DUANE
Duane's take
The official marker tells it this way, and I'm just passing it along. Now, there are places in Texas that don't look like much from the road. A few fields, some low buildings, maybe a water tower catching the afternoon light.
But sometimes a quiet piece of ground has been doing serious, unglamorous, absolutely essential work for over a hundred years — and that's exactly the story out here near Temple, Bell County, where the Blackland Experiment Station, Substation No. 5 has been at it since before most of our grandparents were born. Let's go back to the beginning. In 1887, the federal Hatch Act authorized federally-supported experiment stations as part of state land-grant colleges.
That set the whole system in motion. Texas built its own Agricultural Experiment Station system on that foundation, and by 1909, the Texas Legislature had authorized this particular outpost — Substation No. 5. Two years later, in 1911, the doors opened and the work began.
Now, why Temple? Well, the marker is pretty specific about that. Temple sits right near the junction of two very different worlds — the rolling upland hills of the Grand Prairie on one side, and the fertile, black waxy soil of the Blackland Prairie on the other.
That kind of geological border country made it an ideal location for a research facility. You could study a whole range of soil and crop problems without driving half a day to find a different field. And those problems were real.
The scientists here, staffed by Texas A&M, were charged with research on varied soil and crop problems, with a special focus on the control of cotton root rot. Cotton root rot. If you've never heard of it, count yourself fortunate.
For the farmers of this region, it wasn't abstract — it was ruin, spreading through a field before you could blink. So having a team of scientists specifically tasked with understanding and controlling it? That mattered.
In those early years, the Temple substation was typical for its time. A superintendent, a researcher with a college degree, and a few farm laborers. Living quarters on site.
Livestock. Essential farm equipment. Nothing fancy, just people doing the work.
But farming doesn't stand still. As mechanized farming advanced, the original site simply wasn't big enough anymore. So in 1927, the substation was relocated to a 542-acre site on the southeast edge of Temple.
Five hundred and forty-two acres. That's room to breathe, room to think, room to study something as slow and stubborn as erosion. And that's exactly what the enlarged site allowed — broader research on erosion prevention.
Then, in 1929, the United States Department of Agriculture assigned scientists to the facility. From that point forward, the site was managed jointly — and at times, solely — by USDA personnel. State and federal, working the same dirt, chasing the same questions.
That collaboration deepened over the decades. In 1973, the USDA's Grassland, Soil and Water Research Laboratory was established there, increasing the state and federal research partnership in ways that continue to this day. The name changed too — in January 2008, the facility became known as Texas AgriLife Research, Blackland Research and Extension Center.
Names change. Equipment changes. The questions agriculture asks of the land keep changing too.
But this place has kept up with every one of those changes since 1911, evolving its research right alongside the technology, sustaining its service to the region decade after decade. Over a century of scientists, superintendents, and farm laborers working a stretch of Bell County ground — quietly making sure the crops come in and the soil holds together. That's not a glamorous legacy.
But out here in Texas, it's about as solid as it gets.
What the marker says
BLACKLAND EXPERIMENT STATION, SUBSTATION NO. 5 THE TEXAS LEGISLATURE AUTHORIZED BLACKLAND EXPERIMENT STATION, SUBSTATION NO. 5 IN 1909. THE TEXAS AGRICULTURAL EXPERIMENT STATION SYSTEM WAS CREATED AFTER THE 1887 HATCH ACT AUTHORIZED FEDERALLY-SUPPORTED EXPERIMENT STATIONS AS PART OF STATE LAND-GRANT COLLEGES. AFTER OPENING IN 1911, THE STATION, STAFFED BY TEXAS A&M SCIENTISTS, WAS CHARGED WITH CONDUCTING RESEARCH ON VARIED SOIL AND CROP PROBLEMS, WITH A SPECIAL FOCUS ON THE CONTROL OF COTTON ROOT ROT. TEMPLE’S LOCATION NEAR THE JUNCTION OF THE ROLLING UPLAND HILLS OF THE GRAND PRAIRIE AND THE FERTILE, BLACK WAXY SOIL OF THE BLACKLAND PRAIRIE MADE IT AN IDEAL LOCATION FOR THE RESEARCH FACILITY. THE TEMPLE SUBSTATION WAS TYPICAL FOR ITS TIME, AND CONSISTED OF A FARM STAFFED BY A SUPERINTENDENT, A RESEARCHER WITH A COLLEGE DEGREE AND A FEW FARM LABORERS. THE SITE ALSO INCLUDED LIVING QUARTERS, LIVESTOCK AND ESSENTIAL FARM EQUIPMENT. WITH ADVANCEMENTS IN MECHANIZED FARMING, ADDITIONAL ACREAGE WAS REQUIRED FOR THE SUBSTATION, AND IT WAS RELOCATED TO A 542-ACRE SITE ON THE SOUTHEAST EDGE OF TEMPLE IN 1927. THE ENLARGED SITE ALLOWED FOR BROADER RESEARCH ON EROSION PREVENTION. IN 1929, THE UNITED STATES DEPARTMENT OF AGRICULTURE (USDA) ASSIGNED SCIENTISTS WHO IN SUBSEQUENT YEARS JOINTLY, AND AT TIMES, SOLELY MANAGED THE SITE. IN 1973, THE USDA’S GRASSLAND, SOIL AND WATER RESEARCH LABORATORY WAS ESTABLISHED AND ALLOWED FOR INCREASED STATE AND FEDERAL RESEARCH COLLABORATION THAT CONTINUES TODAY. IN JANUARY 2008 THE FACILITY’S NAME WAS CHANGED TO TEXAS AGRILIFE RESEARCH, BLACKLAND RESEARCH AND EXTENSION CENTER. THE RESEARCH CONDUCTED AT THE FACILITY EVOLVES ALONG WITH AGRICULTURAL TECHNOLOGY, ENABLING SUSTAINED SERVICE TO THE REGION. 175 YEARS OF TEXAS INDEPENDENCE * 1836-2011