. The document outlines the global and local distribution of mangroves, their ecological significance in areas like shoreline protection and carbon sequestration. It emphasizes that mangroves can help reduce deaths from cyclones but many countries have faced major losses of mangrove cover recently.
This document provides information about mangroves in Mumbai, including the top 10 species of mangroves and mangrove animals found there. It discusses Mission Mangroves, a conservation initiative to plant 100,001 mangroves in degraded wetlands and educate citizens. The presentation covers mangrove adaptations, distribution, types, importance, threats like dumping and construction, and conservation measures. It highlights the history of mangrove destruction in Mumbai and efforts by the Mangrove Cell and NGOs to protect and restore them.
Mangrove forests provide important ecological services such as trapping sediment, acting as land-sea buffers, and serving as breeding and nursery areas for fish, shellfish, and birds. They also store carbon and help mitigate climate change. However, mangroves are threatened by loss of land from clearing for agriculture, aquaculture, and development as well as rising sea levels from climate change. While mangroves have adapted to tolerate a wide range of salt concentrations, their ability to adapt depends on sediment availability and lack of human barriers; restoration efforts aim to enhance their resilience.
This study examined the effect of increasing salinity on photosynthetic pigments (chlorophyll a, b, total chlorophyll, and carotenoids) and proline content in seedlings of Avicennia alba, a dominant mangrove species in the Sundarbans region. Seedlings were exposed to various salinity levels from 2-20 psu over 30 days. Results showed that total chlorophyll content increased with higher salinity, while chlorophyll a/b ratios and carotenoid levels remained constant. Proline content also did not change with salinity. This suggests A. alba has tolerance to higher salinity levels and may thrive with climate change induced salinity rises in the Sundarbans region.
Mangrove swamps are a coastal ecosystem located between land and coral reefs in tropical areas like Martinique. Martinique has around 1,800 hectares of mangrove swamps, mainly in the center and south of the island. The mangroves provide habitat for many aquatic species and serve as a nursery for young organisms. However, the mangroves are threatened by clearing for development and pollution from chemicals carried by rivers. Protecting these important ecosystems is important for biodiversity.
Mangroves provide valuable economic and ecological services. Economically, mangroves are worth $186 billion annually for services like coastal protection from storms, fisheries habitat, and carbon storage. Historically, mangroves were seen as wastelands but are now recognized as highly productive ecosystems. Mangroves are used to produce timber, fuelwood, honey, and traditional medicines. They also support tourism and fisheries. Ecologically, mangroves stabilize coastlines, protect communities from storms, provide critical animal habitat, and store large amounts of carbon. Mangroves maintain commercial fisheries by providing nursery habitats for fish and shrimp.
Mangroves are unique coastal trees and shrubs found in tropical and subtropical regions around the world. They have specialized adaptations that allow them to survive in saline environments between land and sea. Mangroves play an important ecological role by protecting coastlines from erosion, providing habitat for marine life, and improving water quality. However, mangrove forests are disappearing rapidly due to human activities like coastal development. Conservation efforts are needed to protect these vital ecosystems.
Mangroves are salt-tolerant plants found in tropical and sub-tropical coastlines that provide important environmental and socioeconomic benefits. They act as coastal buffers against storms and erosion. However, mangroves in Sri Lanka are threatened by pollution, development, and harvesting. Protecting mangroves requires limiting coastal development and runoff, reforestation efforts, and community education about their importance to ecosystems and livelihoods.
Mangroves are salt-tolerant trees and shrubs that grow in tropical and subtropical coastal intertidal regions where freshwater mixes with seawater. They provide natural capital and ecosystem services such as protecting coastlines from floods and storms. While clearing mangroves for wood or shrimp farming can generate under $10,000 per hectare, retaining mangroves and accounting for their flood protection services can value them at over $16,000 per hectare, demonstrating the economic importance of valuing natural capital. Mangroves play a key role in coastal ecosystems and economies.
Mangroves provide many ecological benefits and are an important ecosystem. However, approximately 35% of mangroves have been lost in recent decades due to threats from natural hazards as well as human activities like aquaculture, agriculture, and pollution. Conservation efforts aim to protect remaining mangroves and restore degraded areas through approaches like raising awareness, incentives for sustainable use, enforcement of laws, and reforestation programs.
Power point presentation on protection of mangroves from destruction and degr...Navanitha Warrier
Mangroves are trees or shrubs that grow in coastal saline or brackish water. They play an important role in protecting coastlines from erosion and storms and provide habitat for many species. However, mangroves are declining worldwide due to threats like aquaculture, urbanization, and pollution. Several government and non-government organizations have undertaken conservation efforts like reforestation and raising awareness of the importance of mangroves. Further legal protection and community involvement are needed to help preserve these vital coastal ecosystems.
Mangroves are unique coastal ecosystems found in tropical and subtropical regions that sustain diverse flora and fauna. They provide important ecosystem services like coastal protection from storms and reducing erosion. Mangroves are threatened by natural disasters like cyclones as well as human activities such as urbanization, agriculture, and deforestation. Conservation efforts include afforestation, regeneration of degraded areas, protective measures, and eco-development programs involving local communities.
Indonesian mangroves the best hope for global climate change mitigationCIFOR-ICRAF
This presentation, delivered by Daniel Murdiyarso and Sigit D. Sasmito, outlines the Sustainable Wetlands Adaptation and Mitigation Program.
As well as highlighting the global importance of wetlands, the presentation also details the particular significance of wetlands in Indonesia.
Ecological restoration of mangrove forest in Godavari District, Andhra Prades...Ruby Med Plus
International Conference on Scenarios and Models of Biodiversity and Ecosystem Services. Organised by
Centre for Economic and Social Studies
Division for Sustainable Development Studies
Begumpet, Hyderabad
The two day international conference on Scenarios and Models of Biodiversity and
Ecosystem Services is organized by the Division for Sustainable Development Studies at the
Centre for Economic and Social Studies (CESS) in collaboration with the Indo-German
Biodiversity Programme, GIZ, the Indian Society for Ecological Economics (INSEE), Centre for Economics, Environment, and Society (CEES), Bangalore and the Indian Council of Social Science
Research (ICSSR), New Delhi as part of the network project on "Biodiversity and Ecosystem
Scenarios Network (ScenNet)" supported by the Belmont Forum through the Ministry of Earth
Sciences, Government of India during 15th to 16th February 2017 at the CESS, Hyderabad.
The document provides information on coral reefs and mangroves, including their importance, characteristics, and threats. It discusses how physical and chemical properties of water affect life in the sea, including factors like temperature, salinity, dissolved gases, light, and turbidity. It describes the different zones of the ocean based on light penetration. The document also summarizes coral reef ecology, the role of corals, and threats they face from climate change, pollution, and human activities. For mangroves, it outlines their global distribution, importance for coastal protection and fisheries, and causes of degradation including clearing for development. The management and policy efforts in India to conserve these critical coastal ecosystems are also highlighted.
Eco Systems and their relation with tourismamitiittmgwl
The document discusses various ecosystems and their importance for tourism, including wetlands, coral reefs, and mangroves. It notes that wetlands provide important ecological functions and that their management requires a multidisciplinary perspective. Coral reefs are described as highly diverse ecosystems that are home to 25% of marine fish species but are severely threatened by pollution, climate change, and other human impacts. Mangroves are introduced as coastal forests adapted to tidal conditions that provide habitat for many species.
Mangrove forests are ecologically and economically important and provide services to humans. Yet they are one of the most threatened ecosystems partially due to deforestation. Frequently dominating protected coastal areas in the tropics and subtropics at suitable inter-tidal zones are often subjected to disturbances that disrupt the structure of an ecosystem.
Effects of human activities to coastal ecosystemJenn Leyco
This document outlines a presentation on mangroves and their importance for coastal ecosystems. It discusses how mangroves have adapted to survive in coastal environments, the services they provide like coastal protection, biodiversity, and carbon storage. However, human activities like clearing land for development have negatively impacted mangrove forests. The presentation covers government environmental laws and conservation projects in the Philippines to help protect mangroves.
The document describes a 6-step ecological mangrove restoration method developed by MAP that prioritizes restoring natural hydrology to allow mangroves to regenerate via tidal flows. The small-scale, community-based approach has been used to restore over 580 hectares of mangroves in several countries in a cost-effective way. MAP partners with local communities and NGOs to conserve mangroves while promoting sustainable coastal resource management.
The document discusses Plan International Canada's Community-Based Ecological Mangrove Restoration (CBEMR) project in Kenya and Tanzania. The project aims to improve climate resilience through nature-based solutions like mangrove restoration. CBEMR engages local communities in assessing mangrove degradation causes and developing restoration plans. It differs from conventional methods by prioritizing ecological processes and ensuring long-term sustainability through community involvement. Some challenges to CBEMR include understanding land usage, overcoming traditional practices, and providing sustainable livelihoods during mangrove recovery. The document provides an overview of CBEMR principles, methods, challenges and success stories.
Building with Nature Indonesia Securing Eroding Deltas and CoastlinesCIFOR-ICRAF
This document summarizes efforts in Demak, North Coast of Java to address coastal erosion through nature-based solutions. Permeable structures were built to mimic mangrove roots and reduce wave energy, allowing sediment deposition and natural mangrove regeneration. Associated mangrove aquaculture was also implemented, where mangroves provide benefits to shrimp/milkfish ponds. This integrated approach improved livelihoods, protected communities, and restored the coastline over multiple years. Monitoring showed the solutions successfully stopped erosion and raised awareness of rehabilitation techniques.
This document discusses a mangrove rehabilitation project in Vunagamata, Papua New Guinea. The area's mangroves have declined due to a lack of knowledge about mangrove ecology, overexploitation for firewood, soil erosion, and siltation. To address this, the project established a nursery with mangrove seedlings and replanted propagules along the coastline. A community member agreed to continue the work. An MOU with the local government aims to sustain these rehabilitation efforts long-term and protect the important roles that mangroves play in coastal protection, nutrient production, and filtration.
The document provides guidance on successful ecological restoration of mangroves through five key steps: understanding the reproduction and establishment requirements of local mangrove species; assessing the normal hydrological patterns that support mangroves; determining what has modified the original mangrove environment; designing restoration to restore natural hydrology and recruit mangroves naturally where possible; and only planting mangroves as a last resort if natural recruitment is insufficient. Community involvement and learning from past failures are also emphasized as important to restoration success.
Working at the public-private interface to improve the outlook for coral reefsDr Adam Smith
Coral reefs face mounting challenges, with many reef ecosystems now in the worst condition since scientists first donned diving masks. Redoubled efforts in climate change mitigation and ecosystem management, characterized by scaled-up investments, innovation, capacity building and greater participation by community and private sectors are all required if we are to give reefs the best chance of surviving this era of rapid global change. Reef Ecologic was established as a non-government organization to facilitate public-private partnerships necessary to address the challenges of contemporary coral reef management and sustainable development. In this seminar we will provide an overview of some of our recent work in Australia and overseas that will be of interest to staff of the GBRMPA, including coral bleaching surveys, tourism infrastructure assessments, assisted reef recovery at Magnetic Island, code of practice for recreational fishers, the Reef Manager’s Guide to Fostering Community Stewardship, management and leadership training for coral reef managers and strategic advice for Reef Trust investments.
Blue carbon in the Pacific: Background and opportunitiesCIFOR-ICRAF
Blue carbon ecosystems like mangroves and seagrasses exist across the Pacific region and store significant amounts of carbon. Past projects have mapped and assessed these ecosystems, trained local communities, and engaged in rehabilitation efforts. Future proposed work includes developing a Pacific Blue Carbon Partnership to further map, measure, and monitor blue carbon stocks in Melanesia; conduct carbon audits and valuation; support policy development; and help build resilience of communities dependent on these ecosystems. The partnership aims to strengthen countries' ability to protect blue carbon and report on climate commitments.
The Filipinnovation program uses microfragmentation, a form of coral asexual reproduction, to restore degraded coral reefs in the Philippines. 70% of Philippine corals have been damaged, so the program aims to develop low-cost transplantation techniques to rehabilitate reefs. The process involves collecting broken coral fragments, growing them in coral nursery units, and transplanting them to selected restoration sites. Over 487,000 fragments have been transplanted to 538 nursery units across 9 sites. Monitoring shows transplanted corals growing 3cm on average and restoration sites gaining fish populations and biomass compared to outside areas.
Sungsang Mangrove Restoration and Ecotourism (SMART): A participatory action ...CIFOR-ICRAF
Presented by Beni Okarda (Senior Research Officer, CIFOR-ICRAF) at the "Climate Change Adaptation and Mitigation with Mangrove Ecosystems: Introducing Mangrove Ecosystems Strategies to the Climate Change Agenda" event in Bogor, 29 April 2024.
The United Nations Environment Programme (UNEP) Regional Office for Latin America and the Caribbean (ROLAC) is located in Panama City, Panama. It works closely with 33 countries in the region on projects related to climate change, ecosystems management, environmental governance, harmful substances and resource efficiency. Some of ROLAC's key projects include promoting mangrove conservation in Central America, facilitating technology transfers on climate change, and mainstreaming ecosystem-based adaptation in microfinance practices.
The United Nations Environment Programme (UNEP) Regional Office for Latin America and the Caribbean (ROLAC) is located in Panama City, Panama. It works closely with 33 countries in the region on projects related to climate change, ecosystems management, environmental governance, harmful substances and resource efficiency. Some of ROLAC's key projects include promoting mangrove conservation in Central America, facilitating technology transfers on climate change, and mainstreaming ecosystem-based adaptation in microfinance practices.
The document summarizes a project that involved school children in learning about sensors and their applications in agriculture through hands-on activities. Over 4,000 school children in Telangana and Andhra Pradesh, India were trained on topics like water use efficiency, climate change impacts, and more. They participated in demonstrations using low-cost sensors developed by the project team to monitor water levels, flows, weather data, and help with irrigation scheduling. This engaged the children with practical applications of sensors while teaching them about their local agriculture, environment and livelihoods. The involvement of children in this way was an innovative approach that could help disseminate learning to future generations and encourage adoption of adaptation practices.
This newsletter summarizes several resilience projects from around the world:
- Energy saving stoves were introduced in Masebewa, Indonesia, reducing firewood use and allowing more time for children's education.
- Traps were built in Talibura, Indonesia to capture sediment and support mangrove growth, reducing coastal erosion.
- Over 720 trees were planted across 1.7 hectares in the La Mesa Watershed in the Philippines to absorb carbon and mitigate floods.
- Good governance and disaster planning in 4 towns in the Philippines helped avoid casualties from Typhoon Glenda.
- A women's self-help group in Ethiopia received support to boost economic resilience through savings, credit, and seed distribution
Contribution of social environmental organisations in supporting sustainable...NURUL HAZWANI HUSNA RAZLAN
Sahabat Alam Malaysia (SAM) supports sustainable tourism by working to improve forest and wildlife conservation policies, promote sustainable farming practices, address environmental degradation, and advocate for climate justice and renewable energy. The Malaysian Nature Society (MNS) contributes through conservation initiatives, environmental education, and operating nature parks and education centers. UNESCO promotes sustainable tourism at World Heritage sites by facilitating stakeholder cooperation, empowering local communities, and providing guidance tools for site managers.
Indicators of resilience in Socio-Ecological Production Landscapes and Seasca...Bioversity International
Bioversity International scientist Pablo Eyzaguirre presents on using resilience indicators in two landscapes/seascapes in Fiji and Mongolia. This was presented during the 5th IPSI Global Conference held just before the 2014 Convention on Biological Diversity conference in Pyeongchang, Korea.
Find out more about our work on landscapes: http://www.bioversityinternational.org/research-portfolio/agricultural-ecosystems/landscapes/
The Bay of Bengal Programme (BOBP) is a multi-agency regional fisheries programme covering 7 countries around the Bay of Bengal. The programme plays a catalytic role in developing and promoting technologies and ideas to improve conditions for small-scale fisherfolk communities. It is sponsored by governments and UN agencies. The objective is to assess environmental degradation in coastal ecosystems and make recommendations for sustainable productivity and reduced fisheries impacts.
The document summarizes the implementation of interactive learning schools in rural communities in Nicaragua by Partners for Resilience to increase resilience to climate change and natural disasters. It describes how the schools used a "practice-based learning" methodology, combining classroom instruction with hands-on field activities, to teach communities about sustainable agricultural practices, ecosystem management, and disaster risk reduction. Over 200 community members graduated from the learning schools and field schools, which helped farmers adopt new techniques and increase their knowledge of climate adaptation. The schools were found to generate economic and environmental benefits for the communities.
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2. We provide training and demonstration sites for
sustainable methods of mangrove restoration
Since 2005, the Mangrove Action Project (MAP) has been
working with coastal communities in the Asia region to implement
Community-based Ecological Mangrove Restoration (CBEMR);
helping them to facilitate natural regeneration of their mangroves.
MAP has 15 CBEMR demonstration sites in 4 provinces in Thailand
with the first site completed in 2009. MAP has given CBEMR
trainings in Cambodia, El Salvador, Honduras, India, Indonesia,
Malaysia, Myanmar, Sri Lanka and Thailand.
Photo Credit : D. Wodehouse
Community participation to restore
natural hydrology at Ban Talae Nok, Thailand
3. Marvellous Mangroves, an integrated curriculum
connecting young people to the natural world
Educating children about the values and benefits of mangroves
is the solution to future mangrove conservation. The Marvellous
Mangroves (MM) training is an in-depth, hands-on, science-
based conservation education program, which has not only been
given to primary and secondary school children but also teachers
themselves. The curriculum is already used in 13 countries by over
250,000 students and 2,500 teachers.
Salt Taste Test in Cayman Islands
Finding out “All About Mangroves”
in Chapter 1
4. Photo Credit : Ben Brown
Encouraging a shift of focus from mudflat afforestation
to aquaculture pond restoration
Over half of the world’s mangroves have been destroyed, and in Thailand the main
cause has been shrimp-farming, which boomed in the 80s & 90s, but proved
unsustainable (most farms only functioning a few years) and has left an estimated
250,000 ha of abandoned shrimp farms along the coasts of Asia. Our vision is to
see these abandoned shrimp ponds restored back into lush mangroves with the
local people, ensuring they benefit from the return of the ecosystem services and
benefits mangroves provide.
5. Our award-winning method of CBEMR uses hydrological restoration to
facilitate the natural regeneration of mangroves. Restored and improved
hydrology facilitates the introduction of seeds and propagules to their
appropriate elevation, regenerating biodiverse mangrove forests, while
avoiding the problems of unnatural monoculture plantations, planted
without regard for mangrove ecology. Key to this project has been
the involvement of local communities at every stage, and raising their
capacity, allowing them to take stewardship of their coastal environment
and increasing their ability to do so sustainably.
Implementing a successful method
of mangrove restoration
Planning silvofisheries component within restoration site
with Community Conservation Leader at Klang Island, Thailand.
6. The CBEMR process starts with a lot of site
research and community engagement, finding
out, for example, the original reason for the loss
of mangroves and making sure these problems
are dealt with before proceeding. The research
continues on a nearby reference site (pictured)
before work commences, to understand how a
local mangrove ecosystem should work, what
species to expect, and how the hydrology works.
CBEMR is a more effective method than planting
alone, as it applies the published science to
facilitate nature to regenerate itself. Enabling
natural regeneration allows the different species
to find their appropriate zone, as tolerances to
inundation, soil types, salinity and other factors
vary by species, something that one-size-fits-all
hand planting ignores. If planting is successful,
the result is a monoculture which does not
resemble the previous forest and are not as
beneficial or resilient as the biodiverse mangrove
forests created through hydrological restoration.
CBEMR vs Hand Planting Trainees conducting a transect of a potential restoration
at Ahmyintgyun Village, Rakhine State, Myanmar.
7. PROJECT
Demonstrating Community Based Ecological
Mangrove Restoration at Ban Talae Nok, Ranong.
LOCATION
OUTCOME
CBEMR Training &
Demonstration Site
In 2009 MAP collaborated with IUCN and Mangroves
for the Future to implement CBEMR Training
Workshops in Ban Tale Nok, Ranong Province and
Krabi Town, Krabi Province, Thailand. It involved
field visits to previously restored mangrove sites
where participants were presented with discussions
regarding issues faced by each. The training involved
a mixture of presentations, learning exercises, and
Q&A sessions. Through the knowledge gained,
villagers were able to successfully restore 0.7ha of
mangroves using the principles and methods of
CBEMR.
CASE STUDY #1
Demonstration &
Training Course
Reclamation of an illegal shrimp farm
The project initially came about as a 2.4ha shrimp farm
was illegally constructed within the community mangrove
area - a common occurrence across Thai coastal forests.
Consultations with community and stakeholders were held,
to obtain a buy-in and to reach a resolution of land tenure
issues, in order to secure the restoration site. Workshops
then commenced. Successful project outcomes included:
Engaging and empowering the Ban Talae Nok community
fully in the mangrove restoration process
Training the community in CBEMR methodology with
community engagement and restored 0.7ha of abandoned
shrimp ponds back to mangroves.
Revising the EMR manual from participant input
Working with the community to develop a community-specific
mangrove resource management plan
The workshop also included a restoration site survey and
a reference forest site study, with the goal of restoring the
natural hydrology to the abandoned shrimp pond site.
Participants were engaged in Nypa planting, supplementary
livelihood development, and community capacity building in
natural resource management. The CBEMR workshop was
documented on video for future study and posterity.
Our key to success was working
together and sharing the benefits
equally. Don’t always look for direct
benefits from mangroves.nThere are
so many indirect ones.
- Ekakarat Cheangyang
Community Conservation Leader
& CBEMR Trainer
“
”
Villagers have seen a noticeable
increase in both vertebrates and
invertebrates at each restoration site.
The site at Ban Talae Nok is now
used as a demonstration site and
regularly visited by study groups,
homestay tourists and students.
8. PROJECT
Building a Mangrove Conservation Network
around the Gulf of Fonseca, Honduras
LOCATION
OUTCOME
A group of trained and very mangrove-aware local
people and NGO staff. A nascent environmental
group strengthened and educated.
In 1998 the Gulf of Fonseca was devastated by
Hurricane Mitch. MAP’s second CBEMR training
session in Honduras brought together government
officers, NGOs staff including Goldman (Environment)
Prize winner Jorge Varela Marquez, members of
NGO Consultores en Desarrollo y Ambiente CODA,
and local people as well as experts from the region
to learn about the CBEMR technique and work on
a demonstration project together. This meeting of
minds and determination formed a network from
those present to patrol the gulf and try to persuade
local villagers and village leaders to reduce the cutting
of mangrove, at least until the ecosystem reaches a
new, sustainable equilibrium.
CASE STUDY #2
Training, Demonstration
& Networking
Mangrove Conservation Network
Outcomes included:
A successful, week-long training for 24 participants, greatly
raising their knowledge and understanding of mangrove
ecology.
In-depth training and discussions about the theory of
community-based ecological mangrove restoration, linked
carefully to mangrove ecology and hydrology.
CBEMR demonstrated on Isle de Pajaros (Bird Island, Lat
13.367503, Long -87.470506), an island in the gulf. This
island, in the middle of a very dynamic setting, suffered from
poor hydrology at its centre, which was negatively affecting
the trees. The team used this island to practice research
techniques learnt in first week, including conducting transects
and measuring spot heights, and successfully improved the
hydrology in the middle of the island, allowing the island to
drain effectively at lower tides.
A network, funded by the USFWS, has been established,
run by Jorge Varela Marquez and fishermen Jose Damilo
and Jose Leonidas, which has continued to engage local
communities to encourage them to restrain their villagers from
cutting mangrove. Since the training, the “mangrove rangers”
have encouraged local communities to sustainably manage
their surrounding mangrove wetlands for the benefit of all the
communities.
The workshops involved local
fishermen and their communities;
empowering them to better manage
their coastal resources.
- Jorge Varela
Biologist & Goldman Environmental
Prize winner
“
”
The concept of community
involvement in monitoring and
evaluation of the mangrove sites
was engendered and taken up as
vitally important by the participants.
These two workshops were made possible by
the generous funding and support of the US Fish
& Wildlife Service’s ‘Wildlife Without Borders-Latin
America and Caribbean Program’.
9. PROJECT
Mangrove Restoration and Reforestation in Asia,
a Project for Knowledge Exchange and Action to
Protect Climate change, Forest and Biodiversity
LOCATION
OUTCOME
Nai Nang Village Apiculture Group
“Nai Nang Honey” is produced by a beekeeping
collective in Nai Nang village, Krabi Province,
Thailand. The collective originates from a
conservation group, which aims to restore the
mangrove forest surrounding their village, and use
bees to assist with pollination. In 2014, several
members of the conservation group decided
to form an apiculture group to generate alternative
income from the honey products, with technical
training and assistance from MAP. Today, the
collective includes over 45 families who depend
primarily on traditional small-scale fishing, and farming
for their livelihoods.
CASE STUDY #3
Sustainable Alternative
Livelihoods
Mangrove Apiculture
The village now has more than 300 beehives and produced
270 kilos of honey in 2015. Through workshops, the group
has learnt to produce value added products such as hand
soap, shampoo and conditioner with the honey, and a village
Conservation Fund was established with 10% of all honey
and honey product sales.
In March 2016 the experienced members of Nai Nang
Village offered training in an apiculture workshop for another
village, Ban Ta-Sanook in Phang Nga province. Apiculture is
just one of many community initiatives providing prosperity
while preserving and enhancing the ecosystem services of
mangroves. Ta-Sanook is only at the beginning of the journey.
The next step is building the wooden bee-boxes so that wild
bees (Apis Cerena) can colonise naturally. The aim is that the
twinned communities are able to support each other in their
apiculture enterprise. As part of the project, the village has
also constructed a 70 m Mangrove Interpretative Nature Trail
which will be a great asset for the Environmental Education
program which will take place in the local school.
Today, the Nai Nang Apiculture Group has established
a partnership with the Marriot Hotel. The honey is also
showcased at Anantara Hotel’s breakfast buffets, with
information about Nai Nang and the Apiculture Group. There
are further plans to sell honey through their gift shop.
When MAP came, they showed
us what we already knew, but
highlighted exactly how to do it, and
told us to listen to what nature was
telling us.
- Sutee Pankwan
Head of Nai Nang Apiculture group
“
”
The hives have been incredibly
successful, and through further
seminars and workshops, the
villages are now producing honey
hand soaps, shampoos and
conditioners.
10. Our award-winning Marvellous Mangroves
curriculum educates children on the importance of
mangroves and their ecological functions, teaching
them about modern challenges and mechanisms
for sustainability. Integrated with local and national
curricula it encourages and facilitates students
to spend time in mangrove forests, including
participation in field studies, research and
conservation. The empowering process for both
students and teachers helps to create greener and
healthier learning environment inside and outside
of school.
Engaging tomorrows leaders
in real world issues
Water quality analysis during field study visit
“Exploring Mangroves” in Chapter 5
11. PROJECT
Marvellous Mangroves in Bangladesh
LOCATION
OUTCOME
Incorporation of MM into Bangladesh curricula.
Teacher Workshops across 6 regional schools.
A 360-page Bengali MM curriculum for teachers.
In 2013 MAP began collaboration with Coastal
Livelihood and Environmental Network (CLEAN)
to deliver MM Workshops into six rural schools in
Khulna, Bangladesh. Two days were spent “on land”
learning about the Sundarbans ecosystem and
carrying our MM activities, and this was followed
by three days aboard a boat which took the group
(including CLEAN staff and consultants) into the
Sundarbans themselves. All schools have since
established after-school Mangrove Science Clubs to
continue their Sundarbans explorations to teach their
fellow students and teachers.
CASE STUDY #4
Environmental
Education
The Sundarbans Outdoor Classroom
Outcomes included:
July 2013 MAP Education Director Martin Keeley visits
Khulna, Bangladesh, runs a series of introductory workshops
organized by CLEAN, and establishes a working group.
December 2014 – New Bengali MM Curriculum published
December 2014 – January 2015 – 5 day Marvellous
Mangroves Teachers’ Workshop with two students and two
teachers from each of six regional schools with specialised
support staff from CLEAN and MAP. In a stimulating
exploration of the Sundarbans, 2 days of workshops were
followed by 3 days of sessions on a live aboard boat. These
included visits to several sites where a variety of experiments
were also conducted. These included water quality
testing, microscopic analysis of water samples and wildlife
observation with binoculars and spotting scope.
January 2015 – Mangrove Science Clubs are established
at the schools involved in the workshops, equipped with
microscopes and hand lenses.
Knowledge-exchange workshops organised by teachers
and students means MM now continues to spread across
regional and national schools in Bangladesh. A partnership
has been established with Khulna University, where data
collected on field trips are being analysed and monitored at
the Environmental Science faculty.
Now I know the importance of
mangroves for our lives. So, I
have already started to organize
my classmates and other friends
to protect mangroves and other
species in my locality.
- Naimur Rahman
Student at Channir Chak LC
Collegiate School, Khulna
“
”
The children are providing a vital
avenue for increasing knowledge
of sustainable methods of living
with mangrove forests, into the
Sundarbans communities.
12. Mangrove Action Project
Core Team
Alfredo Quarto
Co-Director & Co-Founder
Alfredo is a veteran campaigner
with over 40 years of experience
in organizing and writing on the
environment and human rights issues.
Formerly an aerospace engineer,
his experiences range over many
countries and several environmental
organizations, with a long-term focus
on forestry, indigenous cultures, and
human rights. Prior to MAP, he was the
executive director of the Ancient Forest
Chautauqua, a multimedia traveling
forum with events in 30 West Coast
cities on behalf of old-growth forests
and indigenous dwellers. He also had
over a decade of prior experience
working with Greenpeace and Seattle-
based Freedom Fund, a human rights
organization.
Sara Lavenhar
Co-Director
Sara is a recent graduate of
Columbia University with a degree in
environmental science and sustainable
development. Introduced to MAP
as an intern in 2013, Sara has been
responsible for a wide range of duties
from website development to volunteer
and office management. Currently, she
works in Seattle where she oversees
fundraising, outreach, and operations
for the Mangrove Action Project. As co-
director, she is responsible for guiding
MAP’s transition and helping to set the
framework for the future, improving
program delivery and strengthening
outreach efforts.
Martin Keeley
Education Director
Martin is a pioneer of international
wetlands education. Starting 30 years
ago he worked with teachers and
scientists to develop an in-depth,
hands-on science based wetlands
education program and integrate it
with school curricula. The result was
the award-winning Travelling Wetlands
Roadshow. In 1998 Martin, with a
Masters in Education, adapted his
program for mangrove ecosystems for
Mangrove Action Project. That year he
moved to the Cayman Islands where
his Marvellous Mangroves Curriculum
has been taught since 2001. Marvellous
Mangroves has since been translated
and adapted for 13 countries world-
wide and has received awards for its
content and application wherever it is
introduced.
Jim Enright
Asia Coordinator
One of the main organizers and
facilitators of MAP, Jim is based in
Trang, Thailand. He has co-organized
and co-facilitated Community-based
Ecological Mangrove Restoration
technical training workshops in
Thailand, Cambodia, Myanmar, India,
Sri Lanka and El Salvador. Before
joining MAP in 2000, he spent 7 years
working with coastal resource issues in
Thailand, as a national park interpreter
in Khao Sam Roi Yot, Thailand first
coastal national park, and with the
Thai NGO, Yadfon Association, which
promotes community-based coastal
resource management (CBCRM)
with communities in Trang. Jim has
an honors degree in Environment
Resource Studies with a specialty in
international development.
13. Mira Maude Chouinard
Assistant Project Coordinator
Mira Maude Chouinard, MAP’s Latin
America Assistant Project Coordinator,
is a graduate of the University of
British Columbia with a degree in
environmental science and of Humber
College with a certificate in international
program management. She worked for
Falls Brook Centre and coordinated a
community resilience and mangrove
restoration project in Honduras, in
cooperation with local NGOs and the
multinational DOLE Food Company.
As they encountered issues with
the traditional planting method, she
discovered MAP and the CBEMR
method and was relieved to have found
a successful long-term mangrove
restoration method. She is fluent in
French, English and Spanish
Mangrove Action Project
Core Team
Udomsak Pariwatpan
Project Field Officer
Udomsak (Em) is MAP-Asia’s Project
Field Officer and holds a Bachelor of
Science (Technology for Marine and
Coastal Resources Management)
from Walailak University, Nakhon
Si Thammarat. He has 6 years
experiences working with Seub
Nakhasathien Foundation as a
Geographic Information System
(GIS) officer and has worked with the
Environmental Research Institute,
Chulalongkorn University for 8 months.
He also has skills on computer systems
and basic computer graphic design.
Em joined MAP-Asia as a field officer in
August 2015.
Pimaaksara Chalermwon
Office Administrator
Pimaaksara (Pick) is MAP-Asia’s
first Officer Administrator as of Jan.
2016. She joined MAP in Oct. 2015
as Project Officer Thailand to manage
the Community-Based Ecological
Mangrove Restoration (CBEMR)
project funded by Global Nature
Fund (GNF) Germany. She has six
years freelance experience with local
communities and has worked for The
Institute of Research and Development
(IRD) at Walailak University focusing
on community-based research with
villagers in Nakhon Sri Thammarat.
Pick has been involved in a project
called “Trang River Research” with The
Thailand Research Fund. She also has
journalism experience and has strong
skills in southern Thai culture.
Jaruwan Enright
Field Project Manager
Jaruwan (Ning) is a geographer who
specialises in mangroves and coastal
issues. She works for MAP in Trang,
Thailand, as a Field Coordinator/
Manager. She has a B.Sc in geography
from Chiang Mai University and an
M.Sc in Resource Management from
Kasetsart University. She has extensive
experience in community-based coastal
and mangrove projects including four
years at the Regional Community
Forestry Training Center (Center for
People and Forests) in Bangkok
and ten years working with MAP. At
MAP she has coordinated several
internationally funded projects, including
projects supported by the IUCN. Her
focus is community-based resource
management and environmental
education.
14. Leo Thom
Communication Specialist
A Visual Communicator born ‘83
in Tokyo, now based in Bristol, UK.
Leo’s background is in Landscape
Architecture and now specialise
in engaging animated shorts and
infographic stills that deliver core
messages, translating often complex
information into an understandable
form. Having co-founded and run
Room60 for 5 years he headed
to Asia to get more involved with
conservation and environmental issues.
Leo has been producing compelling
and informative animated shorts to
introduce and explain MAP’s various
programs and methods of mangrove
restoration.
Mangrove Action Project
Core Team
Robin Lewis
Technical Advisor
Roy R. “Robin” Lewis III, Certified
Professional Wetland Scientist,
President, Lewis Environmental
Services, Inc., Tampa, Florida, USA, has
more than four decades of experience
in marine wetland research, publishing
more than 100 scientific papers on
mangrove and seagrass restoration,
including a 250 page manual on
“Ecological Mangrove Rehabilitation”
and has worked in 11 foreign countries
on mangrove restoration projects,
including Nigeria, Vietnam, Hong Kong,
Thailand, Cuba, Mexico, and Costa
Rica.
Dominic Wodehouse
Technical Officer
After 10 years in advertising, working in
London, Kiev, Jakarta and Bangkok for
various multinational agencies, Dominic
changed direction to follow a passion
for trees, working as a professional
arborist in the UK while taking an
MSc in Sustainable Development at
Imperial College London, in order to
move into mangrove conservation.
He worked as a mangrove technical
officer with Wetlands International and
at the same time with MAP, supporting
field projects and teaching CBEMR in
Thailand, Cambodia, Myanmar and
Honduras. He continues to volunteer
for MAP, while currently writing-up a
PhD at Bangor University (UK), looking
at community mangrove management
and restoration.
15. For further information or to discuss
partnership opportunities please contact:
Alfredo Quarto or Sara Lavenhar
info@mangroveactionproject.org
Mangrove Action Project
606 Maynard Ave S Suite 102, Seattle, WA 98104, USA
Tel: (+1) 330 732-5728
Web: www.mangroveactionproject.org
Registered Charity #20-0833537