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September 2005  - The Logging and Sawmilling Journal

 

FOREST MANAGEMENT

TREE FARMING WITH FARMERS

Alberta farmers are praising a poplar tree farming initiative from Alberta Pacific Forest Industries that offers them guaranteed payments, and delivers extra wood—and possible carbon credits—to the company.

By Tony Kryzanowski

A steady retirement income is what 72-year-old Lac La Biche, Alberta area farmer Albert Happner had in mind when he leased 60 hectares of his land to Alberta Pacific Forest Industries (Al-Pac) as part of its hybrid poplar farm program about two years ago. “I’m guaranteed on what I’m going to get,” he says.

Typically he had been renting out his land to other local farmers, but says they were not prepared to pay what Al-Pac offered him, citing a variety of excuses. With farmers, it was either grasshoppers, or drought, or too much rain or not enough rain, says Happner. “I didn’t get paid accordingly. Now I have no complaining.”

Shortly after the Al-Pac pulp mill opened east of Athabasca in 1993, the company launched a research program to investigate the commercial potential of hybrid poplar. What gave Al-Pac cause for optimism with its program was the amount of research that had already been conducted by the Prairie Farm Rehabilitation Administration (PFRA) on various types of hybrid poplar suitable for north central Alberta. PFRA has been researching hybrid poplar as part of its agricultural shelterbelt program for over a half century through its research facility at Indian Head, Saskatchewan. Among PFRA’s objectives was a goal to breed fast growing and hardy poplar clones for use by farmers as shelterbelts to help combat wind erosion and moisture loss.

Al-Pac poplar farm specialist Chuck Kaiser (right) says there could be a snowball effect in the popularity of the hybrid program—with more farmers signing up—once word gets around about how positive the experience has been for those participating.

“The fact that we have shelterbelt trees that are hybrid poplars growing in farm fields in this area has given us a lot of information that would normally have taken decades to get,” says Al-Pac geneticist and poplar farm research co-ordinator Barb Thomas. “So we are confident about the survival and performance potential of the trees growing in our area for use in our tree farming operations.”

The two hybrid poplar types Al-Pac found most suitable were Walker and Jackii. Thomas says the selected species had to be well adapted to the area, capable of achieving growth targets of one metre each year for the first four years, and be flexible enough to perform in a variety of local environments.

Al-Pac poplar farm specialist Chuck Kaiser says the pulp mill had to find a new, reliable fibre source due to productivity improvements at the mill. Al-Pac now produces about 1,950 air-dried tonnes of pulp per day, which is 300 tonnes more than when the plant began production 10 years ago. This increased production is largely due to improvements in machinery and technology, as well as implementation of employee initiatives.

Right now, the mill is filling the void by purchasing wood on the open market from sources such as private landowners. However, over the long term, management knew that it needed to find another fibre source. Harvesting more wood from its Forest Management Area (FMA) was not an option as the company’s current annual allowable cut is balanced right at the point where harvest and regeneration is sustainable.

Participating farmers receive $61.75 per hectare for 20 years once they sign on to leasing their land for a hybrid poplar crop, and Al-Pac is considering the addition of an annual inflationary factor based on feedback it has gotten from the farming community. Farmers also have the option of taking on the mechanical weed control contract during the first four years of growth. Kaiser says that local farmers have reacted cautiously to what Al-Pac has proposed.

Planting being done near the Al-Pac mill (above). Due to increased production at the pulp mill, the company was looking for additional fibre outside the wood it was getting from its Forest Management Area.

“Since this is a new program, everybody on the block wanted to see if we could walk the talk,” he says. “That’s why we planted all the land around our mill site first, so we could show them what we were going to do and how we were going to do it.”

Kaiser emphasizes that it is not for everyone. “It’s still economically driven,” he says. “The average age right now of a farmer in this particular part of the world is about 60 years old, and if their children aren’t really interested in farming and they are looking for another way to diversify, this might be a way to transition out of farming.”

The farmers can look after weed control for four years for extra income, continue to receive an income off the land once they retire, and then turn it over to their heirs as they grow older or pass away.

Sites are selected primarily by soil type, avoiding areas that have too much sand or peat. All site preparation is conducted in the fall prior to planting in the spring, and involves the common farming practice of spraying a desiccant like Roundup to kill hay, grass, and any volunteer growth from previous crops. Then a breaking disc digs down 15 to 18 centimetres into the soil. “We want the ground to be as black and weed free as we can make it,” says Kaiser.

In spring, a machine passes over the cultivated land and marks an “X” where each cutting should be planted, in a pattern so that each tree will take in a space measuring three metres by three metres. Hand planting is done during the month of June, and because the ground is trashfree, each planter can plant about 3,000 cuttings per day.

For the first four years, each site is mechanically disked between the rows for weed control until the branches create a crown closure. This provides natural shading and suppresses weed growth. Height measurements are taken each year for the first four years, with height and girth measurements taken at year four, 10 and 15. Depending on how well the site has met growth objectives, it will be harvested anywhere from 18 to 25 years after it has been planted.

Happner says that a number of other farmers in the area have contacted him to see how they can participate in the program. Some of their reasons relate to the extra expenses that farmers now face with local grain elevators being demolished and the closure of a number of local farm dealerships.

“All my neighbours around here are hauling their grain 175 kilometres to an elevator and they have to go 200 kilometres to buy parts for their farm equipment,” Happner says. “I know one farmer who has leased 282 hectares to Al-Pac, and there’s a few more guys thinking about the same thing.”

Some farmers are participating to supplement the income they are earning from regular crop rotation. Others who are working off the farm and typically rent their land out see this as another way to earn regular rental income from their property.

That’s the case with Dennis and Kerri Michalczuk. They farm part-time, rent out some land, and also work off the farm. Dennis says he occasionally found it difficult to collect the rent if the renting farmer was experiencing financial difficulty. Both he and his wife like the idea of a guaranteed rental rate. Furthermore, Kerri has gained extra income by taking on the four-year mechanical weed control contract on the 60 hectares they have agreed to plant into hybrid poplar.

“Planting hybrid poplar is definitely a way for farmers to gain a regular income from farmland that is perhaps marginal and not producing consistently from a conventional agriculture crop,” adds Dennis.

Al-Pac has assured local active farmers that it will not outbid them by paying exorbitant lease rates. It established its lease rate after conducting an extensive study of average rental prices being paid by local farmers.

Another concern expressed by some local farmers was that Al-Pac would be taking productive farmland away from producing traditional crops and returning it back into a near natural state.

However, of the 15 million hectares available to the company within 200 kilometres of the mill, the 25,000 hectares slated for hybrid poplar farms represents only 0.5 per cent of the total available landbase.

Kaiser says he expects a snowball effect once the word begins circulating in coffee shops about how positive the experience has been for those participating in the hybrid poplar farming program.

He anticipates that there will be plenty of farmers wanting to plant hybrid poplar on some of their land. Also, with BSE causing a significant income reduction for some cattle farmers, more have been phoning about planting some of their pasture into hybrid poplar instead.

“The fact that we have shelterbelt trees that are hybrid poplars growing in farm fields in this area has given us a lot of information that would normally have taken decades to get,” says Barb Thomas, Al-Pac geneticist and poplar farm research co-ordinator.

Al-Pac’s hybrid poplar farming initiative will pay several environmental dividends. For example, it will put some marginal farmland—that probably should never havebeen cleared in the first place—back into a treed state.

Accumulated leaf litter will put nutrients back into the soil. Pesticides, herbicides and fertilizers that would typically have been applied to that farmland in a traditional crop rotation will be drastically reduced.

Furthermore, the poplar farms are attracting more wildlife, which is a bit of a problem because deer in particular like to feed on poplar plants. It is also helping Al-Pac neutralize its impact on the environment based on the standards set out in the Kyoto Protocol.

“As of 2008, we will be carbon neutral as far as balancing off our emissions with our tree planting program,” says Kaiser. “Anything after that could possibly be put on the market for carbon trading.”

Thomas says the hybrid poplar research program is only one of three research streams at Al-Pac involving hybrids. The company is developing even more hybrid poplar clones to improve on specific growth, fibre quality, and hardiness thresholds. It has also launched a hybrid aspen research program, which has a great deal of importance to the pulp mill since its main feedstock is aspen.

 

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