Watch A Parched Lake Granbury Rise By 5 Feet In Just 24 Hours (Video)
Drought-stricken North Texas has received lots of rain over the past few days – and Lake Granbury has benefited. We have video proof.
At 9 a.m. Sunday, the water level at Lake Granbury in Hood County was around 682 feet. By 9 a.m. Monday, the level was up to 687 feet – 5 feet in just 24 hours.
The Granbury area got 7.36 inches of rain on Sunday. Granbury previously had about 7 inches of rain all year.
Earlier today, on its YouTube page, the National Weather Service in Fort Worth released a neat time-lapse sequence of the lake filling up:
You might recall that a woman's remains were discovered in Lake Granbury in April thanks to the drought. Low lake levels from the drought revealed a pickup. Inside: a skeleton.
Lake Granbury wasn't the only North Texas lake to benefit from the weekend rain. In just 24 hours, water levels rose by 3 feet at Lake Whitney and 2.6 feet at Lake Pat Cleburne. Other lakes, including Waco Lake and Lake Benbrook, also rose, but by less than a foot.
It's raining, it's pouring ...
Over the past couple of days, areas west and south of Dallas-Fort Worth have received the most rain. As of 7 a.m. Monday, Dallas-Fort Worth International Airport has recorded .85 inches of rain, while Denton has recorded 1.45 inches. Waco has gotten 4.29 inches. Hood, Somervell and Bosque counties are among the areas receiving the most rain over the past three days.
On Sunday, an area south of Glen Rose received the most rain -- 8.5 inches. Glen Rose is in Somervell County. Read more about the recent rainfall on the KERA Weather Blog.
... but the drought continues
The rain is helping, but it won't erase the drought. On Thursday, the United States Drought Monitor released its latest map showing the latest conditions in Texas. Extreme drought persists across Dallas-Fort Worth. But counties to the west of Dallas-Fort Worth, and counties in the Panhandle, remain stuck in exceptional drought. The drought has led Wichita Falls to rely on recycling toilet water.