Water Levels Lake Texoma and Temperature

by Ray Roman Updated on Feb 29, 2024

Monitoring water levels in Lake Texoma, like in other bodies of water, is crucial for various reasons. These include ensuring the safety and functionality of local infrastructure, planning for recreational activities like fishing and boating, and managing the lake’s ecosystem health.

Water Level Lake Texoma:

The chart below is the latest water level at Lake Texoma. This chart is updated daily.


Chart courtesy https://www.swt-wc.usace.army.mil/DENI.lakepage.html

Lake Texoma water levels can be affected by a variety of factors. One of the most significant is the rainfall in the lake’s drainage basin. Other factors include temperature, evaporation rates, human activities such as water withdrawals for municipal or industrial use, or the operation of the Denison Dam for flood control and electricity generation.

Water Level and Temperature

The current water level of Lake Texoma can vary throughout the year due to weather patterns and dam releases. As for the temperature, it fluctuates based on the season. In summer, the water temperature can reach around 80-85°F, while in winter, it can drop to 50-55°F. It is important to check real-time data for accurate information.

Denison Dam water release. It’s important to stay updated on the current water release from Denison Dam. Check real-time updates, water levels, and any potential impacts on surrounding areas. Plan your activities accordingly with the most recent information for a safe and enjoyable experience.

What influences Lake Texoma Lake Levels?

Let’s dive a bit deeper into the factors that can influence the water levels of Lake Texoma.

  1. Rainfall: This is the most critical factor that can raise the water levels of Lake Texoma. The lake’s catchment area is vast, including the immediate surrounding land but the whole of the Red and Washita River basins. Any significant rainfall within these areas can increase the water flow into the lake.
  2. Temperature and evaporation: The weather and climate play a significant role in the lake’s water level. Higher temperatures lead to higher evaporation rates, which can lower the water level. Climate change could potentially impact this balance, leading to more prolonged periods of heat and, therefore, higher evaporation rates.
  3. Water release through Denison Dam: The Denison Dam was built for multiple purposes, including flood control, water supply, hydroelectric power, and recreation. The U.S. Army Corps of Engineers controls water outflow from the lake through the dam. During periods of heavy rain, they may release more water to prevent flooding, which can significantly lower the lake’s water levels.
  4. Human activities: These include water extraction for municipal, agricultural, and industrial uses. In periods of drought, these activities can lower the water level. Also, the construction of new infrastructure within the catchment area can affect how much water flows into the lake.
  5. Natural events: Certain natural occurrences, such as earthquakes, landslides, or severe storms, can dramatically influence water levels either by blocking water inflow or by dumping vast amounts of water into the lake.
  6. Aquatic and shoreline vegetation: Vegetation in the lake and along its shore can affect water levels. These plants can absorb significant amounts of water, and in some cases, changes in the types or quantities of vegetation due to invasive species or human intervention can impact water levels.

Environmental Impacts of Fluctuating Lake Levels

Lake Texoma, a reservoir on the border of Texas and Oklahoma, experiences fluctuating lake levels due to various factors such as precipitation, evaporation, and water release for power generation. These fluctuations have significant environmental impacts on the surrounding ecosystem.

Erosion and Sedimentation

Fluctuating lake levels can lead to increased erosion along the shoreline. When water levels recede, the exposed soil is vulnerable to erosion from wind and rain, which can result in sedimentation in the lake. This sedimentation can negatively affect water quality and aquatic habitats.

Habitat Disruption

The fluctuating water levels can disrupt the natural habitats of plants and animals around Lake Texoma. For example, nesting areas for birds and spawning grounds for fish may be compromised as water levels rise and fall. This disruption can have long-term effects on the biodiversity of the region.

Water Quality

Fluctuating lake levels can impact water quality by stirring up sediments and affecting the balance of nutrients and oxygen in the water. This can have detrimental effects on aquatic life and the overall health of the lake ecosystem.

Recreational Consequences of Fluctuating Lake Levels

The fluctuating levels of Lake Texoma also have implications for recreational activities enjoyed by locals and tourists alike.

Boating and Fishing

Fluctuating lake levels can pose challenges for boaters and anglers. Shifting water levels may create navigational hazards and affect the distribution of fish populations, impacting the overall fishing experience.

Shoreline Access

As water levels fluctuate, access to certain areas along the shoreline may become limited or expanded. This can affect activities such as picnicking, camping, and hiking, which rely on stable shoreline access.

Wildlife Viewing

The fluctuating lake levels can also impact wildlife viewing opportunities. Certain areas that are usually accessible for observing wildlife may become submerged or inaccessible, altering the experience for nature enthusiasts.

Economic Ramifications of Fluctuating Lake Levels

The fluctuating levels of Lake Texoma have economic implications that extend to various sectors within the region.

Tourism and Hospitality

Tourism and hospitality industries around Lake Texoma may experience fluctuations in visitor numbers and revenue due to the impact of fluctuating lake levels on recreational activities and shoreline access.

Property Values

Fluctuating lake levels can influence property values in the surrounding areas. Properties located close to the shoreline may be perceived as more or less desirable based on the current water levels, affecting their market value.

Agricultural and Industrial Usage

Fluctuating lake levels can also impact agricultural and industrial operations that rely on a stable water supply. Irrigation for crops and water intake for industrial processes may be affected, leading to potential challenges for these sectors.

In conclusion, the fluctuating lake levels of Lake Texoma have complex and far-reaching effects on the environment, recreation, and the economy of the region. Understanding these impacts is crucial for stakeholders to effectively manage and mitigate the consequences of fluctuating lake levels on Lake Texoma.

Water Levels Lake Texoma Final Thoughts

To stay updated with the water level of Lake Texoma, you’d typically check with the U.S. Geological Survey’s (USGS) real-time water data, the U.S. Army Corps of Engineers, or the local water management authorities who monitor these levels consistently. Please note that water levels on Lake Texoma can change rapidly, especially during severe weather conditions.

Ray Roman
Ray is the founder/author of Go Lake Texoma. He and his wife Tammy live on Lake Texoma. They created this Lake Texoma visitor's guide to help the millions of visitors yearly enjoy all the great things Lake Texoma has to offer.