Plate I · The Plateau

Restore the Forest

The beech are dying. Fagus grandifolia — once a third of this canopy — falls within the decade. What we plant into the gap decides the next century.

Choose an approach → Open the planner →

Field Note · No. 1 Trees planted this spring will be standing in 2125. Their genetics must come from a warmer place than this one — southern Pennsylvania, the Cumberland Plateau. The forest we plant is the forest our grandchildren walk.

Observed · March 2026

The forest is changing — fast.

American beech — historically the dominant tree in these Pocono Plateau forests — is failing under a double blow. Beech Bark Disease has been endemic for decades; Beech Leaf Disease, a nematode that kills infected trees in two to five years, arrived recently with no treatment available and no resistant variety. The beech component of this forest is functionally done.

Black cherry on many properties is in parallel decline from black knot fungus — Apiosporina morbosa — a chronic native disease that girdles branches with hard black galls and spreads every spring from wild chokecherry across the landscape.

If nothing is planted into the opening canopy, the gaps fill with red maple, hay-scented fern, and invasive shrubs. The diverse, multi-generational forest disappears.

The good news: these gaps are an invitation.

Marginalia Hickories require fifty to seventy years to reach bat-roosting size. Every Carya ovata planted today is habitat for a generation not yet born.

I have great faith in a seed.
Convince me that you have a seed there, and I am prepared to expect wonders.

— Henry David Thoreau, The Succession of Forest Trees (1860)

The Quiet Math

A forest, on a weekend budget.

The reason this work is open to weekend hands — not just foresters and government programs — is the bare-root seedling. About ten dollars per tree by the time you've added a tube, a stake, and a mulch ring. Five to fifteen minutes to plant. An afternoon in April with pre-staged tubes and a thermos of coffee — and fifteen to thirty new trees are in the ground by dusk.

And that's the right number. You don't plant a whole acre at once — you plant at the rate the canopy opens. Beech Leaf Disease kills gradually: a tree here this year, three more the next. Each death creates plantable gaps at the rate the forest can absorb new seedlings. Fifteen to thirty trees a year, one or two afternoons — that is the restoration pace, calibrated to the rate the beech is leaving.

— I —

The Cost

~$10 per tree, all in.

The seedling itself is cheap — one to three dollars from Musser Forests or Wayne Conservation District. But it needs protection to survive: three to seven dollars for a tube or DIY wire cage, plus another dollar or two for stake, ties, and mulch. About ten dollars per tree, all in. Multiply by your year's fifteen to thirty trees. For comparison, the same oak from a garden center costs $200 or more — twenty times the bare-root price for the same tree in twenty years.

Bare-root native seedling: $1–3
Tube or wire cage: $3–7
Stake, zip ties, mulch: $1–2
All-in per tree: ~$10
Annual total · 15–30 trees: $150–300

— II —

The Time

One or two afternoons a year.

Ten to fifteen minutes per seedling on rocky NEPA ground — clear the spot, dig the hole, set the seedling, drive the stake, slide the tube or wrap the cage, mulch ring. Pre-staging supplies the day before makes a meaningful difference. Fifteen trees fits one afternoon. Thirty fills two. A second walk in autumn scouts new gaps as the beech declines and collects acorns from legacy oaks for free direct-seeding.

Per seedling, solo: 10–15 min
One afternoon (3–4 hrs): ~15 trees
Two afternoons (6–8 hrs): ~30 trees
Annual total · 1–2 afternoons: 15–30 trees

The Ten-Year Arc

What a decade of afternoons looks like.

$150–300

Per year

Fifteen to thirty seedlings at ~$10 per tree all-in — sourced through a neighborhood group buy. EQIP and PWREN cost-share can reimburse 50–100% of this.

1–2 afts

Per year

One afternoon planting in April, one walk in autumn to scout new gaps and collect acorns. Less than most weekend hobbies require — and far more lasting.

150–300

Trees over a decade

Fifteen to thirty trees a year, matching the rate beech-leaf disease opens new gaps. A quarter acre to a full restored acre, paced to the canopy.

See the planting plans → · Open the planner →

The Core Principle

Diversity is how forests survive.

Every plan in this journal plants across multiple species and layers — not for aesthetics, but because structural diversity is what makes a forest resistant, self-reinforcing, and capable of lasting.

Resilience by ratio Disease cannot travel through what it cannot reach.

A specialist pathogen spreads through its host. When any single species occupies five to ten percent of the canopy instead of thirty, the disease burns out before it can travel. Beech, ash, and chestnut all collapsed because each was abundant enough to sustain continuous transmission. A diverse forest has no such target.

II.

The hidden circulation Trees are connected underground.

Mycorrhizal fungi link root systems across species, transferring carbon, water, and nutrients between trees that have surplus and trees under stress. Seedlings planted near legacy trees tap into this system immediately — establishing faster and surviving drought better than isolated plantings. More species means more network connections.

III.

The food web depth Oaks feed five hundred species; cherry feeds four hundred.

Almost all North American land birds raise their young on caterpillars, not berries. A diverse planting also staggers food across every season — serviceberry in March, hawthorn fruit through January. Tallamy & Shropshire, 2009

Two Approaches

Same canopy pace — two ways to populate it.

Both approaches plant at the rate the canopy opens — fifteen to thirty trees a year, one or two afternoons. The difference is what you buy. Smaller properties plant a complete diverse mix; larger properties manage conditions and only purchase what won't arrive on its own.

— Page I —

Full Mix

Plant the complete forest at canopy pace.

All ecological layers from the start — canopy oaks and hickories, understory, conifers, shrubs, fruiting trees. Every year's planting is a complete diverse mix in miniature; if you stop after any year, that planting stands alone. The scales below are cumulative project totals reached over time at fifteen to thirty trees a year.

~10 trees · one gap · Year 1 test: $80–130
~60 trees · ¼ acre · 2–4 yrs: $380–670
~350 trees · 1 full acre · 10+ yr arc: $2,300–3,300

Read the approach →

— Page II —

Management-First

Manage conditions; buy only what won't come.

For five- to ten-acre properties. Year one is management — invasive removal, deer protection of natural seedlings, crop tree release. Then buy only the species that won't arrive on their own: hickories, conifers, sugar maple, basswood, pagoda dogwood. Direct-seed oaks from your legacy trees for free. Cluster planting in 65×65 ft footprints — not scattered.

5 acres · ~150 trees · ~5 yrs: $535–645
10 acres · ~260 trees · ~8 yrs: $805–915
Oaks · direct-seed acorns: $0

Read the approach →

The scales above are cumulative totals per acre planted, not annual commitments. Both approaches plant at canopy pace — fifteen to thirty trees a year (~$150–300/yr). A quarter acre is two to four years of planting; a full restored acre is the decade-plus arc.

Before You Plant

Three barriers stop the forest from healing itself.

Penn State research on eighty-five Pennsylvania forest stands found that deer alone account for more than eighty-five percent of regeneration failures. Address all three before spending a dollar on seedlings.

Barrier the FirstCompeting vegetation

Invasive shrubs, hay-scented fern, mountain laurel. Treat the season before planting — competing vegetation rarely yields ground without intervention.

Barrier the SecondDeer browse

One tube or cage per planted seedling. For properties under fifty acres, individual tree protection is the practical deer strategy. The herd is part of the landscape; the fence is part of every seedling.

Barrier the ThirdLight

Open gaps for most canopy species. Release legacy trees from competition with crop-tree release — light is the currency of every seedling's first decade.

The full C–D–L framework →

Plate II · Specimen List

What belongs here.

Every species in this journal is ecologically native to the Pocono Plateau at two thousand feet — validated against PA Flora, USFS Silvics, and current disease research.

No. 01 · Canopy

Carya ovata

Shagbark Hickory

Critical roost habitat for Indiana bats. Pre-settlement co-dominant on this plateau. Fifty to seventy years to reach roosting size — the case for planting now.

40–80 ft · hard mast —

No. 02 · Canopy