A New Chapter in Forest Restoration

Every year, thousands of supporters help restore forests across North America by dedicating memorial and celebration trees. This year marks another exciting milestone.

We're proud to announce new Evertrack™ planting sites for the 2026–2027 planting season, expanding restoration efforts into forests recovering from wildfire, storms, habitat loss, and decades of environmental change.

Unlike traditional honorary tree planting programs, every Evertrack tree includes access to its planting location through interactive Google Earth maps, allowing supporters to see where their trees are growing.

Why These New Sites Matter

Each Evertrack project is selected because it provides meaningful conservation benefits, including:

• Native forest restoration
• Wildlife habitat improvement
• Watershed protection
• Carbon storage
• Biodiversity enhancement
• Long-term forest resilience

Once a treeplanting site reaches capacity, future trees move to the next restoration project or an adjacent restoration block.

For supporters hoping to become part of one of these inaugural forests, now is the opportunity.

2026–2027 Evertrack Planting Projects

Georgia

Glennville, Georgia

Bringing Mississippi's Forests Back to Life

Mississippi's forests have long shaped the state's economy, culture, and natural heritage. Stretching across landscapes influenced by the Mississippi River and its many tributaries, these forests provide critical wildlife habitat, support thousands of jobs, protect watersheds, and help store carbon for future generations.

In recent years, however, increasingly destructive wildfires have placed growing pressure on these valuable forest ecosystems. As wildfire activity intensifies, large areas of forest require active restoration to recover and continue providing the benefits that local communities and wildlife depend upon. In the Tombigbee National Forest region of eastern Mississippi, wildfire damage has left working forests in need of restoration. 

Today, reforestation efforts in Noxubee County, Mississippi are helping restore lands impacted by wildfire through the planting of native loblolly pine. By combining active forest management with ecological restoration, this project is rebuilding forest cover, supporting wildlife habitat, and strengthening the resilience of Mississippi's working forests.

A Forest Landscape Shaped by Fire and Recovery

Mississippi is home to one of the most productive forestry sectors in the United States, with forest-related industries supporting more than five percent of the state's workforce. Healthy forests provide timber, wildlife habitat, recreation opportunities, clean water, and countless environmental benefits.

While these forests remain a cornerstone of Mississippi's economy, they also face increasing threats from severe weather, drought, invasive pests, and wildfire. In recent years, wildfire activity across the Southeast has become more destructive, leaving behind damaged landscapes that require active management and restoration.

Following a wildfire, forestry professionals often conduct salvage logging operations to remove dead, dying, and heavily damaged trees. This process serves several important purposes:

• Recovering economic value from affected timber
• Reducing future wildfire fuel loads
• Improving site conditions for reforestation
• Supporting the long-term health of surrounding forests

Once these activities are completed, restoration crews begin the important work of re-establishing native forest cover.

Re-establishing Native Loblolly Pine

At the heart of this restoration effort is the planting of loblolly pine, one of the most important native tree species throughout the southeastern United States.

Loblolly pine grows quickly, adapts well to a wide variety of site conditions, and provides valuable habitat for numerous wildlife species. It also plays a critical role in stabilizing soils, improving water quality, and capturing atmospheric carbon as forests mature.

By re-establishing loblolly pine across wildfire-affected landscapes in Noxubee County, this project helps restore the structure and function of forests that support both local communities and regional biodiversity.

Over time, these newly planted forests will develop into thriving ecosystems that provide environmental, economic, and recreational benefits for decades to come.

Supporting Wildlife and Biodiversity

Healthy forests provide habitat for countless species of birds, mammals, reptiles, amphibians, and pollinators.

When wildfire damages large areas of forest cover, wildlife can lose critical nesting sites, food sources, and shelter. Reforestation helps reconnect fragmented habitats and accelerates the return of healthy ecological conditions.

As these new forests mature, they will once again provide habitat for many of Mississippi's native wildlife species while strengthening the biodiversity that makes southern forests among the most productive ecosystems in North America.

Restoration activities also improve habitat quality by creating healthier forest conditions that are better able to withstand future environmental pressures.

Building Resilience Through Active Forest Management

One of the most important aspects of this project is its integration of restoration with active forest management.

Working forests provide renewable resources while also delivering significant environmental benefits. Through sustainable forestry practices, damaged landscapes can be restored in ways that support wildlife, reduce future fire risk, improve ecosystem resilience, and maintain long-term forest productivity.

This approach demonstrates how carefully managed forests can contribute meaningfully to broader conservation goals while continuing to support local economies and communities.

Climate and Watershed Benefits

The benefits of reforestation extend far beyond the planting site itself.

As young loblolly pines grow, they absorb carbon dioxide from the atmosphere and store it within their wood, roots, and surrounding soils. These forests also help regulate water movement across the landscape, reduce erosion, and improve watershed health throughout the Mississippi River basin.

Key benefits of this project include:

• Carbon sequestration
• Wildlife habitat restoration
• Reduced erosion
• Improved watershed protection
• Reduced future wildfire risk
• Increased forest resilience
• Enhanced biodiversity
• Sustainable forest productivity

Together, these outcomes contribute to healthier forests and stronger communities throughout Mississippi.

Restoring Mississippi's Working Forests

The forests of Mississippi have always been a vital part of the state's identity. Through strategic reforestation efforts like this one in Noxubee County, damaged landscapes are being transformed into healthy, productive forests once again.

Every seedling planted helps restore habitat, strengthen ecosystem resilience, and ensure that Mississippi's forests continue providing benefits for generations to come.

By combining ecological restoration with sustainable forest management, this project demonstrates how reforestation can support both environmental recovery and long-term community well-being.

Explore the Restoration Area

Current planting efforts are taking place in Noxubee County, Mississippi, where wildfire-affected lands are being replanted with native loblolly pine to restore forest cover and wildlife habitat.

View the planting areas on Google Maps:

Restoring Alabama's Pine Forests: Replanting Native Trees in the Cahaba River Watershed

Bringing New Life to Alabama's Working Forests

Alabama's pine forests across the Bankhead and Talladega National Forests and surrounding private lands are central to wildlife habitat and the state's timber economy. Yet these forests face growing challenges from invasive pests, changing climate conditions, and increasing environmental stress.

Today, reforestation efforts in Bibb County, Alabama are helping restore native pine forests impacted by Southern Pine Beetle infestations. By planting thousands of native longleaf and loblolly pine seedlings, this project is rebuilding forest cover, improving wildlife habitat, and strengthening one of Alabama's most important forest ecosystems for future generations.

Located near the Cahaba River National Wildlife Refuge, these restoration efforts demonstrate how active forest management and ecological recovery can work hand in hand to create healthier, more resilient forests.

A Forest Under Pressure

Alabama's forests are among the most productive in the southeastern United States. The pine-dominated landscapes found throughout the region provide habitat for countless species while also supporting a significant timber economy.

One of the greatest threats facing these forests is the Southern Pine Beetle.

Although native to the southeastern United States, Southern Pine Beetle populations can periodically explode under favorable conditions. During severe outbreaks, beetles tunnel beneath the bark of pine trees, disrupting the flow of nutrients and ultimately killing large areas of forest.

Warmer winters have allowed beetle populations to remain active for longer periods throughout the year, increasing the frequency and severity of infestations. As a result, millions of pine trees across the Southeast have been lost to beetle activity.

When infestations occur, foresters often remove affected, dead, and dying trees through carefully managed harvesting operations. While this helps reduce future beetle spread and lowers wildfire risk, it leaves behind areas that require active restoration to return to healthy forest conditions.

Replanting Alabama's Native Pines

To restore these impacted landscapes, forestry professionals are planting a mix of native longleaf pine and loblolly pine throughout affected areas.

Loblolly pine is one of the most important tree species in the southeastern United States. Known for its rapid growth and adaptability, it provides valuable wildlife habitat while helping stabilize soils and capture atmospheric carbon.

Longleaf pine, once the dominant tree across much of the Southeast, supports one of North America's most biologically diverse forest ecosystems. Longleaf forests provide habitat for hundreds of plant and animal species and are renowned for their resilience to drought, fire, and changing environmental conditions.

Together, these native species help rebuild forest structure, increase biodiversity, and create more resilient ecosystems capable of withstanding future challenges.

View the Restoration Area

Current planting efforts are taking place in Bibb County, Alabama near the Cahaba River watershed, where native longleaf and loblolly pine seedlings are being planted to restore forest cover, improve wildlife habitat, and strengthen ecosystem resilience.

Project Coordinates: 33°06'47.5"N, 87°05'05.2"W

📍 Explore the planting area on Google Maps:

Planting Hope in the Forests Near Yosemite

Help Rebuild the Stanislaus National Forest After the Devastating Rim Fire

Just beyond the western gateway to Yosemite National Park, a new forest is beginning to emerge.

The mountains, forests, and watersheds that surround Yosemite are among the most beloved landscapes in North America, drawing millions of visitors each year to experience the beauty of California's Sierra Nevada. Yet many travelers are unaware that just outside the park's boundaries lies a landscape still recovering from one of the largest wildfires in California history.

In 2013, the Rim Fire burned more than 257,000 acres across the Stanislaus National Forest and surrounding Sierra Nevada, transforming vast stretches of native forest into a patchwork of charred trees and shrub-covered hillsides. More than a decade later, restoration efforts are helping this landscape recover.

Today, native conifers are being planted near Groveland, California, to restore wildlife habitat, improve water quality, capture carbon, and rebuild the diverse forest ecosystem that once thrived here. What was once a symbol of devastation is steadily becoming a story of renewal, resilience, and hope—one seedling at a time.

For those who love Yosemite and the Sierra Nevada, this project offers a unique opportunity to help restore the forests that define this extraordinary region and ensure they continue to thrive for generations to come.

The Rim Fire: One of California's Most Destructive Wildfires

In August 2013, an illegal campfire ignited what would become one of the largest wildfires in California history.

Known as the Rim Fire, the blaze burned more than 257,000 acres across the Sierra Nevada, including vast portions of the Stanislaus National Forest. Fueled by drought, heavy fuel loads, and extreme fire conditions, the fire spread rapidly across mountains, valleys, watersheds, and wildlife habitat.

While fire is a natural part of many western forest ecosystems, portions of the Rim Fire burned with unusual intensity.

In many locations, native conifer forests were so heavily damaged that natural regeneration became difficult. Instead of young trees returning to the landscape, dense shrub fields began to dominate large portions of the burn area.

Without active restoration, these areas can remain trapped in a cycle of brush growth and recurring wildfire for decades.

That's where reforestation becomes essential.

Restoring a Forest That Once Defined the Sierra Nevada

The Stanislaus National Forest is a mixed-conifer landscape where ponderosa pine, Douglas fir, incense cedar, and other native tree species have long shaped the forest alongside periodic fire.

Today, a multi-year restoration effort is underway to restore native forest cover across the Rim Fire burn area.

The goal is not simply to plant trees. It is to rebuild a functioning ecosystem.

As native seedlings become established, they will help:

• Restore wildlife habitat for birds, mammals, pollinators, and countless other species.

• Improve water quality by stabilizing soils and reducing erosion.

• Enhance biodiversity throughout the forest.

• Capture and store carbon in growing trees and forest soils.

• Reduce future wildfire risks by helping establish healthier forest conditions.

• Promote more natural and resilient fire cycles.

• Prevent shrub-dominated landscapes from replacing native forests.

Every tree planted helps move the forest one step closer to recovery.

Why Post-Wildfire Reforestation Matters More Than Ever

Across the American West, wildfires are becoming larger, more frequent, and more destructive.

Longer fire seasons, drought, rising temperatures, and changing climate conditions are placing enormous pressure on forests that once recovered more easily from wildfire.

Post-fire restoration plays a critical role in helping forests recover.

Reforestation helps prevent soil erosion, protect watersheds, restore wildlife habitat, support biodiversity, and improve resilience to future disturbances. It also supports local economies through forestry and restoration work while ensuring that future generations inherit healthy, functioning forests rather than degraded landscapes.

Planting a tree may seem like a small act, but when thousands of people come together, those seedlings become forests.

A Perfect Tree Planting Project for Yosemite Lovers

For many supporters, the most exciting part of this project is its location.

The Groveland restoration area sits just outside Yosemite National Park and within the same breathtaking Sierra Nevada landscape that has inspired millions of visitors from around the world.

If you've ever stood beneath Yosemite's towering pines, gazed up at granite cliffs, hiked through mountain forests, or watched sunlight filter through the trees, you understand why protecting this region matters. This makes the Rim Fire Restoration Project one of the most meaningful ways for Yosemite enthusiasts to give back.

By planting trees near Yosemite, you're helping restore the broader Sierra Nevada ecosystem that surrounds and supports the park. The forests, wildlife corridors, watersheds, and mountain landscapes extend far beyond Yosemite's boundaries, and their health is critical to the entire region.

For those who love Yosemite, this project offers a unique opportunity to leave a living legacy in the landscape that makes Yosemite possible.

Explore the Restoration Areas

One of the most exciting aspects of this project is that supporters can view the restoration areas themselves on Google Earth.

The 2025 replanting location is situated near the western entrance to Yosemite and within the Stanislaus National Forest landscape affected by the Rim Fire.

37.772864, -119.878706

Explore the area:

Restoring Forests After Wildfire: Verified Memorial Tree Planting in British Columbia

Wildfires have reshaped vast areas of British Columbia in recent years, leaving behind landscapes that need thoughtful, long-term restoration. In response, our verified memorial tree planting program is helping bring these forests back to life—while giving families a meaningful way to honor loved ones.

Through carefully managed reforestation projects across Nadina-Cheslatta, Bulkley-Nechako, Williams Lake, and the Nicola Valley, each tree planted represents more than a symbol—it’s part of a real, trackable effort to restore ecosystems impacted by wildfire.

Aerial maps courtesy of: veritree

A Living Tribute in BC Forests That Need It Most

British Columbia’s interior has experienced increasingly severe wildfire seasons, affecting millions of acres of forestland. These fires can damage soil structure, reduce biodiversity, and disrupt wildlife habitat.

By planting trees in these regions, our Canada division at A Living Tribute helps:

• Stabilize soils and reduce erosion
• Restore critical wildlife habitat
• Rebuild forest cover for long-term ecosystem health
• Capture carbon and support climate resilience

Each memorial tree designated for planting in BC contributes directly to these outcomes—turning remembrance into real environmental impact.

Nadina-Cheslatta & Bulkley-Nechako

These regions in central British Columbia have faced extensive wildfire damage in recent years. Reforestation here focuses on restoring native forest ecosystems that support diverse wildlife and watershed health.

Tree planting efforts help rebuild forests that are essential for species ranging from moose and black bear to migratory birds—while also protecting critical water systems.

Evertrack 2026: Track Your Trees from Seedling to Forest 🌿

Explore our latest verified memorial tree planting sites across the United States—where your tribute trees take root, grow, and restore forests in real, measurable ways.

California

In the wake of the Rim Fire, reforestation efforts on Stanislaus National Forest—just outside Yosemite National Park—focus on rebuilding fire-impacted landscapes. Native species such as pine and fir are carefully planted to restore forest ecosystems and stabilize the terrain.

Location: Stanislaus National Forest

Plant a Tree Tribute Card Guide

When you plant a tree in honor or memory of someone special, the tribute card helps share the meaning behind your gift. Our tribute cards notify recipients that trees have been planted in their honor while supporting reforestation projects across the United States and Canada.

In this guide, explore the tribute card styles from A Living Tribute and choose the tribute card that best reflects your message of remembrance, celebration, or appreciation.

Southern USA

Order this Tribute Card:

Replanting Texas: Inside Floodplain Reforestation Efforts

Texas has faced growing environmental challenges driven by severe flooding, prolonged drought, and land disturbances that have degraded critical river systems and floodplain ecosystems. In response, large-scale reforestation efforts across the region are working to restore native landscapes—starting where it matters most: along creeks, rivers, and floodplains.

Through the Central Texas Floodplain Reforestation Project, thousands of native trees are being planted across multiple counties, rebuilding riparian forests that play a vital role in stabilizing soils, improving water quality, reducing flood impacts, and supporting wildlife habitat for generations to come.

Rebuilding Forests Along Central Texas Waterways

Launched in 2019, the Central Texas Floodplain Reforestation Project focuses on restoring riparian buffer zones—the forested areas that line rivers, streams, and creeks. These areas have been heavily impacted over the past century by flooding, such as the May 2015 Blanco River flood.

By replanting native trees in these floodplain zones, the project is helping to:

• Stabilize streambanks and reduce erosion
• Filter stormwater runoff before it reaches waterways
• Improve groundwater recharge and watershed health
• Reduce flood impacts during heavy rain events
• Restore wildlife corridors across fragmented landscapes

These efforts span multiple counties across Central-South Texas, including Travis, Bastrop, Caldwell, Hays, Blanco, Burnet, Guadalupe, and Williamson counties.

A Network of Planting Sites Across Central-South Texas

Instead of being concentrated in one location, this initiative includes multiple planting sites across both public and private lands stretching from Austin to San Antonio.

• 2021–2022 projects included 16 planting sites across Texas 
• 2023-2025 efforts expanded to 11 additional sites across eight counties

These sites are strategically selected within 100-year floodplains, where restoring forest cover delivers the greatest environmental impact.

Plantings are typically designed as area reforestation projects, where trees are planted closely together (often less than 10 feet apart) to quickly establish canopy cover and rebuild full forest ecosystems.

Native Tree Species Driving Ecosystem Recovery

As part of floodplain reforestation efforts across Central and South Texas, a diverse mix of native tree species has been carefully selected to restore degraded riparian ecosystems and support long-term forest health.

These species are well adapted to the region’s climate and play a vital role in stabilizing soils after flood events, improving water quality along rivers and streams, and creating essential habitat for native Texas wildlife.

Species planted include:

• American sycamore
• Bald cypress
• Black willow
• Bur oak
• Cedar elm
• Eastern cottonwood
• Green ash
• Honey mesquite
• Pecan
• Sugar hackberry
• Texas red oak
• Western soapberry

This diverse tree mix helps rebuild natural forest structure along rivers and streams—creating resilient ecosystems that can better withstand flooding, drought, and other environmental stressors over time.

In addition to tree seedlings and saplings, some sites also incorporate:

• Native grasses and wildflowers to restore understory vegetation
• Locally collected woody seeds to strengthen the natural seedbank

At one site alone, over 8,000 native woody seeds were distributed to enhance long-term ecosystem resilience.

Scale of Impact: Tens of Thousands of Trees

The scale of these community tree planting efforts in Texas has been significant:

• 66,000+ trees planted across 40+ acres in early project phases
• 61,660 trees planted across nearly 62 acres in 2023 alone

All plantings are part of a long-term commitment, with projects designed to be maintained and monitored over a 26-year period to ensure survival, growth, and measurable carbon impact.

Why Texas Floodplain Reforestation Matters

Floodplain forests are among the most valuable—and most threatened—ecosystems in Texas. Reestablishing these forests delivers benefits that extend far beyond the planting sites themselves:

🌊 Flood Protection

Trees slow water flow, absorb excess rainfall, and reduce downstream flooding risks.

💧 Clean Water

Root systems filter pollutants and sediments before they enter rivers and aquifers.

🦌 Wildlife Habitat

Riparian corridors provide critical habitat for birds, pollinators, and other wildlife.

🌎 Climate Impact

These forests capture and store carbon, contributing to long-term climate solutions.

🌡️ Regional Cooling

Tree canopy reduces heat and improves local microclimates in surrounding communities.

Growing a More Resilient Future

Texas floodplain reforestation is more than just planting trees—it’s about rebuilding entire ecosystems from the ground up.

By restoring native forests along waterways, these projects are helping ensure:

• Healthier rivers and watersheds
• Stronger, more resilient communities
• Thriving habitats for future generations

And with tens of thousands of trees already in the ground—and many more to come—this work is creating a lasting, measurable impact across Texas.

Make an Impact of Your Own

You can be part of meaningful reforestation efforts like these.

Plant a tree in honor or memory of someone special and support real restoration projects that protect our forests, waterways, and communities for generations to come.

Restoring Montana’s Forests: Kootenai National Forest Reforestation

Supporting Forest Recovery in Northwest Montana

In 2021-2022, reforestation efforts in Montana’s Kootenai National Forest focused on restoring landscapes impacted by wildfire, timber harvest, and other canopy disturbances. By reintroducing native tree species and rebuilding forest structure, this project helped to ensure that the Kootenai remains resilient, healthy, and capable of supporting wildlife and local communities for our future generations.

Thanks to the support of our customers and 2021-2022 tree planting partners such as One Tree Planted and National Garden Clubs, we were able to contribute to meaningful reforestation across the northwest Montana region.

Project Overview

Impact at a Glance

• 193,565 trees planted
• 264.3 hectares restored (653+ acres)
• 3 native tree species planted

The primary goal of this tree planting project was to increase native tree species composition in alignment with the Kootenai National Forest’s long-term wildfire recovery plan. By restoring historically dominant species such as whitebark pine, these efforts strengthened forest health and improved resilience against future threats such as drought, pests, and wildfire.

The 2015 Marston Fire significantly impacted the Kootenai National Forest, removing critical stands of whitebark pine. This high-elevation species of tree plays a vital role in the ecosystem, providing important habitat and a key food source for wildlife such as grizzly bears and Clark’s nutcracker.

Where the Planting Took Place

Tree planting efforts were carried out across three key ranger districts within the forest:

• Rexford Ranger District – 28,200 trees planted
• Cabinet Ranger District – 93,300 trees planted
• Three Rivers Ranger District – 72,065 trees planted

These large-scale planting efforts restored hundreds of acres of fire and disease impacted land, helping re-establish native forest structure and biodiversity across the region.

Native Species Driving Forest Recovery

Three important native conifer species were planted as part of this project:

• Western white pine
• Western larch
• Ponderosa pine

These species were carefully selected for their ability to thrive in Montana’s climate and contribute to long-term forest resilience.

Western white pine plays a key role in biodiversity and watershed health, helping stabilize soils and support wildlife while acting as a valuable carbon sink. Western larch is a fire-adapted species that strengthens forest resilience and supports nutrient cycling in disturbance-prone environments. Ponderosa pine contributes to ecosystem stability and helps restore natural forest composition across the landscape.

Together, these species help rebuild a more diverse, resilient forest ecosystem capable of withstanding future environmental stressors.

Ecological Benefits

Reforestation in the Kootenai National Forest delivers far-reaching ecological benefits.

These efforts help:

• Accelerate natural forest regeneration
• Restore wildlife habitat and biodiversity
• Improve soil stability and reduce erosion
• Support long-term ecosystem resilience

The presence of remaining mature trees, combined with new plantings, creates a layered forest structure that supports a wide range of species—from birds and mammals to forest-dependent insects and plants.

Supporting Montana Wildlife and Natural Systems

By replanting native, early-successional species, this project helped re-establish natural ecological processes. As these newly planted forests grow, they will:

• Provide food sources through seeds and vegetation
• Create thermal cover and shelter for wildlife
• Support long-term habitat development

This kind of restoration ensures that forest ecosystems can recover not just visually—but functionally.

Community & Recreation Benefits

Beyond ecological impact, this planting project also supported the communities that depend on these forests.

The Kootenai National Forest offers more than 1,400 miles of trails for hiking, biking, horseback riding, and outdoor recreation. Reforestation helps maintain these landscapes by stabilizing trails, reducing erosion, and preserving the natural beauty that draws visitors to the region.

By restoring areas impacted by fire and forest management activities, this project supported sustainable tourism while strengthening both the land and the communities that rely on it.

A Lasting Impact

Projects like this play a critical role in ensuring the long-term health of our forests.

By restoring native species, rebuilding ecosystems, and supporting both wildlife and recreation, this work helped to ensure that Montana’s forests remain resilient for generations to come.

Plant a Tree in Montana

If Montana holds special meaning to you or someone you care about, you can be part of ongoing reforestation efforts.

Planting a tree in honor or memory of someone is a meaningful way to support real environmental impact while creating a lasting tribute that grows over time.