Rice University’s Connection to Beauregard Parish, La.

NEWS from Rice University.  Used by permission.

12/4/1997 12:06:00 AM

Updated: 31 August 2023

To our knowledge, the entire Rice Land pine timber farm was lost to the Tiger Island fire.

A Growing Tradition: Rice University in Beauregard Parish

The Rice Land Lumber Co. is more than a tree farm: its crop rotation provides a renewable resource and sustained income for the university.

By Christopher Dow
Special to Rice News
December 4, 1997

Let’s take a drive. We’re on the country highway between Merryville and Singer, two small towns in southwestern Louisiana. On either side of the road stand tall pine forests. We stop the car, get out, and breathe deeply of the scented air. To the casual observer, the woods on either side of the two-lane country highway are simply a forest; however, the ordered neatness finally reveals the truth. This is not a forest–it is a farm where trees are cultivated instead of corn wheat or rice. But this farm, known as the Rice Land Lumber Co., is more than a farm, so let’s explore. Let’s take a walk beneath the pines.

When the Civil War ended, this part of the country was completely undeveloped. A few settlers dotted the vast forest of native longleaf pine that stretched across Louisiana and into East Texas, but there were no towns here, no roads or railroads. The federal government owned most of the land and sold it at bargain prices to speculators who promised to develop it. William Marsh Rice joined in the speculation and purchased three tracts in Beauregard Parish totaling 50,000 acres. When Rice died in 1900, the Beauregard Parish property formed a significant portion of his bequest for the establishment of the Rice Institute. The institute’s first board of governors organized the Rice Land Lumber Co. to handle management of the property, and Benjamin Botts Rice, W.M. Rice’s nephew, served as president.

At the time, the land’s main value was in its trees, and during the first decade of the century, timber operations were in full swing throughout the area.

Initially, there were no communities, just sawmill camps, but the timber industry flourished in the old-growth forest. The American Lumber Co., where most of the timber from Rice Land was processed, had, at its peak, 1,500 workers, and it was just one of many area mills. With the workers came families, tradespeople and commerce, and towns like Merryville quickly blossomed.

Modern logging equipment can maneuver almost anywhere, but in 1911,

operations began at Rice Land, logging was a much more primitive enterprise. Trees were cut by two-man teams working huge crosscut saws. Felled trees were dragged by mules and oxen to one of the many tram lines built to cart the logs to the Merryville lumber mills. Though the rails and ties of the tram lines were removed by scavengers during the Great Depression, the long, grassy lanes where they once ran are still visible among the trees. Today, these paths are used as logging roads.

Between 1911 and 1915, the Rice forest was clear-cut–the standard operating procedure for the timber industry at the time. Funds from the sale of the timber financed the construction of the first buildings on the Rice campus: Lovett Hall, the Mechanical Engineering Laboratory, Will Rice College, and The Institute Commons (later renamed Baker College). Interestingly, the land also helped fund another school system. In about 1920, Rice Land donated 160 acres to the Beauregard Parish School Board. This tract became the site where Merryville’s primary, middle and high schools are located, and the school board uses the rest of the property as its own small pine plantation to raise funds for the school district.

Reforestation was not a viable concept at the time of the first cutting, and through World War I and the Depression, the property had little value.

Gradually it transformed into an open range, where herders grazed cattle, sheep, and pigs. Thus the land lay for three decades, pastoral, fallow, and basking in the Louisiana sun.

When activity finally returned, it came with a bang. World War II airplane and tank crews preparing for the invasion of Normandy used part of the property as a training ground and target range. As late as the 1960s, tank tracks were still visible in aerial photographs, and three large mounds of dirt used as targets by pilots during strafing and bombing runs still dot one tract. Nearby cement blocks and rusting pipes mark the foundations of the modest Army post that occupied the site.

World War II, however, brought more than excitement to the fallow land. It heralded change. Alterations in tax laws and advancements in technology made reforestation practical as well as desirable, and after the war, the Rice Land Lumber Co. created a management plan that called for complete reforestation. The objective was to establish a crop rotation that would provide a renewable resource and produce sustained income for the university.

The first resident forester was hired in 1948, and during the 1950s, reforestation began. Some of the property was planted with native longleaf pine, but most were planted with slash pine, a tree that matures in 25 to 30 years–30 percent more rapidly than longleaf. As slash plantations develop, they are thinned two or three times to remove crooked, sickly, and damaged trees. Trees from thinnings are used to make fence posts or go to plywood and pulp paper mills.

At last, there remain thousand-acre stands of tall, straight pines. Some of these fully mature trees will be cut for lumber, but most will become pilings and telephone poles.

In fact, the Rice Land Lumber Co. is a major producer of southern pine poles. The next telephone pole you see might very possibly be a product of the Rice Land plantations.

Crosscut saws and axes are logging tools of the past, and even chain saws are being phased out. Today’s logging crew approaches a harvest with a wood processor called a shear. This machine rolls up to a tree and grips it with large arms, then a huge circular blade shears the tree at the base. The whole operation takes less than a minute. The tree, still in the shear’s grip, is laid backward over the cab and carried to the “set,” or pile of logs. There the tree is delimbed, and a grapple skidder, a sort of crane with a hydraulic claw, loads it onto a flatbed trailer. A trailer holds 10 cords and a good crew can harvest up to 150 trailer loads a week. But consider this: Each of the many area mills that manufacture utility poles, posts, lumber, plywood, and paper can use up to 300 trailer loads a day.

In forestry, efforts today might not see results for 40 years, so a pine plantation is an ideal investment for an organization like a university that can afford to wait that long for a return. And that return all starts with year-old seedlings. As with any cash crop planted on a rotation designed to produce a sustained yield, replanting is vital. Seedlings, which are planted during the winter months, are purchased from the Louisiana Forestry Commission tree nursery in Merryville. The nursery grows millions of seedlings a year for distribution to Rice Land and other area tree plantations. Seedlings are sold in bales of 1,000, and replanting requires about 800 seedlings per acre. Until recently, Rice Land’s crop rotation has permitted the harvesting and replanting of 1,000 acres a year, but as the more rapidly growing slash plantations mature, that yield is expected to double.

A forest may seem like a low-maintenance investment; you plant the seedlings and, aside from a few periodic thinnings, let nature do the rest. There’s not much that can harm a forest, but difficulties do arise. Snow and ice can injure seedlings and younger trees, and cancer and fungi occasionally contaminate trees at any stage of development. The thinnings remove imperfect and diseased trees, but some troubles are not so routinely solved. Of serious concern is the southern pine beetle, which can cause major infestations and widespread damage. During the season the insect is prevalent; the Louisiana Forestry Commission performs weekly aerial surveys and reports on problem areas that can then be cut out.

Aerial surveys are also used to help battle a forest’s greatest foe–fire. As with any danger, fire, natural or man-made, is best prevented rather than fought. Undergrowth in pine plantations is diminished through controlled burning, which removes fuel that could feed a forest fire and cause it to spread with devastating relentlessness. Controlled burning also helps the trees by removing unwanted competition for water and nutrients and replenishing the soil with potash and other nutrients from the burned vegetation. And it keeps the area clear for workers during periodic thinnings.

But if there is a fire, spotting it when it first starts and accurately pinpointing its location are essential in keeping damage to a minimum.

The 110-foot-tall fire tower on the Rice Land Lumber Co. is an indispensable tool in performing these tasks. Built in the late 1940s by the Louisiana Forestry Commission, the tower is part of a network of towers that spreads across much of the southwestern part of the state. If a fire breaks out, personnel in two or more towers can locate the smoke by triangulation and dispatch fire fighting units to backburn and plow firebreaks.

Any good story comes with secrets and multiple meanings, and pine plantations and timber operations are just the surface narrative of the Rice Land Lumber Co.

Unknown to anyone when William Marsh Rice included the Beauregard Parish land in his bequest, treasure lay underground. It was an oil field. Ninety-five percent of this reservoir, named Neale Oil Field, extends in two main strata beneath the Rice forest. The shallower of these strata, the Wilcox Zone, is 9,000 to 12,000 feet below the surface, while the Austin Chalk Zone is 16,000 feet or more.

Drilling operations into the Wilcox Zone began in the late 1930s. Today, through new technology developed to tap the Austin Chalk, Neale Oil Field is being further developed with the sinking of additional wells and the construction of three natural gas pipelines. Some of the Austin Chalk wells have the potential of producing 3,000 barrels a day, and one permitted to 23,000 feet, will be one of the deepest land-based wells in the United States.

Modern civilization’s demand for energy is equaled by its powerful need to develop renewable resources. Both are dramatically displayed in the Rice forest in the seeming dichotomy of an oil derrick and slash pine standing together against the Louisiana sky. And both are good news for Rice. Because of William Marsh Rice’s generosity and foresight, this land and these trees are not simply land and trees. They are excellent yet affordable education, they are resources for research, and they are facilities where learning, inquiry and ideas combine to transform people and create a brighter future for us all.

But as we stroll beneath the trees, returning to our car, the true and most perfect symbolism of the Rice forest finally hits: Pine trees are heliotropic–they reach for the sun and, in doing so, grow straight and tall.

What more fitting endowment for a university?