Oil and Water: How Petroleum Shaped East Texas Lakes

There's an old iron derrick platform half-submerged on the Louisiana side of Caddo Lake. It's rusted and silent now, overgrown with vines and home to nesting birds. Most boaters who pass it don't give it a second look. But that platform — and others like it scattered across the east end of the lake — mark the spot where the global offshore oil industry was born.

The relationship between petroleum and water in East Texas runs deep, and not always in a comfortable way. Oil built some of the infrastructure that made these lakes possible, polluted stretches of others, and funded the economic booms that drew people to the region. Understanding how petroleum shaped East Texas lakes explains a lot about why they look the way they do today.

Caddo Lake: Where Offshore Drilling Began

In the early 1900s, Walter B. Pyron, a 27-year-old production foreman for Guffy Oil Company, noticed gas bubbles rising from Caddo Lake. He and other employees rowed across the lake, lighting strings of the bubbles. Pyron convinced his superiors to drill on the lake — something that had never been attempted successfully from open water.

In early May 1911, after months of hard work and battles with mosquitoes, alligators, and moccasins, the Ferry Lake No. 1 well was drilled to a depth of 2,185 feet and began producing 450 barrels of oil a day. Guffy Petroleum Company — which would become Gulf Oil Company, and is now Chevron — repeated the process 250 times on the lake. Simple wooden derrick platforms were constructed and drilling equipment floated to drilling sites on barges.

This was the birth of offshore drilling production worldwide. The wells drilled on Caddo Lake in 1911 are widely recognized as America's first true offshore oil wells — a distinction that makes the lake not just a Texas landmark but a milestone in global industrial history. When workers at the Deepwater Horizon, or on any of the thousands of platforms in the Gulf of Mexico, go to work, they are practicing a technique pioneered in the cypress swamps of Harrison and Marion counties.

The Dam That Oil Built

The Caddo Lake story has another petroleum twist. When oil was discovered on the Louisiana side of the lake in the early 20th century, the lake level had already begun dropping as the Red River's Great Raft was cleared downstream. The drillers found that they couldn't haul their heavy equipment through the resulting swamp and shallow water. They pressed for a dam to raise the water level and allow barges to float their equipment to the drill sites.

The Gulf Refining Corporation dammed the lake to raise the water level to accommodate oil drilling equipment in 1914. Without the oil industry, the current Caddo Lake might not exist at all — the natural lake would have continued draining after the Great Raft's removal. In a real sense, oil saved Caddo Lake by making its continued impoundment economically necessary.

The East Texas Oil Field: How Petroleum Changed the Whole Region

On October 3, 1930, Columbus Marion "Dad" Joiner — a 70-year-old wildcatter from Oklahoma with $45 in his pocket — struck oil at the Daisy Bradford farm in Rusk County. The Daisy Bradford No. 3 well opened the East Texas oil field, which became the second-largest in the United States outside Alaska, covering 140,000 acres and parts of five counties: Gregg, western Rusk, southern Upshur, southeastern Smith, and northeastern Cherokee.

At one time, downtown Kilgore had more than 1,000 active wells clustered in a tight area, making it the densest oil development in the world. The field brought tens of thousands of workers and their families to East Texas almost overnight. Kilgore, Longview, and Tyler became boom towns during the depths of the Great Depression.

That economic explosion had direct consequences for water infrastructure. The sudden growth of East Texas cities created enormous demand for reliable water supplies. The petroleum industry needed water too — for drilling operations, cooling, and processing. Both pressures accelerated the push to build reservoirs. The lakes that now define East Texas's recreational landscape were partly made necessary by the thirst of an oil-fueled economy.

Martin Creek and the Power Plant Lakes

Several smaller East Texas lakes exist specifically because of the power generation industry — and the electricity that powered the oil fields and their associated refineries and pipelines.

Martin Creek Lake in Rusk County is a cooling reservoir for a lignite-fueled power plant. The lake is kept warmer than natural water temperatures year-round by the plant's discharge, which creates unusual conditions — bass are active in winter, and the lake supports a population of non-native fish that wouldn't survive in a normal East Texas winter.

Lake Limestone, Lake Fayette, and other Texas power plant cooling lakes were similarly created to serve the energy infrastructure that the East Texas oil economy demanded. The relationship between petroleum, power generation, and lake creation in East Texas is tightly interwoven.

Longhorn Army Ammunition Plant: The Pollution Legacy

Not all of petroleum's relationship with East Texas lakes is a story of creation. The Longhorn Army Ammunition Plant was built on the shores of Caddo Lake in the mid-20th century, and its operations polluted large portions of the surrounding wetlands until its closure in the 1990s.

The plant produced explosives and propellants for the military and, later, for the energy industry. Its contamination of the Caddo Lake ecosystem was substantial, introducing heavy metals and chemicals into sediments that took years of remediation to address. Most of the former plant site is now a federal wildlife refuge — a transformation that reflects both the damage that was done and the conservation effort made to reverse it.

This story is not unique to Caddo. Across East Texas, waterways near oil production areas have faced elevated risks from pipeline leaks, produced water disposal, and contaminated runoff. The TCEQ monitors these issues, and river authorities maintain oversight of industrial discharges into lake watersheds.

The Slant-Hole Scandal and What It Means

One of the stranger chapters in East Texas oil history unfolded directly in or near waterways. In the middle of the 20th century, the East Texas oil field was the center of a slant-hole scandal. Some unscrupulous operators had drilled slanted wells from across their lease lines into the productive portions of the Woodbine formation — in effect, stealing oil from their neighbors.

Inspectors found 380 deviated wells and shut them down with the assistance of the Texas Rangers. An estimated $100 million worth of oil was stolen over several decades. Some of the illicit drilling took place from locations near lake shores and river banks, using the angle drilling technique to tap formations under adjacent water. The scandal shaped Texas oil regulation for decades afterward.

Oil Infrastructure and the Geography of East Texas Lakes

The highway and pipeline infrastructure built to support the oil industry also shaped where lakes were built and how lake communities developed. Towns that grew as oil field service hubs — Kilgore, Longview, Henderson — became the closest urban centers to recreation lakes built in their vicinity. Road access developed to serve oil infrastructure often provided the same routes that later made lakes accessible to weekend visitors.

The geography is not accidental. Lake O' the Pines, Wright Patman Lake, and other East Texas reservoirs are within easy distance of the petroleum production corridor, and the communities around them were built partly on oil money and partly on lake recreation — two industries that grew up alongside each other.

Quick Facts