Our Work

Trees for Sun Bears™, West Siang, Arunachal Pradesh, India - This project aims to restore critical habitat for the vulnerable Malayan Sun Bear and other endangered species in India. By planting indigenous tree species such as Sisir, Belam, Hilika, and Hilum, the project focuses on improving the quality and quantity of the forest habitat, which is vital for the sun bear's survival. The Sun Bear's diet, which includes fruits and insects from trees, helps in seed dispersal and natural forest regeneration, making tree planting essential for both the bear and overall ecosystem health. The project also contributes to local socio-economic development by generating workdays for the community in nursery preparation and planting. The initiative also has ecotourism potential, offering opportunities for wildlife and nature-oriented tourism, further enhancing the area's economy.

Trees for Ganges (Ganga), Buxar, Bihar, India - This project along the banks of the River Ganga in Buxar, aims to rejuvenate and conserve this sacred river. The project seeks to enhance groundwater recharge, which in turn will improve the river's flow and mitigate pollution. Trees along the river not only help in reducing soil erosion and siltation but also filter contaminants, contributing to cleaner water. The plantation of species will restore vital ecosystems, support local biodiversity, and provide economic benefits to farmers through additional income from fruit and wood. Additionally, trees upon maturing will absorb carbon dioxide and release oxygen, combating climate change while improving the quality of life for over 3 million people by ensuring better water quality and reducing the effects of natural disasters. This afforestation drive is an essential step in preserving the River Ganga and its surrounding environment for future generations.

Trees for Memories™, Bodhgaya, Bihar, India - Bodhgaya is revered by Hindus and Buddhists alike for its sacred importance. This initiative allowed people to plant trees in memory of their departed loved ones, seeking blessings while contributing to the environment. The project supports ecological restoration by enhancing green spaces and promoting biodiversity. It also has a positive social impact, particularly in the Art of Living Center, where the trees will provide a peaceful environment for meditation and wellness activities. Moreover, this initiative helps engage local communities, including children, in environmental stewardship, fostering a deeper connection with nature. By planting these trees, the project not only honours the past but also ensures a healthier, greener future.

Trees for Ganga™, Bhagalpur, Bihar, India - The afforestation project along the Ganga River in Bhagalpur is vital for restoring the ecological health of this sacred river and its surrounding environment. The depletion of water resources and the loss of forest cover in the region have contributed to increasing floods, droughts, and soil erosion. Trees play a crucial role in water retention by preventing soil erosion, replenishing groundwater, and maintaining the water cycle. This project will reduce the risk of floods, improve soil quality, and increase groundwater levels, thus enhancing the region's resilience to climatic events. Through this project, the Ganga’s ecological restoration will benefit both the environment and the livelihoods of the people who depend on it.

Chhattisgarh

Trees for Tribals®, Bastar, Chhattisgarh, India - The Trees for Tribals® project in Bastar aims to support tribal communities who rely on forests for food, fuelwood, medicine, and materials. By planting native species like Arjun, Mango, and Bamboo, the project will restore soil health, prevent erosion, and provide sustainable livelihoods. It will create local employment, particularly for women, and reduce human-wildlife conflict, strengthening agriculture-based economies. Additionally, the trees will absorb CO2, contributing to climate change mitigation.

Delhi

Trees for Urban Landscape, Delhi, India - The project seeks to enhance biodiversity, improve air quality, combat urban heat, sequester carbon, and recharge the groundwater table. Given Delhi's significant air pollution challenges, these trees—such as Neem, Jamun, Peepal, and Ashok—will absorb pollutants and provide shade, reducing the urban heat island effect. The initiative will also contribute to wildlife habitat preservation and help mitigate stormwater runoff, improving overall environmental resilience. Socially, it promotes public health by improving air quality and provides economic opportunities through green space development. The project aligns with the UN’s Sustainable Development Goals, supporting both climate action and biodiversity conservation.

Trees for Delhi-NCR - The Trees for Delhi project aims to address the severe air pollution and high temperatures that plague the city, primarily caused by vehicle emissions, stubble burning, and urban development. With Delhi's Air Quality Index regularly exceeding safe levels, the project seeks to reduce harmful pollutants like carbon dioxide and particulate matter, improve air quality, and alleviate the urban heat island effect. By planting trees, the initiative aims to enhance biodiversity, promote carbon sequestration, recharge groundwater, and create greener, more sustainable spaces that benefit both the environment and the health of Delhi's residents.

Gujarat

Trees for Villagers™, Panchmahal, Gujarat, India - The tree plantation project in Panchmahal, Gujarat focuses on improving sustainable agriculture and supporting local communities. By planting species like Khair, Parpaliya, and Jambu, the trees enrich the soil with nutrients, enhance agricultural productivity, and provide Non-Timber Forest Products (NTFPs), contributing to poverty alleviation. The organic matter from decayed leaves increases humus content, boosting soil fertility and preventing erosion. Additionally, the trees will help recharge groundwater, improve environmental health through carbon sequestration, and offer alternative livelihoods, ultimately empowering the community financially and sustainably.

Trees for Holy Environs, Jamnagar, Gujarat, India - This project in Dwarka, Gujarat, focuses on planting mangrove trees to protect the region's heritage sites. Mangrove tree forms the most complex ecosystems as they survive in both aquatic and dry conditions and support a variety of both terrestrial and aquatic life. They shield heritage buildings from pollution and natural disasters while providing resources like fish and shrimp for local livelihoods. Engaging the community, this project helps preserve both cultural and environmental health, ensuring a sustainable future for the area.

Trees for Villagers™, Mahisagar, Gujarat, India - This project focuses on planting a variety of native tree species in an arid region to improve agricultural conditions, prevent soil erosion, and recharge groundwater. By planting trees such as Karanj, Teak, Ber, Ardusa, and Garmada, the initiative aims to enhance soil fertility, reduce dependency on chemical fertilizers, and provide essential non-timber forest products (NTFPs) to local communities. The project also contributes to wildlife conservation by supporting natural habitats. Overall, it seeks to improve the environmental and socio-economic conditions of the area, promoting sustainable practices and better livelihoods for the local population.

Trees for Villagers™, Kheda, Gujarat, India - This project focuses on planting native trees along the banks of the Mahi River to combat severe flooding, soil erosion, and land infertility. The initiative aims to stabilize the soil, prevent erosion, and enhance the soil’s water retention capacity, improving agricultural conditions. Species such as Bamboo, Chura, Kasid, Shisham, and Karanj will provide critical habitats for endangered species and contribute to the region’s biodiversity. Additionally, these trees will offer non-timber forest products (NTFPs) to support local livelihoods. By addressing soil erosion and conserving water resources, the project will restore the ecosystem, safeguard biodiversity, and enhance agricultural productivity in the region.

Haryana

Trees for Villagers™, Fatehabad, Haryana, India - The Trees for Villagers™ project in Haryana aims to combat deforestation, soil erosion, and air pollution while improving the local ecosystem. By planting trees like Babool, Neem, Sheesham, and Teak, the initiative seeks to restore the green cover, enhance soil quality, recharge groundwater, and mitigate surface water runoff. This project not only improves air quality and biodiversity but also provides economic benefits to the local communities by creating employment, particularly for women, in tree plantation, maintenance, and produce collection. Additionally, the trees will offer fodder for livestock and generate income from timber and fruits.

Trees for Communities, Hisar, Haryana, India - The tree plantation project in Hisar, Haryana, seeks to address pressing environmental challenges such as soil and water contamination, air pollution, and habitat loss. These trees planted will provide ecological and economic benefits, including medicinal properties, high-quality wood, and fruit, while enhancing the aesthetic value of the area. The initiative also offers significant social impact by creating employment opportunities, particularly for local women, and promoting sustainable livelihoods through the collection of non-timber forest products. Additionally, it helps safeguard wildlife habitats, reduce human-wildlife conflict, and foster a culture of environmental responsibility within the community.

Himachal Pradesh

Trees for Himalayan Biodiversity, Shimla, Himachal Pradesh, India - The tree plantation project in Shimla, Himachal Pradesh, focuses on restoring degraded lands and improving the local environment by planting trees in the Doi village range. The project aims to further enhance soil quality, water retention, and biodiversity by planting native species. The plantation will reduce soil erosion, combat desertification, and provide fodder for livestock, thus decreasing the local community’s dependence on dwindling forest resources. By rehabilitating wildlife habitats and promoting sustainable livelihoods, the project aligns with the state's participatory forest management approach and supporting the local economy.

Trees for Himalayan Brown Bears, Solang Valley, Kullu District, India - This project restores degraded forest areas in Solang Valley to support the critically endangered Himalayan brown bear. By planting 30,000 native trees, it strengthens habitat, improves natural food availability, and reduces rising human-bear conflict caused by habitat loss and garbage dependence. The initiative also creates seasonal employment for local communities and enhances biodiversity, soil stability, and carbon sequestration across the Kullu-Manali landscape.

Jammu and Kashmir

Trees for Shri Mata Vaishno Devi, Katra, Jammu & Kashmir, India - The Trees for Shri Mata Vaishno Devi project in Katra, Jammu and Kashmir, aims to address environmental issues caused by rapid pilgrimage tourism, such as deforestation, air pollution, soil erosion, and habitat loss. By planting trees, the project seeks to combat air pollution, sequester carbon, and mitigate disaster risks like landslides and flooding. It also aims to promote ecotourism, improve groundwater recharge, and reduce soil erosion. Additionally, the project will restore biodiversity, creating better habitats for native species. Overall, it strives to balance the growing tourism industry with environmental sustainability and community well-being.

Trees for Hanguls™, Dachigam National Park, Kashmir, India - The Trees for Hanguls™ project, implemented in the Pampore region near Dachigam National Park, aims to address the critical habitat loss of the endangered Kashmir Red Deer, or Hangul. The project focuses on planting a variety of tree species to restore and improve the Hangul’s natural habitat, enhance biodiversity, and promote groundwater recharge. Through this initiative, it seeks to mitigate the effects of poaching, human disturbances, and habitat degradation. The project also generates rural employment and fosters community engagement, providing ecological benefits such as carbon sequestration, improved air quality, and sustainable resources for local people. Ultimately, it strives to safeguard the Hangul population while supporting the local economy and environment.

Trees for Hanguls™, Khrew and Khonmoh Conservation Reserves, Kashmir, India - The Trees for Hanguls™ project, focuses on restoring the habitat of the critically endangered Kashmir Red Deer, or Hangul. This initiative aims to reverse the effects of deforestation, habitat degradation, and human encroachment, which have significantly impacted the Hangul population. By planting a variety of trees, including those that provide food and shelter for the Hangul, the project enhances biodiversity, supports groundwater recharge, and contributes to carbon sequestration. Additionally, it generates rural employment, benefits local communities, and raises awareness about Hangul conservation. Through this integrated approach, the project aims to improve both the local ecosystem and the socio-economic well-being of the region.

Jharkhand

Trees for Elephants®, Singhbhum, Jharkhand, India - The Trees for Elephants® plantation project in East Singhbhum, Jharkhand, focuses on expanding and restoring elephant corridors to reduce human-elephant conflicts and promote the natural migration of elephants. The project provides a sustainable food source for elephants, supports their role in seed dispersal, and helps regenerate forests. The project also addresses the socio-economic needs of local tribal communities, particularly the Santhal and Munda tribes, by creating employment opportunities and offering additional resources like fruit, fodder, and fuelwood. These trees will improve water retention, reduce soil erosion, and sequester CO2, benefiting both the local environment and communities.

Trees+ for Elephants, Singhbhum, Jharkhand, India -- This project in East Singhbum, Jharkhand, focuses on restoring elephant migration corridors and enhancing local livelihoods. The project involves planting trees to provide food and shelter for elephants, reducing human-elephant conflicts and helping regenerate forests. The project also involves enlarging an existing pond in Laylam Village (2011 population: 1,673 people in 330 households) of the Laylam Panchayat from a minimal capacity to a capacity of about 500,000 liters. The pond enlargement and tree planting will reduce runoff, improve groundwater, and provide better water access for villages, boosting livelihoods with more fruits and medicinal plants.

Trees for Dalma-Similipal Wildlife Corridor, Jharkhand, Odisha, India - The project aims to restore the Dalma-Similipal Corridor by planting trees, enhancing elephant migration routes and reducing human-wildlife conflicts. By increasing forest cover, it provides crucial food and shelter for elephants and other wildlife, while also supporting local communities with sustainable resources like fuelwood, fruits, and fodder. The initiative will create workdays and improve the region's ecosystem by preventing soil erosion, conserving moisture, and boosting the water table, benefiting both wildlife and local people.

Trees For City, Jamshedpur, Jharkhand, India - The tree plantation project in Jamshedpur is a vital initiative aimed at addressing the growing environmental challenges caused by rapid industrialization and urbanization. Jamshedpur, known for its steel industry and dense population, has suffered from significant deforestation, leading to poor air quality and ecosystem degradation. The city, with its "Unhealthy" Air Quality Index (AQI), poses serious health risks, particularly to children and the elderly. By planting trees, the project will improve the urban ecosystem, increase forest cover, and restore the natural balance in the area. The trees will trap particulate matter, improving the air quality and reducing health hazards associated with air pollution.

Trees for Wellness, AIIMS Hospital, Deogarh, Jharkhand, India - The project focuses on enhancing the environment and well-being of hospital patients, residents, and visitors by planting a variety of trees on the AIIMS hospital campus. Rooted in the understanding that exposure to nature accelerates recovery, the initiative aims to create wellness groves using local tree species such as Guava, Jackfruit, and Mango. In addition to benefiting patients, the project also addresses environmental concerns, such as air pollution and carbon sequestration, by planting trees that absorb CO2 and contribute to a healthier ecosystem. Local communities are involved in all stages of the process, from planting to maintenance. Ultimately, the project not only improves the hospital's surroundings but also contributes to the broader goals of health, well-being, and environmental sustainability.

Trees for Farmers®, Carbon Neutrality Project, Jharkhand, India - The Trees for Farmers® project in Lachhipur Gram Panchayat, East Singhbum district, Jharkhand, aims to address critical environmental and socio-economic challenges by planting trees on degraded lands. With a focus on enhancing biodiversity, carbon sequestration, and disaster mitigation, the project seeks to combat soil erosion, improve groundwater recharge, and reduce human-wildlife conflict. Additionally, the project generates employment for local communities, including women, and contributes to long-term environmental sustainability, creating a healthier ecosystem and more resilient rural economy.

Karnataka

Trees for Villagers™, Kolar-Chikkaballapur, Karnataka, India - This tree plantation project is essential for addressing environmental and socio-economic challenges in Bagepalli, Sidlaghatta, and Srinivasapura. It aims to combat soil erosion, water scarcity, and deforestation, while providing fodder for livestock and reducing human-animal conflicts. By planting native trees, the project restores ecosystems, recharges groundwater, and creates local employment. Additionally, it promotes carbon sequestration, enhances biodiversity, and improves the livelihoods of rural communities, making it a vital step towards sustainable development and climate resilience.

Trees for Villagers™, Karnataka, India - This project in the upper catchments of the Papagni River is vital for improving the ecosystem and the livelihoods of local communities in Chintamani, Karnataka. It aims to enhance biodiversity, recharge groundwater, increase green cover, and prevent soil erosion. The plantation of native tree species will provide essential Non-Timber Forest Products (NTFPs) like fruit, fodder, fuel, and wood, offering sustainable income opportunities for rural communities and supporting small-scale industries. By creating a healthier environment, this project will also reduce soil erosion, increase water levels, and mitigate climate change impacts, while promoting socio-economic development and poverty alleviation in the region.

Trees for Villagers™, Kolar, Karnataka, India - The plantation project in Kolar district, Karnataka, aims to enhance biodiversity, increase green cover, support carbon sequestration, and promote groundwater recharge. It also focuses on controlling soil erosion and providing sustainable livelihoods for local communities. Additionally, the project aims to reduce human-wildlife conflict by offering wildlife alternative food and shelter sources. By creating green cover, improving soil quality, and generating rural employment, the project contributes to environmental restoration and socio-economic development in the region.

Madhya Pradesh

Trees for Tigers®, Kanha National Park, Madhya Pradesh, India - The project aims to plant local trees around the periphery of Kanha National Park in Mandla, Madhya Pradesh, to enhance biodiversity, reduce man-animal conflicts, and support conservation efforts. By increasing green cover and improving wildlife habitats, the initiative seeks to protect the park’s rich ecosystem, including its population of tigers, leopards, and rare species like the swamp deer. The plantation will also contribute to carbon sequestration, groundwater recharge, and soil conservation, while providing sustainable livelihoods and employment opportunities for local communities. This afforestation effort will alleviate pressure on the park’s buffer zones, promoting both environmental and socio-economic benefits.

Trees for Rivers®, Harda, Madhya Pradesh, India - The plantation project in Harda district, Madhya Pradesh, focuses on planting trees along the banks of the Narmada River and its tributaries to address ecological and socio-economic challenges. The project aims to enhance carbon sequestration, improve groundwater recharge, reduce soil erosion, and mitigate man-animal conflict. By planting species like teak and bamboo, the project will improve soil quality, boost agricultural productivity, and restore the water table. The initiative also generates rural employment, providing livelihood opportunities through forest-based resources and bamboo crafts for local communities.

Trees for Water®, Khandwa, Madhya Pradesh, India - The plantation project in Khandwa district, Madhya Pradesh, focuses on reforesting areas along the banks of the Ruparel and Narmada rivers to improve environmental and socio-economic conditions. With the aim to enhance groundwater recharge, reduce soil erosion, and increase green cover, the project will help restore degraded lands and improve the water table. By improving agricultural productivity and promoting the use of non-timber forest products (NTFPs), this initiative will contribute to the long-term sustainability of the local communities and the ecosystem.

Trees for Farmers®, Harda, Madhya Pradesh, India - The plantation project in Harda district, Madhya Pradesh, was implemented along the banks of the Narmada and its tributaries. The aim of the project is to promote carbon sequestration, groundwater recharge, soil erosion control, and increase green cover, while addressing the issue of man-animal conflict and providing fodder for livestock. This initiative will provide sustainable livelihoods, enhance agricultural productivity, and improve local ecosystems. Upon maturity, the trees will sequester over carbon while also generating rural employment days, thereby contributing to long-term environmental and socio-economic benefits for the community.

Trees for Tigers®, Panna Tiger Reserve, Madhya Pradesh, India - The project in Chhatarpur district, Madhya Pradesh, involves planting trees on Kupiya community land near the Panna Tiger Reserve to enhance biodiversity, reduce man-animal conflict, improve wildlife habitats, and generate rural employment. The initiative aims to alleviate pressures on the reserve, protect endangered species like the tiger, and mitigate climate change by sequestering carbon. The tree plantation will provide resources for local communities, such as fruit, fodder, and fuel, while also reducing human-wildlife conflict. Additionally, it will create job opportunities and empower local people, contributing to sustainable environmental and socio-economic development.

Trees for Farmers®, A Carbon Neutrality Project, Madhya Pradesh, India - The plantation project in Hoshangabad and Harda districts, Madhya Pradesh, focuses on planting trees on private agricultural lands to improve food security, provide sustainable livelihoods, and address climate challenges. Aimed at enhancing carbon sequestration, groundwater recharge, and green cover, the project also reduces air pollution and generates rural employment. Involving local communities, particularly women and marginalized groups, it promotes economic opportunities by cultivating species like Teak, Bamboo, and Guava. This initiative diversifies farmers' incomes, making them less vulnerable to climate risks, while contributing to biodiversity and long-term environmental sustainability.

Trees for Tigers®, Seoni district, Madhya Pradesh, India The Trees for Tigers® project, aims to plant trees in Potlai village, Seoni district, near the Pench Tiger Reserve in Madhya Pradesh. The initiative focuses on enhancing biodiversity, carbon sequestration, green cover, wildlife habitats, and reducing man-animal conflict while generating rural employment. The project addresses key challenges faced by tigers, such as habitat loss and human-wildlife conflict, by planting tree species that improve habitats and provide food for prey animals like spotted deer and wild boars. Additionally, canopy trees help mitigate invasive species and protect tiger corridors.

Maharashtra

Trees for Mumbai Metropolitan Region, Thane, Maharashtra, India - This project focuses on planting local trees across 130 acres in Ambeshiv village, Thane District, Maharashtra, to enhance biodiversity, increase green cover, and improve carbon sequestration. The primary goals include reducing air pollution, mitigating the impact of natural disasters, and restoring degraded ecosystems. The trees will absorb carbon dioxide upon maturity and help improve air quality by removing particulate matter. Additionally, the project will reduce soil erosion, improve groundwater replenishment, and provide habitat for local wildlife. It aligns with the United Nations' Sustainable Development Goals on Climate Action (SDG 13) and Life on Land (SDG 15), benefiting both the local community and the surrounding urban areas.

Trees for Water®, Mumbai Metropolitan Region (MMR), Ambernath, Thane, Maharashtra, India - The Trees for Water® project specifically in Ambernath, Thane, Maharashtra, aims to restore ecosystems by planting native tree species to enhance water conservation, improve air quality, and combat the region's rising pollution levels. The project focuses on planting species like Karanj, Neem, Teak, and Amla, which are beneficial for both the environment and the local community. These trees will play a crucial role in reducing water runoff, preventing soil erosion, and replenishing the groundwater table by promoting water retention in the soil. By restoring lost green cover and supporting local biodiversity, the project also helps to mitigate the effects of natural disasters such as cyclones, which have impacted the region in the past.

Trees for Villagers™, Palodi village, Maharashtra - The Trees for Villagers™ project in Palodi village, Yavatmal district, Maharashtra, aims to address key environmental and socio-economic challenges faced by the local community. Key objectives include carbon sequestration, enhancing biodiversity, and reducing soil erosion. The selected tree species, such as Pongam, Teak, and Custard apple offer ecological benefits and economic opportunities, providing the villagers with resources like timber, fruits, bio-oil, and medicinal plants. The initiative also generates rural employment, particularly for women, and improves agricultural yields by replenishing groundwater. This project seeks to improve both the environment and the livelihoods of the local community, reducing their reliance on nearby forests and enhancing their socio-economic conditions.

Trees for Villagers™, Yavatmal district, Maharashtra, India - The Trees for Villagers™ project in Nandgoan village, Yavatmal district, Maharashtra, is designed to address pressing environmental and socio-economic challenges. The project focuses on enhancing carbon sequestration, recharging groundwater, increasing green cover, and supporting livestock by providing fodder. It also aims to generate rural employment and conserve the water table. The trees planted will help prevent soil erosion, improve soil fertility, and contribute to sustainable agriculture, improving crop yields and diversifying income. The project will create job opportunities for the local community, particularly empowering women, and provide additional income through the sale of timber, fruits, and other tree products.

Meghalaya

Trees for Villagers™, Kolar-Chikkaballapur, Karnataka, IndiaTrees for Communities, Shillong, Meghalaya, India - This project in Shillong, Meghalaya, aims to restore and enhance the region's biodiversity, mitigate climate change, and support the local communities. As the region faces challenges such as soil degradation, water scarcity, and erratic weather patterns, the project focuses on planting local native trees that can stabilize soil, reduce erosion, improve soil fertility, and help recharge groundwater. By involving local communities in planting and maintaining the trees, the project not only enhances green cover but also creates employment opportunities, especially for women, helping to improve livelihoods. Through this initiative, the project contributes to sustainable development, supports rural economies, and advances climate resilience in Meghalaya.

Nagaland

Trees for Hornbills™, Phek, Nagaland, India - The Trees for Hornbills™ project in Phek district, Nagaland, aims to restore critical habitats for the region's endangered hornbill species, promote biodiversity, and enhance ecological health. With the planting of trees in the villages of Thetsumi and Pholami, the project will address deforestation and habitat loss caused by shifting cultivation and logging, key threats to hornbills. By planting tree species like Oak, Chestnut, and Black Cherry, the initiative will provide vital nesting sites and food sources for these majestic birds. This effort will not only support hornbill populations but also contribute to carbon sequestration, increase green cover, and enhance wildlife habitats.

Odisha

Trees for Forests™ & Wildlife, Satkosia Gorge Wildlife Sanctuary, Odisha, India - The plantation of trees at the Periphery of Satkosia Gorge Wildlife Sanctuary in Odisha aims to enhance biodiversity, mitigate soil erosion, and restore vital habitats for wildlife. This project will contribute to the conservation of species such as tigers, leopards, elephants, and various deer species, by increasing forest cover and creating safe zones around the sanctuary. By involving local communities in the plantation process, the initiative will generate rural employment, provide sustainable forest products like fruits, honey, and resin, and reduce human-wildlife conflict.

Trees for Tribals®, Koraput, Odisha, India - The plantation of local tree species on Community lands in Koraput, Odisha aims to address the significant environmental challenges faced by the region, including deforestation, soil erosion, and the loss of biodiversity. Historically rich in forests and diverse ecosystems, Koraput has seen a 23.1% reduction in forest cover due to urbanization, industrialization, and natural calamities, which has negatively impacted the local the livelihoods of tribal communities. This project seeks to restore the region’s green cover by planting native tree species on community lands, enhancing biodiversity, and providing sustainable livelihoods through the sale of non-timber forest products. Additionally, it will help stabilize the water table, reduce soil erosion, and protect crops during cyclonic storms, all while creating rural employment opportunities, particularly for women.

Trees for Tigers®, Similipal National Park, Odisha, India - The project on the fringes of Similipal National Park in Mayurbhanj, Odisha, focuses on enhancing the forest cover to support the endangered tiger population. Similipal is a critical habitat for tigers, including the rare melanistic tigers, and the surrounding areas have faced deforestation and habitat degradation due to human activities. This project aims to restore tiger habitats by planting native tree species, creating a buffer zone to help mitigate human-wildlife conflict, and providing tigers with safe corridors for territorial movement. In addition to supporting the tiger population, the project also fosters biodiversity, promotes carbon sequestration, and generates employment for local tribal communities, while contributing to the overall health of the ecosystem.

Trees for Cyclone-Affected Area, Balukhanda Wildlife Sanctuary, Odisha, India - This project in Balukhanda Wildlife Sanctuary project focuses on restoring the green cover in the sanctuary’s periphery, which was severely impacted by Cyclone Fani in May 2019. The cyclone uprooted over 10 million trees in Odisha, with a significant portion of the Balukhanda sanctuary’s 9 million trees destroyed. The project aims to replant local tree species to revitalize the ecosystem, enhance biodiversity, and restore the forest’s role in disaster mitigation by reducing soil erosion and improving groundwater recharge. This initiative will help prevent further soil degradation, protect wildlife habitats, and contribute to the long-term ecological resilience of the region, ensuring that both the environment and local communities benefit from the restoration efforts.

Trees for Dalma-Similipal Wildlife Corridor, Jharkhand, Odisha, India- The project aims to restore the Dalma-Similipal Corridor by planting trees, enhancing elephant migration routes and reducing human-wildlife conflicts. By increasing forest cover, it provides crucial food and shelter for elephants and other wildlife, while also supporting local communities with sustainable resources like fuelwood, fruits, and fodder. The initiative will create workdays and improve the region's ecosystem by preventing soil erosion, conserving moisture, and boosting the water table, benefiting both wildlife and local people.

Trees For Black Tigers, Odisha, India - The tree plantation project in Mayurbhanj district, Odisha, is primarily focused on restoring the habitat of the rare black tiger, found only in the Similipal National Park region. The project aims to mitigate habitat fragmentation, a key threat to the survival of the black tiger, by reconnecting fragmented forest areas and improving the overall ecological health of the region. By planting trees, the initiative will enhance biodiversity, create a denser habitat, and improve wildlife corridors, specifically benefiting the black tiger population. This project not only aims to protect the black tiger but also generates employment through community involvement in planting and maintaining the trees.

Puducherry

Trees for Migratory Birds™, Ossudu, Puducherry, India - The Trees for Migratory Birds™ project aims to address habitat degradation and fragmentation in key bird sanctuary areas of Puducherry, including Oussudu Lake Bird Sanctuary, Bahour Lake, and Oorani community land. The project involves planting native trees to enhance biodiversity, support migratory bird species, and combat environmental challenges like deforestation and soil degradation. By increasing green cover, the project will improve wildlife habitats, support local ecosystems, and sequester carbon. Additionally, it will provide employment opportunities for local communities, particularly women, and contribute to groundwater recharge, benefiting both the environment and the livelihoods of rural populations.

Punjab

Trees for Moga City, Punjab, India - The Moga district in Punjab faces significant environmental challenges, including low forest cover, severe groundwater depletion, and high air pollution. The tree plantation project aims to tackle these issues by enhancing biodiversity, increasing green cover, reducing air pollution, controlling soil erosion, and improving groundwater recharge. This project aims to address these issues by planting native species like Jamun, Neem, Moringa, Sheesham etc. These trees will help mitigate air pollution, replenish the water table, and prevent soil erosion, which is critical in the over-exploited Moga district.

Trees for Water®, Mansa, Punjab, India, Mansa, Punjab, India - The plantation project in Bareta and Mander blocks of Mansa district, Punjab, aims to address critical environmental challenges, including decreasing rainfall, soil degradation, and an over-exploited groundwater table. With Punjab's forest cover declining, the project focuses on reforestation to enhance ecological health, mitigate climate change, and improve groundwater recharge. Trees will help control soil erosion, reduce flood threats, sequester carbon, and improve air quality by removing particulate matter. The initiative will also provide employment to marginalized communities and support biodiversity by offering food and shelter for wildlife, contributing to the overall sustainability of the region.

Trees for Communities, Moga, Punjab, India - The tree plantation project in Moga district, Punjab, addresses critical environmental issues such as air pollution, groundwater depletion, soil erosion, and habitat loss. With declining rainfall, over-exploited water tables, and increasing pollution, the project aims to enhance biodiversity, recharge groundwater, improve air quality, and increase green cover. Additionally, it seeks to generate rural employment, provide wildlife habitats, and mitigate the effects of climate change through carbon sequestration, fostering a healthier ecosystem and supporting the well-being of local communities.

Rajasthan

Trees for Tigers®, Sariska Tiger Reserve, Rajasthan, India - The plantation project near the Sariska Tiger Reserve in Alwar, Rajasthan, aims to address several environmental and socio-economic challenges, including illegal mining, poaching, deforestation, and man-animal conflicts. The project seeks to enhance biodiversity, restore wildlife habitats, and increase green cover to support the endangered tiger population and other local wildlife. By planting trees, the initiative also aims to reduce the impacts of flooding and soil erosion, while providing essential resources for local communities, such as firewood, fruits, and medicinal plants.

Trees for Forests™ & Wildlife, Sitamata Wildlife Sanctuary, Rajasthan, India - This plantation project in the community lands of Samplipathar and Borankheda, located in the Sitamata Wildlife Sanctuary, Rajasthan, aims to address the degradation of habitats and the loss of biodiversity due to changing land use, poaching, and deforestation. The primary objectives are to enhance biodiversity, improve wildlife habitats, and provide resources like food, shelter, and water for the region’s endangered species, including the Indian giant flying squirrel. This initiative aims to reduce poaching and human-wildlife conflict by providing alternative livelihoods to the local communities, and contributes to the conservation of both the environment and the species dependent on it.

Trees for Indian Giant Flying Squirrels™, Sitamata Wildlife Sanctuary, Rajasthan, India - The project at the fringes of Sitamata Wildlife Sanctuary in Pratapgarh, Rajasthan, is aimed at protecting and conserving the Indian Giant Flying Squirrel, a species listed as "decreasing" by the IUCN. Habitat loss, fragmentation, and poaching are major threats to the squirrel, which relies on tree canopies for food, shelter, and movement. By planting native species like Mahua, Neem, and Shisham, the project seeks to restore the natural habitat of the squirrel, ensuring a steady supply of food such as fruits, leaves, and flowers. The objective is to enhance biodiversity, provide critical habitat for the flying squirrel, and mitigate the fragmentation of their environment.

Trees for Forests™ & Wildlife, Bassi Wildlife Sanctuary, Rajasthan, India - This project around Bassi Wildlife Sanctuary in Rajasthan aims to enhance the habitat of the sanctuary’s diverse wildlife, including species like the Panther, Leopard, and the White-backed Vulture. By planting local trees in community lands, the initiative seeks to restore the natural ecosystem, providing food and shelter for the animals while addressing critical environmental challenges such as soil erosion and water runoff. The project will also support the local communities by providing forest products, such as fodder, fruit, and non-timber resources, essential for their livelihood. Additionally, the project will foster rural employment, empower local tribal communities, and contribute to the conservation of biodiversity in this important Eco-Sensitive Zone.

Trees for Water®, Bhilwara, Rajasthan, India - The tree plantation project across 26 villages in Bhilwara, Rajasthan, aims to combat water scarcity and enhance environmental sustainability in this drought-prone region. By planting drought-tolerant local species like Neem, Babool, and Imli, the project focuses on improving the water table, conserving groundwater, and preventing soil erosion. The deep taproots of these trees will help retain water and prevent evaporation, contributing to the maintenance of the water table and supporting agricultural needs. In addition to addressing hydrological challenges, the project will increase green cover, support carbon sequestration, and improve wildlife habitats.

Trees for Water®, Mewar, Rajasthan, India - The tree plantation project in the villages of Bhilwara, Mewar, Rajasthan, focuses on combating the severe water scarcity and drought conditions prevalent in the region. By planting drought-resistant tree species such as Neem, Babool, Karanj, and Ber, the project aims to improve the water table, conserve soil moisture, and recharge groundwater. These trees will also help mitigate the effects of drought, reduce carbon emissions through sequestration, and increase green cover in an area severely impacted by water crisis. The plantation efforts will create employment opportunities for the local rural community. Long-term, these trees will support agricultural sustainability, maintain water resources, and improve the overall ecological balance in Bhilwara.

Trees for Sloth Bears™, Kumbhalgarh Sanctuary, Rajasthan, India - The plantation of local tree species on the community lands surrounding the Kumbhalgarh Sanctuary in Rajasthan aims to restore Sloth Bear habitats, reduce human-wildlife conflict, and improve biodiversity. By planting species like Tamarind, Neem, and Acacia, the project will create a robust buffer zone that prevents bears from entering human settlements, while also providing food and shelter for wildlife. This initiative will generate employment for local communities, promote sustainable forest product use, improve soil quality, conserve water, and sequester carbon, ultimately supporting both environmental conservation and local livelihoods.

Trees for Leopards®, Sitamata Wildlife Sanctuary, Rajasthan, India - The plantation in the community lands surrounding the Sitamata Wildlife Sanctuary aims to protect the habitat of the Indian leopard and other wildlife. By planting species such as Amla, Bamboo, and Karanj, this project will create a safer environment for leopards, preventing human-wildlife conflict. The trees will enhance biodiversity, provide vital resources like fodder and fuel for local communities, and improve water catchment and groundwater recharge. This initiative will generate rural employment, offset carbon emissions, and contribute to the conservation of the leopard’s natural habitat, supporting long-term ecological and social benefits.

Trees+ for Tigers, Sariska Tiger Reserve, Rajasthan, India - The plantation project in the villages surrounding the Sariska Tiger Reserve focuses on enhancing the tiger habitat while addressing water scarcity and boosting local livelihoods. The enlargement of the Doba Village Pond will provide crucial water resources for over 2,000 people and their livestock, benefiting the surrounding ecosystem. By planting native tree species like Ber, Neem, and Aonla, the project improves biodiversity, reduces soil erosion, and offers essential resources like fuelwood and medicinal plants to the local community. The initiative will create thousands of workdays, promote sustainable practices, and support the conservation of tigers and other wildlife, while also mitigating flooding and enhancing water catchment.

Trees for Farmers®, Baran, Rajasthan, India - The Trees for Farmers® project in Shahbad tehsil, Baran district, aims to support local farmers by planting trees on their lands. The project focuses on enhancing biodiversity, improving groundwater recharge, and providing essential resources such as fodder, fuelwood, and fruits. By selecting native species like Amla, Shisham, Teak, and Guava, the project helps mitigate the region's water scarcity, boost soil moisture retention, and offer economic benefits to the farming community through additional income from tree products. The plantation activities create employment opportunities, especially for women, while improving agricultural sustainability, reducing soil erosion, and contributing to the long-term health of the ecosystem.

Sikkim

Trees for Himalayan Biodiversity, Sikkim, India - The Trees for Himalayan Biodiversity project focuses on restoring and protecting the ecosystems of the Pangolakha Wildlife Sanctuary in Sikkim, which is home to endangered species like the Red Panda and Asiatic Black Bear. The region faces significant environmental challenges, including habitat fragmentation, invasive species, and human-wildlife conflicts, exacerbated by growing tourism and development. This project aims to address these issues by planting native trees to enhance biodiversity, improve wildlife habitats, increase green cover, promote carbon sequestration, and support sustainable livelihoods for local communities through the provision of fruits, fodder, and fuelwood. Additionally, it aims to foster ecotourism and create employment opportunities, particularly for women.

Trees for Himalayan Forests, Pakyong, Sikkim, India - This project in Pakyong, East Sikkim, aims to restore and protect the region's rich biodiversity, which is under threat due to deforestation from infrastructure development. Located in the foothills of the Himalayas, this area is home to rare and endangered species. The project seeks to enhance biodiversity, promote carbon sequestration, increase green cover, and improve wildlife habitats by planting indigenous trees and herbal species. Additionally, it aims to generate rural employment and boost ecotourism, supporting the local economy. The plantation will also help regulate water flow, reducing the risk of flooding during monsoon seasons and contributing to overall environmental resilience.

Trees for Ecotourism™, Tsomgo, Sikkim, India - The project in the Tsomgo watershed, located at the fringe of Kyongnosla Alpine Sanctuary, East Sikkim, aims to restore the region's fragile ecosystem, which has been under stress due to tourism and human activity. The area is home to diverse flora and fauna, including the red panda and Himalayan black bear, but has suffered from deforestation and habitat degradation. This project seeks to enhance biodiversity, sequester carbon, and protect wildlife habitats by planting indigenous species like Rhododendron and Silver Fir. It also aims to promote sustainable ecotourism and generate employment opportunities for local communities, particularly women, through nursery work and plantation activities. By improving forest health, the project will help prevent human-wildlife conflict and support eco-tourism, contributing to both ecological restoration and economic growth.

Trees for Himalayan Monasteries & Forests, Sikkim, India - The project is being implemented across two key areas: the Tsomgo region, bordering the Kyongnosla Alpine Sanctuary, and around Hattipailey Reserve Forest and Boudha Gurung Gumpa land. The project aims to enhance biodiversity, support carbon sequestration, and promote ecotourism. The region, once relatively undisturbed, has faced ecological degradation due to tourism and infrastructure development. This plantation will restore wildlife habitats, mitigate the effects of siltation in Tsomgo Lake, improve aesthetic value, and provide local communities with sustainable livelihoods. Additionally, it will address pollution, recharge groundwater, and offer economic opportunities through fruit and timber sales, contributing to the region’s overall ecological and socio-economic development.

Trees for Himalayan Monasteries and Schools, Sikkim, India - This project implemented across Aritar, Sudunglakha, and Dalapchand Gram Panchayats in East Sikkim, focusing on reserve forests and lands associated with monastic and educational institutions. The project aims to enhance biodiversity, increase green cover, support carbon sequestration, reduce human-wildlife conflict, and provide rural employment. By planting native species like Rhododendron, Silver Oak, and Utish, the initiative helps restore degraded forests, protect wildlife habitats, and improve ecological health. This also promotes ecotourism and cultural conservation, leveraging the involvement of local religious and educational institutions to foster environmental awareness.

Trees for Ecotourism™, Gnathang, Sikkim, India - This project was implemented in the forest areas of Gnathang, located at the fringe of the Pangolakha Wildlife Sanctuary in Dzuluk, East Sikkim. This initiative aims to enhance biodiversity, promote ecotourism, improve wildlife habitats, increase green cover, and generate rural employment. The project addresses the challenges posed by unregulated tourism, human-wildlife conflict, and deforestation by planting native and ecologically beneficial tree species. These trees will help in carbon sequestration, provide sustainable resources for local communities, and support alternative livelihoods such as apiculture.

Trees for Himalayan Black Bear™, Fambong Lho Wildlife Sanctuary, Sikkim, India - The Trees for Himalayan Black Bear™ Project in Fambong Lho Wildlife Sanctuary, East Sikkim, addresses challenges such as habitat loss, human-wildlife conflict, and unregulated tourism. The project aims to enhance biodiversity, promote carbon sequestration, increase green cover, and reduce man-animal conflict by planting 25,000 mixed local trees. These trees will improve wildlife habitats, provide food sources for endangered species like the Himalayan Black Bear, and help mitigate climate change. Additionally, the project promotes ecotourism and generates rural employment, benefiting local communities while preserving the environment.

Trees for Red Pandas, Gnathang, Sikkim, India - The Trees for Red Pandas project in Gnathang, Pakyong, East Sikkim, aims to address critical threats such as habitat fragmentation, deforestation, human encroachment, and climate change, all of which endanger the Red Panda population. This species, listed as endangered, faces significant challenges in maintaining its fragile ecosystem. The project’s objective is to restore native vegetation, enhance biodiversity, improve wildlife habitats, and reduce human-wildlife conflict. The selected tree species will support the Red Panda's habitat by providing food, shelter, and corridors for wildlife movement, while also contributing to carbon sequestration and increasing green cover.

Tamil Nadu

Trees for Tribals®, Eastern Districts, Tamil Nadu, India - The Trees for Tribals® project, in Kancheepuram district, Tamil Nadu, seeks to address the socio-economic challenges faced by the Irula tribe, an indigenous community that relies on forest resources for their livelihood. The Irulas, who are vulnerable to weather-related disasters and socio-economic hardships due to limited access to resources and education, will directly benefit from this initiative. The project aims to restore forest ecosystems, which have been degraded by urbanization and deforestation, while providing the Irula community with sustainable income opportunities from tree produce such as fruits and timber. Through active involvement in tree plantation activities, including the preparation, transportation, and maintenance of saplings, the Irula people, particularly women, will gain employment and enhance their quality of life.

Trees for Slender Lorises™, Kudagipatti, Dindigul district, Tamil Nadu, India - The Trees for Slender Lorises™ project, implemented in Kudagipatti Gram Panchayat, Dindigul district, Tamil Nadu, aims to conserve the endangered Slender Loris by restoring their natural habitat and enhancing local biodiversity. Habitat destruction due to deforestation, agricultural expansion, and the replacement of native species with non-native ones like Eucalyptus has led to a significant decline in the Slender Loris population. This project focuses on planting native tree species such as Kumil, Pungam, Teak, and Guava, which are crucial for maintaining the canopy that Slender Lorises depend on for food and shelter. The project also addresses the broader ecological goals of carbon sequestration, increasing green cover, and improving wildlife habitats.

Trees for Coastal Ecosystems, Villupuram, Tamil Nadu, India - The Trees for Coastal Ecosystems project, implemented in Marakanam, Thalankaadu, and Muttukaadu villages in Villupuram district, Tamil Nadu, focuses on restoring the degraded mangrove forests of the Kazhuveli wetlands. This area, once home to thriving mangrove ecosystems, has suffered from human activities such as the establishment of salt pans and overfishing, leading to the destruction of its critical coastal habitat. The project aims to enhance biodiversity, increase green cover, mitigate disaster impacts like floods and cyclones, and prevent soil erosion by planting mangrove species. Mangroves are vital for protecting coastlines, supporting marine life, and acting as powerful carbon sinks, absorbing more carbon than typical trees.

Trees for Sacred Grove, Tamil Nadu The Trees for Sacred Groves project, implemented in Marakkanam village in Villupuram district, Tamil Nadu, aims to restore and protect the sacred forests of the area. These forests, traditionally revered for their spiritual, cultural, and ecological significance, are under threat due to urbanization, deforestation, and altered land use. The project focuses on planting trees of diverse local species to revitalize these sacred groves, ensuring the preservation of biodiversity and the continuation of cultural practices tied to the land.

Trees for Coastal Ecosystems, Chengalpattu, Tamil Nadu, India The Trees for Coastal Ecosystem project, implemented in Kulathoor and Thenpakkam villages of Chengalpattu district, Tamil Nadu, focuses on planting mangroves to restore coastal ecosystems, mitigate natural disasters, and enhance biodiversity. By increasing green cover, the project aims to reduce coastal erosion, protect communities from tsunamis and floods, and combat climate change through carbon sequestration. Additionally, it generates rural employment opportunities through nursery work, plantation, and maintenance. This initiative not only supports local livelihoods but also revitalizes vital mangrove habitats, contributing to environmental resilience and sustainable development for the region.

Trees+ for Coastal Ecosystems, Chengalpattu, Tamil Nadu, India The Trees+ for Coastal Ecosystem project in Kulathoor and Thenpakkam villages, Chengalpattu district, Tamil Nadu, focuses on restoring mangroves and introducing seaweed cultivation to protect against coastal erosion, enhance biodiversity, and support local communities. By planting mangroves, the project helps mitigate natural disasters like tsunamis and floods, while seaweed farming provides a sustainable income source. The + objectives combine mangrove restoration with seaweed farming, offering a self-sustaining livelihood model, boosting biodiversity, and promoting climate resilience.

Trees for Irulas, Thiruvallur, Tamil Nadu, India The Trees for Irulas project, implemented in nine villages of Poondi Taluk, Thiruvallur district, Tamil Nadu, aims to restore degraded ecosystems while supporting the Irula tribe, an indigenous community facing marginalization and poverty. By planting trees that provide fuelwood, fodder, and timber, the project addresses their livelihood needs. Additionally, the project generates local employment, particularly for women, who contribute to the planting, maintenance, and management of the trees, helping to improve their economic well-being.

Trees for Sacred Groves, Viluppuram, Tamil Nadu, India The Trees for Sacred Groves project, set in Marakkanam taluk, Viluppuram district, aims to plant trees in sacred groves, critical sites for biodiversity and cultural heritage. These groves, historically preserved for spiritual reasons, face threats due to deforestation, urbanization, and encroachment. This project seeks to restore these vital ecosystems, enhancing biodiversity, increasing green cover, and promoting carbon sequestration. Local species like Jamun, Narivizhi, and Mahua will be planted to restore the groves and support community needs. It also generates rural employment, offers additional income through timber and fruit, and reinforces cultural traditions, fostering sustainable forest management and community engagement.

Trees for Migratory Birds™, Viluppuram, Tamil Nadu, India The Trees for Migratory Birds™ project, implemented in the Viluppuram district of Tamil Nadu, focuses on planting trees near Devikulam and the Muthumariamman Temple. This initiative addresses the critical challenges faced by migratory birds, particularly habitat loss due to urbanization, agriculture, and wetland drainage. The project aims to enhance biodiversity, improve wildlife habitats, increase green cover, and support carbon sequestration. By planting bird-friendly species such as Arjun, Kadamba, and Mahua, it provides vital stopover and feeding grounds for migratory birds.

Trees for Farmers®, Krishnagiri, Tamil Nadu, India The Trees for Farmers® project in Krishnagiri district, Tamil Nadu, addresses critical agricultural challenges like groundwater depletion and soil degradation through agroforestry. By integrating trees into farmland, this project promotes soil fertility, reduces erosion, and improves water retention. A mix of 70% fruit trees and 30% timber trees has been selected to benefit both farmers and the environment. This initiative enhances biodiversity, provides shade, and helps recharge groundwater, improving agricultural productivity. The project also generates rural employment, with farmers and women involved in sapling preparation, planting, and maintenance, while supplementing incomes with timber and fruit once the trees mature.

Telangana

Trees for Villagers™, Adilabad, Telangana, India - The Trees for Villagers™ project in Telangana focuses on planting native saplings in community land around villages near Kawal Tiger Reserve in Adilabad district. This initiative aims to mitigate the impacts of drought, soil erosion, and water crises while also providing fodder for livestock, reducing man-animal conflict, and generating rural employment. The project targets the tribal communities dependent on forests, providing them with income opportunities through employment in tree planting, weeding, and forest protection.

Trees for Rural Communities™, Telangana, India - The Trees for Rural Communities™ project planted trees in six villages of Jayashankar Bhupalapally district, Telangana, to support forest-dependent communities like Gonds and Lambadas. The initiative aims to improve livelihoods by providing fruits and fuelwood, while addressing issues like soil erosion, water table depletion, and wildlife habitat loss. Native species like Guava, Tamarind, and Gulmohar are selected based on local needs. The project will also offer employment, involve the community in planning and maintenance, and contribute to climate resilience and biodiversity, aligning with the UN’s SDGs on Climate Action (SDG 13) and Life on Land (SDG 15).

Trees for Villagers™, Khammam, Telangana, India - The Trees for Villagers™ project in Arekodu village, Khammam district, Telangana, aims to support the local tribal communities, including Lambadas, through sustainable tree plantation. By planting native species, the project addresses soil erosion, groundwater recharge, and disaster mitigation, while increasing green cover. The initiative offers employment to the community, particularly women, by involving them in plantation and maintenance activities. It also provides income through the collection of fuelwood and non-timber forest products. The project will help mitigate the effects of drought and floods, improve agricultural productivity, and contribute to climate change solutions by absorbing CO2.

Trees for Communities, Khammam, Telangana - The Trees for Communities project in the villages of Khammam district, Telangana, aims to enhance biodiversity, increase green cover, and promote carbon sequestration. This project will not only help restore local ecosystems, which have been damaged by deforestation and agricultural activities, but also create new habitats for wildlife, including birds, reptiles, and small mammals. Additionally, the trees will provide economic benefits through fruit production and medicinal plants, contributing to the livelihoods of local villagers, especially women. The project will improve rural employment opportunities and offer supplementary income through non-timber forest products, fostering long-term community development.

Uttar Pradesh

Trees for Villagers™, Jhansi, Uttar Pradesh, India - The Trees for Villagers™ project in Bangra Block, Jhansi District, Uttar Pradesh, involves planting local trees in villages like Sakarar, Santpura, Budhwali, and Magarwara. The initiative aims to enhance biodiversity, improve soil conservation, and boost local employment. By planting species such as Chironji, Amla, Neem, and Mango, the project will restore degraded land, improve water retention, and support sustainable agriculture. It will also generate jobs, especially for women, and provide resources for the community, such as fodder and timber, while contributing to carbon sequestration and eco-tourism.

Trees+ for Villagers, Jhansi, Uttar Pradesh, India - The Tree+ for Villagers project in Jhansi District, Uttar Pradesh, focuses on enhancing water security and improving livelihoods by enlarging a local pond and planting trees. The pond's capacity will be expanded from 700,000 to 2,000,000 liters, providing year-round water for the community, especially during dry months. Trees like Amla, Mango, Neem, and Bamboo will support groundwater recharge, soil conservation, and provide resources like fodder and fruits for the community. The combined efforts will boost crop productivity, generate employment, and restore local ecosystems, addressing the region's chronic drought and resource scarcity. The Trees+ project represents the added focus on water conservation and improved agricultural productivity, making the project holistic by combining both tree planting and water management strategies.

Trees for Ram Bhoomi, Ayodhya, Uttar Pradesh, India - The Trees for Ram Bhoomi project aims to address the environmental challenges posed by increased tourism, particularly the pressure on local ecosystems and biodiversity. The objective is to enhance green cover, support biodiversity, mitigate air pollution, and promote sustainable environmental practices, benefiting both the community and the region’s wildlife. Ayodhya, renowned for its religious significance, has seen a dramatic rise in tourism, which has led to environmental strain. This project aims to offset the negative impact of this surge by planting trees that absorb carbon emissions, reduce air pollution, control soil erosion, and help replenish the groundwater table. The trees planted will also create habitats for the 68 bird species, some of which are threatened, thus preserving the area's biodiversity.

Trees for Farmers®, Carbon Neutrality Project, Uttar Pradesh, India - The Trees for Farmers®, Carbon Neutrality project in Sonbhadra district, Uttar Pradesh, faces challenges such as land degradation, climate change impacts like reduced rainfall, and the declining health of soils, which hinder local farmers' productivity. Additionally, there are financial barriers to achieving long-term sustainability. However, the project aims to restore ecological balance by planting trees, focusing on carbon sequestration, biodiversity enhancement, and the generation of carbon credits. The initiative also promotes socio-economic benefits by providing alternative income sources through fruit-bearing trees like Mango and Jackfruit, empowering local communities, especially tribal women. Through agroforestry practices, the project aims to sequester CO₂ and generate 11,000 carbon credits over 20 years, contributing to both global climate goals and the economic upliftment of rural farmers.

Uttarakhand

Trees+ for Himalayan Biodiversity, Nainital, Uttarakhand, India - The Tree+ for Himalayan Biodiversity project in the Kumaon region of Uttarakhand focuses on enhancing biodiversity, promoting ecotourism, and providing rural employment through the planting of native trees across 17 Van Panchayats. The initiative aims to combat deforestation, support wildlife habitats, improve soil health, reduce man-animal conflict, and boost groundwater recharge. By involving local communities, especially women, the project empowers them through sustainable forest management and resource use. Additionally, the trees planted will contribute to carbon sequestration, supporting the fight against climate change while enriching the local environment and economy.

Trees for the Himalayas, Haridwar-Dehradun, Uttarakhand, India - The Trees for Himalayas® project focuses on planting mixed local tree saplings across community lands in Haridwar and the Army cantonment zone in Dehradun, Uttarakhand. Aimed at enhancing biodiversity, combating climate change, and mitigating disasters like landslides, the project created rural employment opportunities, especially for women, and improve wildlife habitats. By providing sustainable forest resources and strengthening local livelihoods, it addresses the region’s reliance on forest products.

Trees for Ecotourism™, Mussoorie, Uttarakhand, India - The Trees for Ecotourism™ project in the Kyarkuli Bhatta Van Panchayat of Mussoorie, Uttarakhand, aims to enhance biodiversity, promote ecotourism, and provide sustainable livelihoods by planting native tree species. The initiative seeks to address the ecological strain caused by rapid tourism development, including waste management challenges and the depletion of natural resources. By involving local communities in tree planting and forest management, the project strengthens the 'Van Panchayat' system, offers rural employment, and enhances local habitats. The trees will help mitigate soil erosion, improve water retention, and sequester carbon, benefiting both the environment and the local economy.

Trees for Ecotourism™, Uttarkashi, Uttarakhand, India - The Trees for EcoTourism™ project in Barkot, Uttarakhand, aims to combat the challenges of water scarcity, loss of green cover, and rising temperatures by working with local communities to plant native trees and implement sustainable practices. With tourism in decline due to these environmental issues, the project focuses on restoring biodiversity, providing shade, and improving air quality through tree species like Oak, Himalayan Cedar, and Dwarf Bamboo. The initiative generates employment, especially for women, supports livestock with fodder, and aids groundwater recharge.

Trees for Ganga™, Uttarkashi, Uttarakhand, India - The Trees for Ganga™ project in Uttarkashi, Uttarakhand, focuses on planting trees along the banks of the Bhagirathi River, a tributary of the sacred River Ganga. This afforestation initiative aims to restore the river's flow, mitigate soil erosion, recharge groundwater, and improve local wildlife habitats. By planting trees, the project addresses climate challenges, including floods and droughts, while benefiting the environment and local communities. The trees will enhance water retention, provide essential resources like fodder and fuel, and generate employment. This effort plays a vital role in conserving the sacred Ganga River system and strengthening the resilience of vulnerable communities.

Trees for Leopards®, Nainital District, Uttarakhand, India- The Trees for Leopards® project in Nainital district, Uttarakhand, across the Van Panchayats of Okhalkanda, Ramgarh, and Dhari blocks. The initiative aims to enhance biodiversity, mitigate man-animal conflict, support wildlife habitats, and provide sustainable livelihoods for local communities. By restoring forest cover, the project helps reduce leopard-human encounters by creating safe spaces for leopards and their prey. The project also generates employment opportunities, especially for women, while promoting environmental conservation and community involvement.

Trees+ for the Himalayas, Nainital, Uttarakhand, India - The Trees+ for the Himalayas project implemented in 17 villages of Nainital and 6 villages of Almora in Uttarakhand, India. The project addresses several challenges such as deforestation, soil erosion, water scarcity, and the increasing human-wildlife conflict in the region. It seeks to enhance biodiversity, improve groundwater recharge, increase green cover, and provide sustainable resources for local communities. By planting native tree species like Amla, Banj, Bhimal, and Himalayan Mulberry, the project supports both ecological restoration and local livelihoods. The Trees+ initiative goes further by incorporating measures like contour terraces and recharge ponds, promoting sustainable agriculture, and empowering women and girls through education and community involvement, creating a holistic approach to development.

Trees for the Himalayas, Uttarkashi, Uttarakhand, India - The Trees for Himalayas® project in Uttarkashi, Uttarakhand, aims to enhance biodiversity, promote ecotourism, mitigate natural disasters, increase green cover, and reduce man-animal conflict. The region, once a hidden gem, faces climate challenges, including water scarcity and a loss of green cover, exacerbated by rising temperatures. By planting trees, we aim to restore soil stability, recharge groundwater, reduce erosion, and improve air quality. As the trees mature, their environmental benefits will multiply, contributing to the long-term health and resilience of the ecosystem.

West Bengal

Trees for Tigers®, Sundarbans National Park, West Bengal, India - The Trees for Tigers® project aims to enhance biodiversity, mitigate climate change, provide disaster protection, and reduce human-wildlife conflict, particularly with the endangered Bengal Tiger. By planting mangrove species such as Jat Baen, Kankra, and Garjan, the project helps protect and restore critical tiger habitats, provide shelter for wildlife, and improve local livelihoods by creating employment opportunities in the region. The initiative also addresses the threats of land erosion, rising sea levels, and the loss of mangrove cover, which are exacerbating climate change impacts and the displacement of communities in the Sundarbans. In addition, these trees will sequester carbon, reduce salinity, and provide non-timber forest products that contribute to local economies, making the project a crucial step in both conservation and community empowerment.

North Uganda, East Africa

Trees for Refugee Wellness, North Uganda, East Africa - The Trees for Refugee Wellness project, implemented in Arua District, Uganda, addresses environmental degradation caused by the influx of refugees from South Sudan. With 170,000 refugees in the Rhino Camp and Imvepi settlements, the overuse of local vegetation for fuel, building materials, and land clearance has led to significant deforestation, exacerbating resource scarcity and tensions with host communities. The project aims to restore the environment by planting trees, enhancing groundwater recharge, improving green cover, and reducing pressure on natural resources. It also generates rural employment, supports local schools with shade and fruit-bearing trees, and fosters sustainability and community resilience in the refugee settlements.

West Usambara, Tanzania

Trees for Colobus Monkeys, West Usambara, Tanzania - The Trees for Colobus Monkeys project in the West Usambara mountain ranges of Tanzania aims to address habitat loss and degradation caused by logging, agriculture, and firewood extraction, which threaten the Colobus monkey population and the region’s rich biodiversity. This initiative focuses on regenerating forests and enhancing the habitat for Colobus monkeys and other species. The project promotes biodiversity, carbon sequestration, and water conservation, while also providing essential resources for local communities. By involving villagers in tree planting, it generates employment, fosters sustainable practices, and strengthens conservation efforts.

Indonesia

Trees for Sunda Pangolins, Lela village, West Kalimantan Province, Indonesia - This project in Lela village, West Kalimantan Province, Indonesia, focuses on restoring habitat for the critically endangered Sunda Pangolin. These nocturnal, insectivorous mammals are heavily trafficked, and their survival depends on healthy forest ecosystems. By planting appropriate tree species, the initiative aims to provide vital foraging grounds and shelter for pangolins, enhancing their chances of survival. The project also contributes to broader biodiversity conservation and supports local communities through environmental education and sustainable land management practices.