Silvador Climate Action
PROJECT ID: 4511
METHODOLOGY: VM0012
Improved Forest Management
Silvador Climate Action is a project dedicated to the preservation of 11 individual forests spanning the counties of Dambovita and Buzau in Romania. The objective is to achieve greenhouse gas (GHG) emission reductions and removals through the deferral of harvesting on these privately owned forests. The investors behind this initiative are Silvador Company and Forest Capital, both based in Romania and founded by local entrepreneurs passionate about nature.
Silvador Climate Action
REGISTRY:
CERTIFICATIONS:
Silvador Climate Action
PROJECT ID: 4511
METHODOLOGY: VM0012
REGISTRY:
CERTIFICATION:
Improved Forest Management
Silvador Climate Action is a project dedicated to the preservation of 11 individual forests spanning the counties of Dambovita and Buzau in Romania. The objective is to achieve greenhouse gas (GHG) emission reductions and removals through the deferral of harvesting on these privately owned forests. The investors behind this initiative are Silvador Company and Forest Capital, both based in Romania and founded by local entrepreneurs passionate about nature.
Project story
Our project also holds FSC and SDVISta certifications, meaning we can offer corporations seeking to offset their emissions and achieve their ESG goals, high-quality carbon credits that deliver real impact.
We are a dedicated group of local Romanian investors, united by our profound respect for the environment and our shared commitment to sustainable investment. Our focus lies in natural capital, harnessing the abundant resources provided by nature itself, with a special emphasis on our nation’s vast and beautiful forests.
Understanding the immense value of these woodlands not only as a source of timber but also as a priceless reservoir of biodiversity and a crucial carbon sink, we have developed a pioneering forest carbon project. This initiative acknowledges that forests are an irreplaceable asset, playing a vital role in the global fight against climate change.
As local investors, we are intimately aware of the regional environmental and socio-economic conditions, leveraging this knowledge to maximize the potential of our investments. We also believe in forging strong relationships with local communities, supporting them to maintain their traditional ways of life, all while enabling them to benefit from the new opportunities emerging from the growing carbon market.
Project area
Our forest carbon project is rooted in the sublime landscapes of Romania’s Subcarpathian region, specifically within the verdant expanses of Dâmbovița and Buzău counties.
These areas, blessed with rich biodiversity and stunning natural beauty, offer the perfect setting for our sustainable investment endeavor.
As part of our long-term strategy, we plan to expand our forest carbon project to other properties we own in different counties across Romania. Our vast land holdings give us the unique opportunity to implement sustainable forest management practices on a large scale, amplifying the beneficial impacts of our project.
Project gallery
Carbon sequestration
The Silvador Climate Action will reduce net GHG emissions through the elimination of harvesting in the project area, thereby converting logged forests to protected forests.
The project area is a forest ecosystem with an abundance of fauna and plants that can help a carbon-based initiative by increasing the overall carbon sequestration potential of the forest. Trees and plants absorb carbon dioxide from the atmosphere during photosynthesis, converting it into organic carbon compounds that are stored in the plant’s tissues. This process is a natural way of reducing the amount of carbon dioxide in the atmosphere and is known as carbon sequestration.
By stopping timber harvest within the project area, an estimated 374.552 tonnes of carbon dioxide equivalent (tCO2e) will be reduced from the atmosphere during the life of the project.
Tree species distribution
The forest land within the Silvador Climate Action is a thriving mosaic of mixed hardwood species, creating a rich tapestry of biodiversity. This diversity is not just crucial for maintaining the resilience of local ecosystems but also enhances the land’s capacity for carbon sequestration.
Hardwood forests are particularly effective at storing carbon dioxide, as these trees typically have a higher wood density and can sequester carbon over longer lifespans.
The mixed species composition ensures a robust and resilient forest structure, providing vital habitats for wildlife and safeguarding the health of the forest.
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Tree species age
Explore the Silvador Climate Action’s forest, an ecological network where the dendrochronology tells a story of strategic carbon sequestration. Here, a succession of trees from burgeoning saplings to stately 70-year-old oaks creates a dynamic carbon sink. The diversity in tree age is scientifically significant; juvenile trees exhibit rapid carbon assimilation, while mature trees present a sustained carbon storage mechanism due to their extensive biomass.
This stratified age structure ensures optimal carbon capture across the forest’s lifecycle, bolstering ecosystem resilience and contributing decisively to climate change mitigation. Witness a living laboratory where every ring and root is part of a calculated approach to a sustainable future.
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No Data Found
Tree species age
Explore the Silvador Climate Action’s forest, an ecological network where the dendrochronology tells a story of strategic carbon sequestration. Here, a succession of trees from burgeoning saplings to stately 70-year-old oaks creates a dynamic carbon sink. The diversity in tree age is scientifically significant; juvenile trees exhibit rapid carbon assimilation, while mature trees present a sustained carbon storage mechanism due to their extensive biomass.
This stratified age structure ensures optimal carbon capture across the forest’s lifecycle, bolstering ecosystem resilience and contributing decisively to climate change mitigation. Witness a living laboratory where every ring and root is part of a calculated approach to a sustainable future.
Forest natural growth
Nestled within the lush expanse of the Silvador Climate Action, trees grow at a pace dictated by the timeless rhythm of nature. Here, in a land free from the haste of human intervention, each tree embarks on its destined path from a young sapling to a sovereign of the canopy. This gradual and natural growth cultivates a forest with a resilience and robustness vital for long-term carbon storage.
These intrinsic growth cycles are the heartbeat of the forest’s vitality, ensuring a harmonious and sustainable habitat. Each species, from the regal oak to the discreet underbrush inhabitants, flourishes within its unique role in the ecosystem. Such deliberate growth not only serves as an effective carbon sink but also reinforces the forest’s defenses against the adversities of climate variability, diseases, and severe weather patterns.
Biodiversity and project impact
The project was implemented for 11 individual natural-mixed forests with an abundance of fauna and plants that form a highly diverse natural ecosystem.
SPECIES IN A FOREST
A diverse range of plant and animal species in a forest ecosystem can promote healthy soil, which in turn increases the ability of the soil to sequester carbon. Healthy soils are able to store more carbon because of their high organic matter content, which comes from decomposing plant and animal material.
Furthermore, the presence of certain plant species can also enhance carbon sequestration. For example, some tree species have a higher carbon sequestration potential than others due to their growth rate and ability to store carbon in their tissues for long periods.
By implementing sustainable forest management practices, we ensure that the forest is managed in a way that protects and enhances biodiversity.
HEALTHY FORESTS
Biodiversity is an essential component of healthy and thriving forests, and it’s an important focus of the Silvador Climate Action. The forestland included in the project is home to a diverse array of plant and animal species, ranging from the towering trees that provide a canopy for the forest floor to the tiny insects that live in the soil.
Some of the species that can be found in our forest include bears, wolves, lynx, and deer, as well as smaller mammals like foxes, badgers, and squirrels. There are also numerous bird species, including owls, and hawks.
The forest is home to a variety of tree species, including oak, beech, and hornbeam, as well as many shrubs, wildflowers, and other plants, providing habitat and food for many of the animals that live there.
Trees
OAK TREES
Also known as German chamomile, it is a medicinal herb commonly found in the Subcarpathian forests of Romania. It has small, white flowers and a pleasant, fruity aroma. The dried flowers of chamomile are often used to make tea, which is known for its calming and soothing properties. In addition to its use as a tea, chamomile has also been traditionally used to treat digestive issues, anxiety, and skin irritations.
HORNBEAM TREES
Hornbeam is a deciduous tree species that plays a significant role in the biodiversity of the Subcarpathian forests. Its dense and bushy crown provides shelter and food for a variety of wildlife species, such as birds and insects.
BEECH TREES
Beech trees (Fagus sylvatica) are another important species found in the forestland included in the project. These trees can reach up to 40 meters in height and can live for several centuries. They play a significant role in the carbon sequestration process, as they can store large amounts of carbon in their biomass and soil.
BIRCH TREES
Birch trees (Betula spp.) are a common deciduous tree species found in the Subcarpathian forests. They are known for their distinctive white bark, which peels off in thin, papery sheets. Birch trees play an important role in carbon sequestration, as they are capable of storing significant amounts of carbon in their biomass and in the soil.
Flora
MATRICARIA CHAMOMILLA
Also known as German chamomile, it is a medicinal herb commonly found in the Subcarpathian forests of Romania. It has small, white flowers and a pleasant, fruity aroma. The dried flowers of chamomile are often used to make tea, which is known for its calming and soothing properties. In addition to its use as a tea, chamomile has also been traditionally used to treat digestive issues, anxiety, and skin irritations.
WILD
GARLIC
Also known as Allium ursinum, it is a perennial herb that grows abundantly in the understory of the forests in the Subcarpathians region of Romania. Its leaves and bulbs are edible and have been used for culinary and medicinal purposes for centuries. In addition to its culinary and medicinal uses, wild garlic also plays an important ecological role as it provides habitat for various insects and wildlife. Our forest initiative aims to protect and preserve the natural habitat of wild garlic and other flora species in the region, to ensure the long-term survival of these valuable plants.
PULMONARIA OFFICINALIS
The genus name comes from the Latin pulmo meaning lung and was first used by Leonhart Fuchs (1501–1566), a German physician and one of the three founding fathers of botany. The species was named officinalis by Carl Linnaeus for the medical properties of these plants, used since the Middle Ages to treat coughs and diseases of the chest, because of the doctrine of signatures whereby Christian doctors believed that plants that resemble any body part could be used to treat illnesses in this part since God put his signature in the plant to guide mankind.
PEONY
Protected species
Paeonia triternata, also known as the three-leaf peony, is a flowering plant species found in the subcarpathian forests of Romania. It is a medicinal plant that has been traditionally used in herbal medicine to treat various ailments such as menstrual cramps, inflammation, and infections.
In the context of the carbon sequestration initiative in the subcarpathian forests, the presence of Paeonia triternata highlights the importance of preserving biodiversity in the area. The plant provides habitat and food for various species, including pollinators such as bees and butterflies.
BELLFLOWER
Campanula napuligera, also known as the Carpathian bellflower, is a species of bellflower endemic to the Carpathian Mountains, including the Subcarpathians region of Romania. It is a delicate plant that requires specific conditions to thrive, and its presence is an indicator of a healthy and diverse ecosystem. By preserving the natural environment of the Subcarpathians, we are helping to ensure the continued existence of this beautiful and important plant species.
BILBERRY
Vaccinium myrtillus, commonly known as bilberry, is a species of shrub that is native to the forests of Romania. The plant produces small, blue-black berries that are packed with antioxidants and other beneficial nutrients. Vaccinium myrtillus plays an important role in promoting biodiversity and supporting the ecosystem of the forest. The shrub provides food and habitat for a variety of animals, including birds and small mammals, and its presence helps to maintain the health and productivity of the forest ecosystem.
SNOWDROP
Galanthus nivalis, commonly known as snowdrop, is a small, white flowering plant that grows in the Subcarpathian forests of Romania. It is an early spring bloomer, often seen poking through the snow, and is considered a symbol of hope and renewal. In addition to its beauty, snowdrop has medicinal properties and has been used for centuries to treat various ailments such as headaches, fevers, and respiratory infections.
HELLEBORE
Campanula napuligera, also known as the Carpathian bellflower, is a species of bellflower endemic to the Carpathian Mountains, including the Subcarpathians region of Romania. It is a delicate plant that requires specific conditions to thrive, and its presence is an indicator of a healthy and diverse ecosystem. By preserving the natural environment of the Subcarpathians, we are helping to ensure the continued existence of this beautiful and important plant species.
ST. JOHN'S WORT
The first medicinal herb found in Romanian forests is the St. John’s Wort (Hypericum perforatum), which has been used for centuries for its medicinal properties. It is believed to have anti-inflammatory and antibacterial effects, as well as being used as a natural antidepressant. The plant contains hypericin, a natural chemical compound that is responsible for its therapeutic effects, and it can be found in the form of capsules, tinctures, teas, and creams. It is a popular natural remedy for treating various ailments, including depression, anxiety, and nerve pain.
BOLETUS EDULIS
Boletus Edulis, commonly known as the “King Bolete” or “Porcino,” is a highly prized and sought-after mushroom that grows in the forests of the Subcarpathians. This species is known for its delicious taste and nutritional value, and has been an important food source for local communities for centuries. As part of our forest initiative, we are working to promote the growth and protection of Boletus Edulis and other edible mushroom species by implementing sustainable forest management practices.
Fauna
BROWN BEARS
The brown bear (Ursus arctos) is an iconic species that is highly representative of the Silvador Climate Action forest carbon project due to its presence in the project’s forest land. As an apex predator, the brown bear plays a vital role in maintaining the ecological balance of the forest ecosystem. By protecting the habitat of the brown bear, the project is also protecting the habitats of other species that coexist with this keystone species. Moreover, brown bears require large, contiguous areas of forest to survive, making their presence a sign of healthy and connected forest ecosystems.
RED DEER
These iconic species rely on the forest land of the carbon project for their habitat, making them an essential component of the forest ecosystem. Their presence in the project’s forest land is a sign of the forest’s ecological health and integrity. As herbivores, red deer and roe deer or Cervus elaphus play a crucial role in maintaining the balance of the forest ecosystem by helping to control plant growth and promoting biodiversity. Moreover, their survival depends on the availability of suitable habitat, which in turn, requires the protection of the forest and its resources.
URAL OWL
The Strix Uralensis, commonly known as the Ural owl, is the most representative owl species for the Silvador Climate Action forest carbon project. This is because the Ural owl’s habitat can be found within the project forest land, making it an indicator species for the forest’s health and biodiversity. The Ural owl is also a good indicator of forest ecosystem stability, as it requires a mix of mature and old-growth forests to thrive.
This includes preserving old-growth forest patches that are important nesting sites for owls and ensuring that the forest is managed in a sustainable manner that supports the prey species of owls.
ROE DEER
The roe deer (Capreolus capreolus) stands as a symbolic species within the Silvador Climate Action forest carbon project, embodying its significance in the project’s forested landscapes. As a key herbivore, the roe deer plays a vital role in shaping the biodiversity and ecological dynamics of the forest ecosystem. Preserving the habitats crucial for roe deer sustenance also ensures the well-being of various species cohabiting with this essential animal. Furthermore, roe deer thrive in expansive, interconnected forest environments, making their presence a testament to the health and connectivity of the broader forest ecosystems under the project’s care.
Impact beyond carbon - Climate Benefits
The Silvador Climate Action contributes significantly to the achievement of several UN Sustainable Development Goals (SDGs):
Investing in verified emission reduction units from Silvador Climate Action does more than just offset carbon footprints—it aligns companies with broader ESG strategies and amplifies their business standing. By contributing to multiple UN Sustainable Development Goals, companies showcase their commitment to not just environmental stewardship, but also social responsibility and economic sustainability. This proactive engagement with global benchmarks not only helps in building a resilient brand reputation, but also enhances stakeholder trust, opens up avenues for sustainable growth, and positions businesses at the forefront of corporate responsibility. In a market where consumers and investors increasingly favor businesses with strong ESG credentials, the strategic purchase of emission reductions from projects like ours is an investment in a company’s future as much as it is in the planet’s.
RESPONSIBLE CONSUMPTION AND PRODUCTION
Silvador is at the forefront of advancing sustainable forest management, ensuring that our natural resources are utilized with care and consideration for future generations.
We engage and enlighten local communities with targeted educational initiatives, fostering a culture of sustainability that curtails waste and safeguards our resources.
CLIMATE
ACTION
The primary goal of our initiative is to take a proactive stance against climate change. We concentrate on reforestation and the preservation of forests as potent strategies for carbon sequestration.
This approach is in direct synergy with the objectives of Sustainable Development Goal 13, targeting decisive climate action.
LIFE
ON LAND
Silvador Climate Action is dedicated to the vigilant protection and rejuvenation of forest ecosystems, underscoring the critical importance of biodiversity and the protection of vulnerable species.
In partnership with community stewards, Silvador Climate Action stands as a bulwark against deforestation, ensuring the sanctity of our forests and the myriad of life they support for generations to follow.
Verified carbon units
Silvador Climate Action stands as a vital catalyst in the transition towards a more sustainable future, generating verified carbon units that represent tangible climate action. These units are available for purchase by forward-thinking companies committed to reducing their carbon footprint and making a meaningful difference in the fight against climate change.
Each purchase of our verified carbon units is not merely a transaction; it’s an investment into the continued vitality of our project.
Our carbon units that are distinguished by their high quality, ensuring that companies investing in climate responsibility get the utmost value and integrity. Each carbon unit is a result of rigorous sustainability practices, adherence to strict verification standards, and a steadfast commitment to environmental excellence.
Our carbon units undergo stringent assessments to meet international standards for carbon accounting and verification processes. This means that when companies choose to purchase from us, are assured that their contributions are based on measurable, real-world impact against global carbon emissions.
The quality of Silvador’s carbon units is further enhanced by the added ecological and social benefits inherent in our approach. Beyond carbon sequestration, our units embody the preservation of biodiversity, the protection of habitats, and the support of local communities. This multifaceted impact ensures that each unit represents a comprehensive contribution to both the environment and societal well-being.
Project partners
FAQs
Silvador Climate Action was implemented by acquiring and protecting 1,538 hectares of natural forest in Romania and implementing the advanced forest management methodology VM0012, devised by the VERRA organization.
You can find more information about the project by accessing the following link.
VERRA was founded in 2007 by environmental and business leaders who recognized the need for higher quality assurance in voluntary carbon markets. They now manage the world’s largest voluntary carbon market program, the Verified Carbon Standard (VCS), along with a suite of other programs, incubating new ideas to generate significant social and environmental value at scale and promoting the use of these programs globally. VERRA also sets global standards for climate and sustainable development actions.
Carbon credits are used to offset emissions and achieve ESG (Environmental Social Governance) goals. They represent an innovative solution for corporations aiming to reduce their carbon footprint through emission offsetting.
The forest owners are Forest Capital SRL and Silvador Company SRL, both owned by Romanian individuals.
The project and the issuance of carbon credits run for a period of 30 years.
The project encompasses 11 individual natural-mixed forests, characterized by rich fauna and flora, forming an extremely diverse natural ecosystem.
Forests are monitored using advanced technologies such as drones, terrestrial laser scanning, and satellite imagery, all integrated into GIS (Geographic Information System) systems. These technologies enable precise forest mapping, digital inventory, and detailed 3D analysis for efficient and sustainable forest resource monitoring.
Carbon credits can be purchased by corporations interested in holistically achieving their ESG goals by supporting a project that contributes to multiple Sustainable Development Goals (SDGs). This investment not only helps combat climate change but also strengthens their commitment to social responsibility and the environment.
The Sustainable Development Goals (SDGs) aim to transform our world. They are a call to action to end poverty and inequality, protect the planet, and ensure that all people enjoy health, justice, and prosperity.
Learn More
Our forest carbon capture project is rooted in the sublime landscapes on the edge of the Carpathian Mountains in Romania, specifically in the hilly areas of Dâmbovița and Buzău counties.
The project offsets a total of approximately (12,082 tons/year × 30 years) 374,552 tons of CO2 over a period of 30 years.
Get in touch
Reach out to us if you are interested in offsetting your emissions.
