The timber value chain
The modern wood industry is one of the few supply chains on earth that achieves nearly complete biomass utilisation. Pine needles, bark, sawtimber, sawdust: every part of the tree is commercialised, and every layer has a financial instrument sitting on top of it.
For a landowner about to sell timber, the practical consequence is blunt. The same tree leaves your property as four different products at four wildly different values, sorted in a few seconds by a man on a loader at the landing. Understanding that sort is the difference between reading your harvest contract and signing it.
This page follows one tree the whole way: the money it earns standing, the sort that happens the day it is cut, the mills that convert it, the residues those mills sell rather than burn away, and the chemistry and energy markets that take what is left. At each layer it names the instrument the financial world uses to trade that layer.
The route from stump to shelf
Each phase below is summarised on this page and expanded on a page of its own. Read straight down for the whole story, or jump to the phase you are standing in right now. If what you actually need is the landowner's end of it, how a timber sale is run is the practical version, and the mill directory names the plants that buy each product on this page, state by state.
Phase 1 - before the chainsaw
Timberland is usually described as if the harvest were the only transaction. For a working Southern tract it rarely is. Four separate income streams run off land that is still standing: pine straw, hunting and recreational leases, forest carbon, and the sale of development or mitigation rights.
Read the full phase →
Phase 2 - at the stump
A standing pine is not a commodity. It is a bundle of products stacked inside one stem, and the day it is cut that bundle is taken apart at the landing by diameter, straightness and defect. The butt log may leave as veneer or a utility pole. The next section is sawtimber. Above that it is chip-n-saw. The top, the crooked stems and everything thinned out is pulpwood.
Read the full phase →
Phase 3 - the mill
Primary milling converts logs into lumber: green or kiln-dried dimensional stock for framing and decking, heavy treated timbers for railway ties and utility crossarms, and lower-grade boards for pallets and crates - which is, in volume terms, one of the largest wood product markets on earth.
Read the full phase →
Phase 4 - the zero-waste layer
A sawmill's recovery is never complete: bark, slabs, edgings, trim, sawdust and shavings come off every log. In this industry those are not disposal problems, they are product lines with their own buyers, and the residue stream is a material part of why a mill is profitable at all.
Read the full phase →
Phase 5 - chemistry and energy
Fibre from pulpwood becomes corrugated boxes, fluff pulp for hygiene products and printing paper. Kraft pulping throws off tall oil and turpentine, sold to chemical companies for paints, resins, adhesives and fragrance. Sawdust and forest residue are compressed into wood pellets and exported to Europe and Asia to displace coal in utility plants.
Read the full phase →
Phase 1 - before the chainsaw
A harvest is an event. The income streams below are a schedule, and most of them arrive every single year whether or not a chainsaw ever starts.
Timberland is usually described as if the harvest were the only transaction. For a working Southern tract it rarely is. Four separate income streams run off land that is still standing: pine straw, hunting and recreational leases, forest carbon, and the sale of development or mitigation rights.
None of them has a national price, and this site does not print one for any of them. What each is worth depends on species, stand age, access, game quality, contract term and who is bidding that year - which is exactly why the extension services publish current figures and this page links to them instead.
Stream 01
The needles are a crop, and they fall every year.
Longleaf and slash pine drop a heavy, long-needled litter that landscapers want. It is raked or machine-baled off the forest floor, usually under a contract with a straw crew, and sold into the landscape-supply trade. Loblolly straw is baled too, though it is shorter and generally fetches less than longleaf.
The stand has to be set up for it: the floor is kept clean of brush and hardwood so a rake can work, and the trees have to be old enough to have shed a mat worth taking. That is why straw is usually a plantation practice rather than something a natural stand falls into.
It is also not free money. Repeated raking removes the nutrients and organic matter that litter returns to the soil, so a straw programme run hard without fertilisation can cost growth on the timber crop underneath it. That trade-off is exactly what the Alabama Extension guide is written to help a landowner weigh.
Current figures live here, not on this page
Alabama Cooperative Extension System — Published 26 February 2019; updated 9 April 2026
Stream 02
Annual cash flow from land that is doing nothing else that year.
A landowner leases the hunting rights on a tract to a club or an individual, usually on an annual written agreement, and collects rent whether or not a tree is cut that year. In the South it is the most common form of recurring income from timberland, and for a great many family tracts it is what covers the property taxes.
What a lease is worth is entirely local. Game quality, tract size, road and gate access, water, food plots, neighbouring land use and how many clubs are looking that season all move it, which is why there is no meaningful national figure to quote.
The half most owners underweight is the legal half: liability, who may be on the property, what improvements are allowed, how a season is defined and how the lease ends. Get that written before you get the cheque.
Current figures live here, not on this page
Alabama Cooperative Extension System — Published 19 August 2020; updated 5 September 2024
Mississippi State University Extension Service — No publication date shown by the publisher
Stream 03
Getting paid for the harvest you do not take yet.
Forest carbon programmes pay a landowner to store carbon he would otherwise have cut and sold - typically by deferring a harvest, extending rotation age, or committing to improved forest management for a defined term. The credits are then sold to buyers who need to offset emissions, either voluntarily or under a compliance scheme.
The terms are the whole deal. Contract length, the baseline your storage is measured against, the verification body, the monitoring obligations and what happens if fire or a storm takes the stand are all negotiated, and they bind the land for a long time. Small acreages have historically struggled to clear the transaction cost alone, which is why aggregators exist.
Read a carbon contract the way you would read a conservation easement, not the way you would read a timber sale. You are selling a restriction on your own future decisions.
Stream 04
Selling the development rights while keeping the dirt.
A wetland or stream mitigation bank restores or preserves habitat and generates credits that developers must buy to offset impacts they cause elsewhere. A conservation easement sells or donates the right to develop a property while the owner keeps title, keeps hunting it and, depending on the terms, keeps managing timber on it.
Both convert a permanent restriction into present value - cash for credits, or a charitable deduction and often a property tax reduction for an easement. Both are effectively irreversible, and both are worth running past a forester, a lawyer and a tax professional before signature.
For a family holding land it does not intend to sell, an easement can be the instrument that makes keeping it affordable. For a family that may need to sell, it is the instrument that makes that harder.
Phase 2 - at the stump
The single most valuable thing a landowner can understand about his own timber is that it is not one product. It is four, sorted in seconds at the landing, and the sort is where most of the money is decided.
A standing pine is not a commodity. It is a bundle of products stacked inside one stem, and the day it is cut that bundle is taken apart at the landing by diameter, straightness and defect. The butt log may leave as veneer or a utility pole. The next section is sawtimber. Above that it is chip-n-saw. The top, the crooked stems and everything thinned out is pulpwood.
Those four classes are not small variations on a theme. They are different markets with different buyers, different mills and drastically different values, and a stem that misses the class above it by an inch of diameter or a bend in the wrong place is paid at the class below.
Highest value first — same tree, top to bottom
Also called: Peeler logs, pole stock
For the landowner: A tract may hold only a handful of these, and a buyer who is not sorting for them will simply pay you sawtimber for a pole. If your stand has clean, straight, large stems, ask before the harvest whether veneer and poles are being sorted out - not after.
Also called: Sawlogs
For the landowner: This is the backbone of most Southern pine harvest revenue. It is also the class most exposed to housing demand, which is why a stand that is close to sawtimber size is often worth carrying through a soft market rather than cutting into one.
Also called: CNS
For the landowner: This class is why the second thinning matters so much. Stems that are chip-n-saw today are sawtimber in a handful of growing seasons, and that is one of the clearest examples of the growth hedge on any tract.
Also called: Pulp, fibre, thinnings
For the landowner: Lowest value per ton, but do not read it as worthless. Pulpwood is what pays for a thinning, and a thinning is what concentrates the stand's growth onto the stems that will become sawtimber. It is the cheapest wood on the tract and it funds the most valuable.
There is no laboratory involved. At the landing - the cleared spot where felled trees are brought to be processed and loaded - a man on a loader or a processor head looks at each stem and makes a call in a couple of seconds on three things: diameter, straightness, and defect.
Diameter decides which mills can even take it. Straightness decides how much usable board can be recovered from it. Defect - rot, seams, forks, large knots, embedded metal, insect damage - can knock a log two classes down or out entirely. The stem is then bucked into lengths that maximise the value of what is in it, and stacked with its own kind.
Different trucks then leave for different destinations. The veneer log and the pulpwood off the same tree may end up two hundred miles apart, at buyers who have never heard of each other.
Before you sign
The part nobody tells a landowner
Timber is one of the very few physical assets that keeps working while the market is against you.
A field of corn has a harvest window measured in days. Miss it and the crop is worth less every week it stands. A barrel of oil costs money to store. A building sits empty and still charges you taxes, insurance and upkeep.
A stand of pine does none of that. If the market is bad, you simply do not cut. The trees keep growing, and growth is not idle waiting - it is the asset migrating upward through the product classes on its own. Pulpwood-sized stems grow into chip-n-saw. Chip-n-saw grows into sawtimber. Sawtimber grows into the large, clean, straight stems that get sorted out as veneer.
That migration is why patience is a real strategy in this business rather than a consolation. Every year a stand stands, two things move in the owner's favour at once: there is more wood, and a larger share of that wood sits in a higher-value class. A bad market year does not destroy the crop. It postpones it, and the crop gets better while it waits.
The limits are honest ones and worth saying out loud. Carrying cost is real - property taxes, insurance and management do not pause. Biology does not run forever either: growth rate slows as a stand matures, and standing timber carries risk from fire, wind, ice and southern pine beetle the entire time. A thinning that is deferred too long can stagnate a stand rather than improve it. Waiting is a decision, not a default, and it is worth making with a forester.
But the direction of the option is what matters. In most asset classes, a bad market forces a sale. In this one, it funds a delay - and the delay is productive.
What time does on its own
Nothing on this list is scaled to a price. The order is the point: growth moves stems upward through the classes, and a stand that is not cut this year is a stand with more wood in better classes next year.
Phase 3 - the mill
Manufacturing is where a log stops being a log. It is also where a landowner's price is really set, because the mills within hauling distance of your gate are the only buyers whose bids you will ever see.
Primary milling converts logs into lumber: green or kiln-dried dimensional stock for framing and decking, heavy treated timbers for railway ties and utility crossarms, and lower-grade boards for pallets and crates - which is, in volume terms, one of the largest wood product markets on earth.
Secondary and engineered manufacturing goes further. Plywood glues peeled veneers in alternating grain. OSB compresses strands with wax and resin and took most of the sheathing market from plywood on cost. Mass timber and cross-laminated timber glue solid sawn lumber into structural panels big enough to build mid-rise and high-rise buildings, displacing concrete and steel.
Phase 4 - the zero-waste layer
Roughly half of a log does not leave the mill as a board. Almost none of that half is waste - it is four more product lines, and one of them is the mill's own electricity.
A sawmill's recovery is never complete: bark, slabs, edgings, trim, sawdust and shavings come off every log. In this industry those are not disposal problems, they are product lines with their own buyers, and the residue stream is a material part of why a mill is profitable at all.
Bark goes to landscape mulch and to the mill's own boiler. Sawdust and dry shavings go to poultry and horse bedding and to particleboard and MDF. Clean chips off the edger go to pulp and OSB mills. The finest material becomes wood flour for composite decking.
Residue
Product
Landscape mulch, boiler fuel
Market
Landscaping supply yards; industrial bark hog fuel
Stripped off before the log is broken down. The clean fraction is dyed and bagged as mulch; the rest is burned in the mill's own boiler to raise the steam that runs its dry kilns.
Residue
Product
Animal bedding, particleboard, MDF
Market
Poultry and horse operations; furniture manufacturing
Dry planer shavings go to bedding, where the poultry industry is a very large buyer. Finer material is the furnish for particleboard and medium-density fibreboard.
Residue
Product
Pulp, paper, OSB feedstock
Market
Containerboard, tissue and paper mills; OSB plants
Clean chips off the edger and trimmer are a primary raw material for pulp mills, not a waste stream. A sawmill with a good chip contract is selling two products from one log.
Residue
Product
Wood-plastic composite
Market
Composite decking and plastic-wood hybrids
Finely milled wood particles blended into polymer. It is what puts the wood in composite decking, and it turns the finest fraction of the residue stream into a building product.
Phase 5 - chemistry and energy
The last layer of the chain is chemistry and energy, and it is where the newest money in this industry is being made.
Fibre from pulpwood becomes corrugated boxes, fluff pulp for hygiene products and printing paper. Kraft pulping throws off tall oil and turpentine, sold to chemical companies for paints, resins, adhesives and fragrance. Sawdust and forest residue are compressed into wood pellets and exported to Europe and Asia to displace coal in utility plants.
At the far end, high-temperature pyrolysis of wood scrap produces syngas and biochar - a stable carbon soil amendment that is also the basis of carbon-removal credits. It is a small layer today and the one with the most rules still being written.
The kraft process cooks wood chips in chemicals to dissolve the lignin binding the fibres together, then washes, screens and often bleaches the freed fibre. What comes out is pulp, and pulp becomes three broad families of product.
Cooking pine in the kraft process liberates the resinous compounds in the wood, and they are recovered rather than destroyed. Crude tall oil is skimmed from the black liquor and refined into fatty acids and rosin; crude sulphate turpentine is condensed from the digester vapours.
Wood pellets are sawdust, shavings and forest residue dried, ground and compressed under pressure into dense cylinders. Densifying the material is the whole point: it makes low-value biomass economic to store, handle and ship across an ocean, which loose residue is not.
Pyrolysis heats wood to high temperature with little or no oxygen, so it does not burn. It decomposes. The volatile fraction comes off as syngas, which can be burned to run the process or generate power, and what remains is biochar: a porous, carbon-rich solid.
Paper written against wood
Every physical layer of this chain has a financial instrument sitting on top of it. Naming them is useful; mistaking one of them for your own price is not. None of these is a quote for your timber.
Physical asset
Instrument
Timberland REITs and TIMOs
Weyerhaeuser (WY) and Rayonier (RYN) are the listed timber REITs. Timber Investment Management Organisations hold land for pensions and endowments and are typically benchmarked against the NCREIF Timberland Property Index - a subscription benchmark this site names and never reproduces.
Physical asset
Instrument
CME physical lumber futures (LBR)
The industry's temperature gauge for framing lumber. It settles on finished lumber delivered to a mill, not on standing timber.
Lumber futures are not your stumpage price
The CME lumber contract (LBR) tracks finished framing lumber delivered to a mill - sawn, dried, graded, bundled and hauled. It is not standing timber, and it is not what a landowner is paid at the stump.
Physical asset
Instrument
CME FOEX PIX pulp futures (NBSKP, BHKP)
Cash-settled against Fastmarkets FOEX PIX pulp indices. The indices are named here as the settlement reference; their values are a subscription product and are never published on this site.
Physical asset
Instrument
Voluntary offsets (Verra, Gold Standard), OTC and CBL
Credits generated by deferred harvest, extended rotation or improved forest management, sold over the counter or through an exchange.
Physical asset
Instrument
Global timber ETFs (WOOD, CUT)
One line of exposure to timberland owners, mills, panel producers and packaging companies at once, rather than a single company's mill mix.
Physical asset
Instrument
Long-term power purchase agreements
Pellet and biomass plants are financed against contracted offtake - the PPA, not the spot market, is what gets them built.
Physical asset
Instrument
Timberland notes and asset-backed securities
A known harvest schedule on known acreage is a predictable cash flow, and predictable cash flow can be borrowed against or securitised.
Correction — the timber REIT tickers
PotlatchDeltic (PCH) is not a live ticker. It completed a merger of equals with Rayonier on 30 January 2026 and the combined company trades as RYN. Any list that still shows WY, RYN and PCH as three tradeable timber REITs is out of date.
Index values are not published here
Fastmarkets FOEX PIX, TimberMart-South, Random Lengths and the NCREIF Timberland Property Index are named on this page because you cannot describe how this industry is traded without them. Their values are subscription products and the property of their publishers, and no number from any of them appears anywhere on AXE USA.
Why any of this matters
The growth hedge above is the first and the most important for a small landowner. These are the other two.
Analytical point one
Row-crop agriculture still burns or ploughs under a great deal of what it grows. Stalks, husks and trash have limited markets and are frequently a disposal problem rather than a product.
Wood is the opposite. Effectively all of the raw material is processed into something with a buyer. The clear stem becomes lumber or veneer, the outer wood becomes chips, the bark becomes mulch or fuel, the sawdust becomes bedding or panel furnish, the fines become pellets or wood flour.
The most quietly important part of that is energy. Mills burn their own bark and wood waste to fire the boilers that run their dry kilns, which makes much of the milling process energy self-sufficient. A sawmill is, among other things, a small power plant that runs on its own scrap - and that is a large part of why the economics of the whole chain hold together.
Analytical point three
The fastest-growing financial layer in this industry is not dimensional framing lumber. Framing is the biggest layer and the most visible one, but it is mature, cyclical and tied to housing starts.
The layer that is actually compounding is cross-laminated timber combined with carbon offsets. The pattern is institutional: capital buys timberland, earns carbon revenue for deferring harvest and extending rotation age while the tree grows, and then sells the eventual harvest into green construction that displaces concrete and steel.
That is one asset paying twice, and it changes who is bidding on land. It is also why mass timber capacity, carbon-market rules and building-code changes belong on a landowner's radar even though none of them is a log price.
Straight answers
Yes, and often all four come off the same stem. A large well-formed pine can yield a veneer or pole butt log, sawtimber above it, chip-n-saw above that, and pulpwood out of the top - sold to four different buyers at four very different values.
The sort happens in seconds at the landing on three criteria: diameter, straightness and defect. Understanding it is the difference between reading your harvest contract and signing it.
Because neither has a national price, and a stale per-acre number is a number a landowner budgets against. Straw income moves with species, stand age, raking history and how far the tract sits from a landscape-supply yard. Lease income moves with game quality, access, tract size and who else is bidding that season.
The Alabama Cooperative Extension System and Mississippi State Extension publish current figures alongside the terms that produce them, and this page links to those publications with the date each publisher shows. Go to the source.
Timber is one of the very few physical assets that keeps working when the market is against you. If prices are bad you do not have to cut - the trees keep growing, and growth moves stems upward through the product classes. Pulpwood becomes chip-n-saw, chip-n-saw becomes sawtimber, sawtimber becomes the clean large stems that get sorted out as veneer.
The limits are real and worth saying: taxes, insurance and management do not pause, growth slows on a mature stand, and standing timber carries fire, wind, ice and beetle risk the whole time. A thinning deferred too long can stagnate a stand. Waiting is a decision to make with a forester - but in most asset classes a bad market forces a sale, and in this one it funds a productive delay.
No. The CME lumber contract tracks finished framing lumber delivered to a mill - sawn, dried, graded, bundled and hauled. It is not standing timber, and it is not what a landowner is paid at the stump.
Between that futures print and your cheque sit harvesting, hauling, milling, drying, grading and the buyer's margin. Read the contract as the industry's temperature, never as your quote.
Weyerhaeuser (WY) and Rayonier (RYN). PotlatchDeltic (PCH) is not a live ticker: it completed a merger of equals with Rayonier on 30 January 2026 and the combined company trades as RYN.
Any list still showing WY, RYN and PCH as three separate tradeable timber REITs is out of date.
From the buyers within hauling distance of your gate, at the same time. Logs are expensive to move, so the mills in range of your property are the only bidders whose numbers will ever matter to you, and the only reliable way to learn what your sort is really worth is to make them all answer at once.
Nothing on this page is a price, a quote or an offer. It is how the industry works, so you can read the answers you get.
Pine straw and hunting lease income have no national price, so no dollar figure for either appears anywhere on AXE USA. These are the extension-service publications that keep current numbers, with the date each publisher shows. Retrieved and checked 14 August 2026.
Alabama Cooperative Extension System
Published 26 February 2019; updated 9 April 2026
Alabama Extension's own guide to straw yields, raking cycles, contract terms and what the practice does to a stand. Go here for current per-bale and per-acre figures.
Alabama Cooperative Extension System
Organizing a Hunting Club (opens in a new tab)
Published 19 August 2020; updated 5 September 2024
How Alabama hunting clubs are actually organised, what the lease covers and how members and landowners split responsibility.
Mississippi State University Extension Service
No publication date shown by the publisher
The legal half of a lease: liability, written terms, access and what a landowner is agreeing to.