I take down trees, clean up storm damage, drop EAB-killed ash, and thin shoreland canopies across the New Hampshire Lakes Region from a shop in Hill. The Lakes Region's tree mix is heavy on white pine, hemlock, sugar maple, red oak, beech, and ash, and every one of those species has a different reason it ends up needing to come down. Pine snaps in ice storms. Hemlock blows over on shallow soils. Beech is declining from beech bark disease. Ash is dying region-wide from emerald ash borer. Maple and oak generally outlast everything else, until they don't.
I'm a solo owner-operator. The same person walks the trees, runs the saw, runs the rigging, and writes the estimate. Fifteen-plus years working Lakes Region land. NH Business ID 878196. Insured for tree work specifically, not just general property maintenance.
What "Lakes Region tree work" actually covers
The work splits into a handful of categories that show up over and over across the region:
- Hazard tree removal. Leaning trees, dead-topped trees, trees with visible decay, trees too close to a house or driveway. The biggest single category by volume.
- EAB ash takedowns. Emerald ash borer has been chewing through Lakes Region ash for years. Dead ash gets brittle and dangerous fast. Most ash on most properties needs to come down. More on EAB and what to do about your ash →
- Storm and emergency response. Ice storm cleanup, wind-thrown pines, snow-load damage, tree-on-house, tree-on-driveway. Triaged by what's actively dangerous.
- Selective thinning. Opening up a view corridor (within RSA 483-B rules), letting more light into a yard or garden, releasing maples and oaks from competing pines. Slower, more careful work than a straight removal.
- Stump grinding. Stumps ground 6 to 12 inches below grade so the spot can be loamed and seeded back to lawn or replanted.
- Lot clearing prep work. Brush, small trees, and stumps cleared off a buildable lot. More on lot clearing & site prep →
- Pruning and crown raising. Less common than removal in this market, but I do it when the tree is otherwise healthy and the client wants to keep it.
The shoreland tree-removal rules (RSA 483-B Natural Woodland Buffer)
If your property has any frontage on a public water body (any of the major Lakes Region lakes, plus the Pemi and the Merrimack), tree work near the water is regulated. The relevant law is the Shoreland Water Quality Protection Act (RSA 483-B), administered by the NH Department of Environmental Services Shoreland Program.
- The 50-foot Waterfront Buffer (the strict zone). The first 50 feet from the reference line is the Natural Woodland Buffer. Trees in this zone are protected by a point system based on tree diameter (DBH). Each property owner must maintain a minimum point total per 50-by-50-foot segment of buffer. The exact math is on the NH DES Shoreland Program forms. The practical meaning: you cannot clear-cut. Selective removal is allowed but limited.
- Dead, diseased, hazardous, and "noxious" trees. These can usually be removed without counting against the buffer point total. EAB ash, dead pine, hemlock with HWA decline, and clearly hazardous trees normally fit here.
- The 50- to 250-foot zone (Protected Shoreland). Less restrictive than the Waterfront Buffer but still controlled. A bigger removal in this zone may need a Shoreland Permit before the work starts.
- Beyond 250 feet. Standard local regulations apply, no shoreland permitting.
I work the cut around what NH DES says is allowed. If the scope crosses the threshold for a permit, I tell you up front and walk through who pulls it.
The waterbodies and what tree work looks like on each
Each of the major Lakes Region waterbodies has its own tree-work profile. The species mix is similar across the region but the access, the scrutiny, and the typical job mix differ.
Newfound Lake (Bristol, Alexandria, Hebron, Bridgewater)
Newfound is a public water body covered by RSA 483-B with the standard 250-foot Protected Shoreland and 50-foot Waterfront Buffer. The shoreline is heavy on white pine and hemlock with mixed hardwood inland. The dominant tree-work job on Newfound shorelines is hazard removal: leaning pines over camps, dead-topped pines, and increasingly, ash that has gone all the way through the EAB cycle. Ice storms hit central NH regularly, and the cleanup that follows on Newfound is usually pines snapped at the upper third, sometimes hung up in adjacent trees, sometimes already on a roof. Bristol-side excavation and property work →
Squam Lake (Holderness, Center Harbor)
Squam falls under the same RSA 483-B framework, and tree work on Squam tends to be the most regulation-aware in the region. Local conservation commissions are active. The lots are often generational family camps with mature pine canopies that the family has watched grow for fifty years. Removals on Squam properties get scrutinized more than on the bigger lakes. The right approach is: come in light, do the cuts the rules clearly allow, and don't try to thin more than the buffer point system lets you. Squam clients usually appreciate a contractor who reads the rules before swinging a saw.
Winnipesaukee shoreline (Meredith, Gilford, Laconia, Center Harbor)
Winnipesaukee is the largest lake in NH and gets the heaviest shoreland scrutiny. The tree work on Winni shoreline is often high-end residential: ornamental trees on landscaped properties, mature oaks and maples that the owner wants to preserve carefully, hazard takedowns on tight lots where a felled tree has nowhere to land except on something expensive. Rigging matters more on Winnipesaukee than on the smaller lakes. Storm response is also more visible here because the population density is higher and the tree-on-house calls come in faster. Property services in Meredith, NH →
Webster Lake (Franklin)
Webster Lake sits inside the city of Franklin and falls under RSA 483-B as a public water body. The tree mix on Webster shorelines is closer to standard central NH (white pine dominant, mixed hardwood, some hemlock) without the high-end residential character of Winnipesaukee. The work tends to be more practical: hazard removals, EAB ash, the occasional lot clearing for a year-round conversion. Three Rivers Junction (where the Pemi, Winni, and Merrimack meet) brings groundwater that supports a mix of red maple, white cedar, and black ash, all of which have their own decline pressures. Franklin-side excavation and property work →
Pemigewasset corridor (Plymouth, Ashland, Bridgewater, Hill)
The Pemi corridor is where the Lakes Region transitions into the White Mountain foothills, and the tree mix transitions with it. More sugar maple and yellow birch. More red oak on the upland slopes. More hemlock on the north-facing slopes. The Pemi corridor is also a hotter zone for EAB right now because the ash is throughout the river-corridor floodplains. Storm work here often involves hardwoods rather than pines, which means heavier wood, different rigging, and more chip volume. Plymouth-side excavation and property work →
EAB ash across the Lakes Region
If you've got ash on your property, this section matters. Emerald ash borer arrived in NH in 2013, was confirmed in the Lakes Region a few years after, and is now in the dieback wave. The pattern is consistent: a healthy ash stays healthy until it doesn't, then declines fast (2 to 4 growing seasons from first crown thinning to fully dead), then becomes brittle within another year or two.
The brittle phase is the dangerous one. Dead ash sheds branches without warning. The wood loses its predictable response to chainsaw cuts. Climbers can't trust a deadwood limb to hold a rope. The right time to remove an ash is while there's still some structural integrity in the trunk, not after it's been standing dead for two winters. Cost-wise, removing a still-stable dying ash is meaningfully cheaper than removing a hollow brittle ash, because the second one needs more rigging, more crane work, and more time.
I've taken down dozens of EAB ash across the region. If you've got ash you've been wondering about, the answer is almost always: take it down sooner than later. More on EAB and what to do about your ash →
How to read a hazardous tree (the short version)
Visible signs that a tree is past safe and worth a serious look:
- Lean toward a target. The tree leans, and what it would land on if it fell is a house, a drive, a power line, or a neighbor's structure. Even a small lean toward a high-value target is enough to take seriously.
- Dead branches in the upper crown. Especially on conifers. Dead-topping is a leading indicator that a pine is next.
- Vertical cracks in the trunk. Often visible after frost cycles. A crack is a structural weakness that doesn't heal.
- Mushroom conks at the base or up the trunk. Visible fruiting bodies of decay fungi mean rot inside the wood. Common on old maples, beech with beech bark disease, and damaged oaks.
- Bark sloughing in sheets. Especially on ash (EAB), but also on hemlock and pines with serious decline.
- Cavities at chest height or above. A hole big enough to put a hand into is a structural weakness, even if the tree looks fine from a distance.
- Soil heaving or root plate movement. Especially on the upwind side after a windstorm. The tree has started to commit to falling.
Any one of these is reason to have the tree looked at. Combined with proximity to a target, two or more usually means it's time. Read the longer guide to hazardous tree assessment →
Common questions from across the Lakes Region
How much does it cost? A standard hazard tree removal in the open with no rigging runs in one range; a tight-access tree with structures below that needs full rigging runs in another. The cost ranges and the line items are detailed in the NH tree removal cost guide. I price each job after I see it, not from a phone call.
What about winter takedowns? Winter is often the best time for big tree work. Frozen ground means equipment doesn't tear up the lawn, no leaves means hazards in the canopy are easier to read, and there's no growing-season foliage to deal with on disposal. More on winter tree removal →
Will you grind the stump? Yes, unless you want it left for a planter or you'd rather grind later. Standard depth is 6 to 12 inches below grade so the spot can be loamed and seeded back to lawn. Larger stumps run more.
What about the brush and chips? I haul most of it. Some clients want the chips left for trail surfacing or garden mulch; that's fine and saves on disposal. Larger logs sometimes get cut into firewood lengths and left if the homeowner burns wood.
What I do on a Lakes Region tree-work site visit
The site visit is free. I walk the trees with you. I tell you which ones I'd take down, which ones I'd watch, and which ones are fine. If you're near water, I tell you which removals are clearly inside the rules, which would need a Shoreland Permit, and which I wouldn't recommend touching at all. I write up an itemized estimate within a few days that's honest about access, rigging, disposal, and stump grinding as separate line items so you can see what's driving the cost.
Related services and pages
- Tree work & emergency response (main page) covers the full menu.
- Excavation contractor in NH's Lakes Region for foundation, driveway, septic, and drainage work across the same waterbodies.
- Septic contractor in NH's Lakes Region for septic install, repair, and replacement across the same waterbodies.
- Lot clearing & site prep for the brush, small-tree, and stump work that often pairs with tree removal.
- NH tree removal cost guide walks through the line items and what drives price.
- EAB and the Lakes Region: what to do about your ash trees.
- Identifying hazardous trees in NH.
- Winter tree removal on frozen ground.
- Glossary of excavation, septic, and drainage terms.
- All Lakes Region towns I serve →