A recently clearcut area with dense new growth looks colorful in the fall.

Massabesic Forests & Fire

Visualizing the interactions between the forests, people, and fire in the Massabesic region.

Massabesic Region Community Wildfire Protection Plan

A Community Wildfire Protection Plan (CWPP) is a collaboratively developed document project that prioritizes hazardous fuel reduction treatments to protect at-risk communities and essential infrastructure from wildfire.

A forest of well spaced mature trees has small, young trees growing amongst them.
A forest of well spaced mature trees has small, young trees growing amongst them.
A forest of well spaced mature trees has small, young trees growing amongst them.
A forest of well spaced mature trees has small, young trees growing amongst them.
A forest of well spaced mature trees has small, young trees growing amongst them.
A forest of well spaced mature trees has small, young trees growing amongst them.

The CWPP project area includes the York County, Maine towns of Hollis, Waterboro, Alfred, Lyman, and Kennebunk.

The Massabesic region encompasses a mix of forested and developed lands. The region has large amounts of wildland-urban interface (WUI). The forested lands are a mix of private, state, federal, and conservation ownerships.

Several popular recreation areas are located in the region, including Massabesic Experimental Forest, Kennebunk Plains, Alewives Woods Preserve, Shaker Woods Preserve, and the Shrine Trail, among others.

This map shows the locations of important infrastructure within the Massabesic CWPP.

Wildland-urban interfaces (WUI) are areas where wildlands and human development meet. The project region contains significant WUI and firefighting challenges. The Massabesic Region CWPP project will create safer conditions by reducing fire risks in the region and protecting the surrounding communities. The project will identify priority treatment areas, potential wildfire danger areas, and mitigation strategies.

Wildfire Risk in the Massabesic Region

A hazardous fuel reduction demonstration project is ongoing at the Kennebunk Plains Wildlife Management Area managed by the Maine Department of Inland Fisheries and Wildlife (MDIFW). The area contains highly volatile fuels adjacent to neighborhoods and is a popular recreational area. MDIFW, with The Nature Conservancy (TNC), conducts prescribed burns and mechanical fuel reduction as part of ongoing management. Continued fuel reduction, firebreak construction, and prescribed fire planning and implementation will occur in strategic locations. Activities will include crown fire reduction on at least 25 areas, mastication, and prescribed fire implementation on 50 acres.

A map of the Massabesic region shows modeled crown fire activity.

This map shows modeled crown fire, or the areas where forest canopies are likely to burn under specific wildfire conditions within the CWPP project area. The conditions modeled here were based on conditions present during the 2018 Branch Brook Wildfire.

Massabesic Experimental Forest

An information board stands at the entrance to the Massabesic Experimental Forest.

Massabesic Experimental Forest Entrance

Located centrally within the focus area of this project, the USDA Forest Service (USFS) Massabesic Experimental Forest is a focal location for the CWPP. Due to dense forest conditions, the fire risk in this area is much greater. The partners working together through the CWPP will help revitalize the forest and decrease wildfire risk in the region.

Two people look at a map on a table inside a building.

Mariko Yamasaki (left), United States Forest Service, and Amanda Mahaffey (right), Forest Stewards Guild, examine region maps and discuss management goals.

Careful planning will mitigate these risks.

The Massabesic Experimental Forest managers have several considerations when it comes to wildfire:

  • Dense forests provide a fuel source for wildfires to spread
  • ATV engines spark and can ignite wildfires
  • Residential development entwined with the forest is at risk in the event of a wildfire
Three people stand in a circle talking on a forest road.

From left to right, Jon Janelle (USFS), Mariko Yamasaki (USFS), and Amanda Mahaffey (The Guild) discuss the challenges and potential for management at the Massabesic Experimental Forest.

Forest Density

One canopy is open with blue sky. The other canopy is dense and does not show the sky.

Forest with approximately 50% canopy cover compared with a forest with approximately 100% canopy cover.

Closed canopies can be important for some wildlife species, especially in winter, but a continuous forest with closed canopy cover increases wildfire risk. Fire can climb up a tree, often assisted by mid-story branches and snags called ladder fuels. When the fire reaches the top of a tree, it's called a crown fire. A closed canopy, 100% canopy cover, can enable a crown fire to spread more quickly. There are no gaps to jump, just continuous fuel sources. Maintaining gaps in forest canopies is crucial to decreasing the likelihood of crown fires spreading.

In addition to helping prevent fire spread, canopy gaps can promote forest regeneration and habitat for various wildlife species.

One forest has dense trees with no young trees. The other forest is open with many young trees.

Even-aged, dense forests with nearly complete canopy cover within the Massabesic Experimental Forest compared to a neighboring property with trees that are more widely spaced, uneven-aged, and have gaps in the canopy.

The Massabesic Experimental Forest is predominatley even-aged, dense, and has near-complete canopy cover. The forest also has an abundance of snags (dead standing trees), logs, branches, and sticks that fuel fires.

With so much available fuel and continuous canopy cover, an out-of-control wildfire could develop rapidly in a forest like the Massabesic. However, we can create a healthier forest condition by using a combination of mechanical thinning and controlled, low-intensity burns, also known as prescribed fires. These treatments help reduce the forest's vulnerability to wildfire.

All Terrain Vehicles (ATVs)

A sign on a fence that blocks the road describes road restrictions.

ATV use is restricted in the Massabesic Experimental Forest to protect wildlife habitat, infrastructure, and other resources. Unfortunately, ATVs also add to wildfire risk.

ATV riding is a popular recreation activity that allows users to explore trails through the woods. Riders often utilize old logging roads and skid trails throughout a forest. However, accidental fires can start when ATVs spark randomly. Since trails are often narrow, sparks that land in dry brush can start a small fire capable of growing into a large wildfire. When considering the safety of nearby communities, restricting ATV use is an essential tool.

Fire-adapted Landscapes

Waterboro Barrens Preserve

The Waterboro Barrens features a pitch pine-scrub oak woodland. This rare habitat depends on fire to persist. Fire can create ideal conditions for pitch pine and associated species to regenerate. If fires don't occur regularly, this rare habitat would transition into an oak-pine type forest common throughout the region. Many wildlife and plant species depend on these habitats, including several rare species.

Jon Bailey, a land steward at The Nature Conservancy, and a trained burn boss, leads a fire education event at the Waterboro Barrens.

Kennebunk Plains Preserve

The Kennebunk Plains are a unique habitat type. Like the Waterboro Barrens, rare plants and wildlife depend on this habitat to survive. A hazardous fuel reduction project that uses mechanical treatments and prescribed fire is being implemented to maintain this habitat. This project will see 143 acres burned, 27 acres of canopy thinning, and 436 acres both mechanically treated and burned (explore the map below). These burning and thinning activities will ensure habitat conservation needed to sustain a diverse mix of plants and wildlife.

Daniel Hill, a wildlife biologist with the Maine Department of Inland Fisheries and Wildlife, and Jon Bailey discuss management practices at the Kennebunk Plains Wildlife Management Area.

Kennebunk Plains Treatment Plan: Click on each treatment area to learn about what the managment plan is for the area.

Fire-adapted Wildlife

Sandplains and pine barrens host unusual and diverse wildlife communities. Many rare and endangered species of birds, reptiles, and insects make their home in these landscapes. Many are fire-adapted, meaning they use habitat created by frequent, low-intensity fires that maintain their preferred early successional habitat conditions.

Specialized bird species, such as the Grasshopper Sparrow and Upland Sandpiper, found in sandplains depend on large, dry, open grasslands for nesting each season. Controlled burns in pine barrens create bare ground nesting habitat for birds like Whip-poor-wills and Common Nighthawks. The regrowth of scrub oak and gray birch provide habitat for shrub loving birds like Eastern Towhees and Prairie Warblers. The endangered Northern Black Racer snakes require large areas of unfragmented early successional habitat to thrive. Several specialized butterflies and moths use sandplains and pine barrens, including the Edward’s Hairstreak and Broad Sallow.

Without periodic low-intensity controlled burns, the wildlife associated with these rare habitats would not have the habitat they need to survive.

Images (left to right, top to bottom): Vesper Sparrow, photo by Marion Sprague, Maine Young Birders Club; Sleepy Duskwing, photo by Will Cook; Black Racer Snake, photo by Derek Yorks, Maine Department of Inland Fisheries & Wildlife; Eastern Meadowlark, photo by Fyn Kynd; Edward’s Hairstreak, photo by Bryan Pfeiffer; Grasshopper Sparrow, photo by Fyn Kynd; Horned Lark, photo by Fyn Kynd; Leonard's Skipper, photo by Bryan Pfeiffer.

The Plan

A group stands in a parking area listening to a man presenting.

2021 Waterboro meeting for Massabesic Region CWPP

A Community Wildfire Protection Plan (CWPP) takes partners coming together. Scoping meetings involve key partners, including fire departments, federal agencies, state agencies, county government, non-profits, wildlife groups, lake associations, large private landowners, and user groups. Many action items for the Massabesic CWPP have developed in preliminary conversations. The plan is developed collaboratively and prioritizes hazardous fuel reduction treatments to protect at-risk communities and essential infrastructure from wildfire.

Active wildfires and prescribed burns in pine barrens and grasslands.

The project includes the development of a Rural Water Supply Plan, which will be part of the final plan and highlight needs across the project area. The plan will include: a regional water availability/deficit assessment, community goals and strategies, site prioritization, site surveys and engineering assessments at priority sites, and treating and maintenance requirements. In addition, dry hydrants will be installed at three priority sites identified in the plan with 2% drought certification.

A fire fighter speaks on a radio on a mountain side looking towards a helicopter carrying a large water bucket.

A wildland firefighter communicates over radio while watching a helicopter transport a bucket of water for release over an active wildfire.

The project also includes firefighter training to improve wildland firefighting capabilities in the Massabesic Region. The project area contains wildland-urban and isolated interfaces with limited access and water availability. Training will include a combination of National Wildfire Coordinating Group (NWCG) courses and WUI/rural firefighting classes. Local fire departments will also receive 5 rotating seats at the  Maine Prescribed Fire Training Exchange (TREX)  happening in Fall 2022 to build wildland fire skills.

The CWPP's long term investment is in identifying continuing needs; including support for:

  • Firefighting, both structural and wildland
  • Community education, especially for local residents
  • Training and resource sharing with good communication (mutual aid) between fire departments, federal agencies, state agencies, county government, non-profits, wildlife groups, lake associations, large private landowners, and user groups.

The CWPP will prepare people to work together if or when an emergency happens.

Project Partners

Forest Stewards Guild - United States Forest Service - The Nature Conservancy

York County Emergency Management Agency - Fire Departments

Massabesic Region CWPP Story Map

Forest Stewards Guild & Partners

This map shows modeled crown fire, or the areas where forest canopies are likely to burn under specific wildfire conditions within the CWPP project area. The conditions modeled here were based on conditions present during the 2018 Branch Brook Wildfire.

Massabesic Experimental Forest Entrance

Mariko Yamasaki (left), United States Forest Service, and Amanda Mahaffey (right), Forest Stewards Guild, examine region maps and discuss management goals.

From left to right, Jon Janelle (USFS), Mariko Yamasaki (USFS), and Amanda Mahaffey (The Guild) discuss the challenges and potential for management at the Massabesic Experimental Forest.

Forest with approximately 50% canopy cover compared with a forest with approximately 100% canopy cover.

Even-aged, dense forests with nearly complete canopy cover within the Massabesic Experimental Forest compared to a neighboring property with trees that are more widely spaced, uneven-aged, and have gaps in the canopy.

ATV use is restricted in the Massabesic Experimental Forest to protect wildlife habitat, infrastructure, and other resources. Unfortunately, ATVs also add to wildfire risk.

2021 Waterboro meeting for Massabesic Region CWPP

A wildland firefighter communicates over radio while watching a helicopter transport a bucket of water for release over an active wildfire.