Dont have the details, can someone enlighten me, kind of fish & why?

Looks like Shad and carp. Don't know.. Maybe they're tearing up the plant population... the carp atleast..

Who took this photo? When? Where?

Got the photo from another forum and they claimed a ranger took it also with no details

That's not good...

Seriously. This needs to be verified. Fairfield is one of the most unique fisheries in the state and what I'm seeing in the pic can't be good. What forum was this posted on? What did the original post say?

Wow is that Redfish and Talpia?

This picture was taken by Jackie Kennedy I think and is posted
in the whites, hybrds, and striper section,
The lake is Fairfield,

Are these photos of the die off that occurred a few months ago being replayed?

Boy that is one bunch of fish no matter what kind.

Skip

This happens ever year about this time but this year is a lot worse because of all of hotter than normal temp. It's because of low oxygen levels.most of the fish are tolipha and shad. I seen some redfish and large catfish.

Update
====================

FAIRFIELD � September means at least two unpleasant annual natural phenomena in East Texas: ragweed is blooming and fish are dying at Lake Fairfield.

Texas Parks and Wildlife Department (TPWD) Inland Fisheries management and Kills and Spills Team (KAST) biologists investigated a major fish kill on Fairfield Lake the second week of September.

Anglers fishing the lake the morning of Sept. 13, noticed the dead fish and notified the TPWD 24-hour Communication Center at (512) 389-4848. Unlike previous kills, notification was received early enough that TPWD personnel were able to get to the scene while fish were still dying.

This allowed them to collect fish that were stressed but not yet dead and take water samples in several areas of the kill.

Main locations of dead fish were along the shoreline of a cove immediately northwest of the dam to the spillway and in the cove south of the dam, but also extending up the shoreline to mid-reservoir. The fish appeared to have died no earlier than Saturday, Sept. 12.

TPWD personnel returned to the lake on Sept. 14, and 15, to collect water samples and conduct a thorough investigation and enumeration of the kill. Water quality field data were measured both in and out of the area where dead fish were observed.

Dead fish were distributed along approximately 10 miles of shoreline. A series of detailed counts were conducted along approximately 0.75 miles of that shoreline to allow estimation of the total kill.

Water quality datasondes (electronic data gathering devices) were deployed in the northwest and south coves where the main kills occurred. These datasondes were able to collect temperature and oxygen concentration every 30 minutes for the following 14 days.

Water quality field data collected on Sept. 13 indicated extensive areas of lower than normal oxygen and abundant phytoplankton (chlorophyll a) in the areas where the fish kill occurred. Using information on oxygen concentration from the datasondes, water quality data collected the day of the kill, and information on sunlight level from a local weather site, TPWD biologists began to piece together a theory on the cause or causes of the kill.

Normally photosynthesis (oxygen production) by phytoplankton during daylight hours increases oxygen concentration enough to compensate for respiration (oxygen use) by those same phytoplankton as well as bacterial decomposition at night. However, during periods of cloudy weather sunlight (measured as solar radiation) is reduced; oxygen consumption remains high but oxygen production is greatly reduced. When cloudy weather lasts for several days and oxygen concentration falls below the minimum level to support aquatic life, fish begin to die.

A good rule of thumb is at oxygen concentrations below 5 milligrams per liter (5 mg/L) many species become stressed, and at concentrations below 3 mg/L most species can die from oxygen deprivation.

These concentrations are also known as the daily mean and minimum dissolved oxygen criteria for high aquatic life use in the Texas Surface Water Quality Standards. Although oxygen levels may stay above the minimum level during the day, it only takes a few minutes below the minimum at night to be fatal to fish.

Cloudy weather in the Fairfield area began on Sept. 10. By the Sept. 12, solar radiation was only a third of the normal for that time of year, and fish began dying before dawn on Sept. 13.

By the time KAST personnel deployed the datasondes on the afternoon of the Sept. 14 the sun had begun to break through the clouds, and oxygen levels had begun to temporarily climb back above 5 mg/L.

This reprieve was short-lived; cloud cover reduced solar radiation on Sept. 15-17 and oxygen concentrations remained below the minimum level. By Sept. 18 the weather pattern had improved and oxygen production in the north cove remained above the minimum level.

Oxygen production in the south cove lagged several days behind due to its higher phytoplankton level, but by Sept. 20 abundant sunshine was once again allowing phytoplankton to produce high levels of oxygen in both areas. Another short period of cloudy weather from Sept. 22-25 reduced oxygen concentration again but was of short enough duration that no substantial fish kill occurred.

By combining oxygen data from the datasondes with solar radiation data from the weather station, TPWD biologists now had the critical information needed to understand the complex dynamics of the repeated kills at Lake Fairfield.

In September, water temperature and bacterial activity are still high but day length has been getting shorter incrementally since the summer solstice on June 21.

Extremely high phytoplankton levels due to high nutrient levels produce sufficient oxygen during sunny days to compensate for lack of production at night; however, when early fall cool fronts and cloudy weather limit solar radiation, oxygen levels drop rapidly and fish may die.

Initial estimates from the 2009 TPWD fish kill investigation indicated that nearly 1 million fish died compared to an estimated 7,345 that died in September 2008 and an additional 114,223 that October. However, the species distribution in the current kill was considerably different than in September 2008.

In 2009, 96% of the kill (an estimated 875,793 fish) were threadfin and gizzard shad and 3.3% (an estimated 30,168 fish) were sunfish species; the remaining fewer than one percent were bullhead minnow, inland silverside, channel catfish, flathead catfish, yellow bullhead, largemouth bass, blue tilapia, and red drum. In the 2008 kill, 51 percent were large red drum with an average length of 32 inches.

Water samples and tissue samples from live but stressed fish collected during the day of the kill have not shown the presence of any toxicant that could be responsible for the kill.

TPWD has stocked more than 5.3 million red drum in Lake Fairfield since 1984, and despite the estimated 3,750 red drum lost in the 2008 kill and the far lesser number lost in the present kill, anglers fishing the lake report excellent success for this popular fishery. Anglers spent over 9,000 angler hours seeking red drum at Lake Fairfield from Sept. 1, 2008 through May 31, 2009, accounting for over 47 percent of the directed effort; angling continued during and after both fish kills.

The TPWD Kills and Spills Team is a group of biologists who respond to pollution reports or natural incidents that threaten state fish or wildlife resources. If you see dead or dying fish or wildlife or pollution threatening fish and wildlife, please contact the 24-hour Communication Center at (512) 389-4848, or contact your local game warden. Additional information about KAST is available at http://www.tpwd.state.tx.us/texaswat.../homepage.html.

So is this from September of last year?

According to the thread over in the hybrid/white/striper section that pic was taken just a few days ago. The TPWD release above was from last year. This is a totally new incident.

This has been going on for the last couple weeks. I was at the luminant co. Park on Thursday and there were hundreds of dead fish and hundreds of stressed toplia that were still alive. This is causing big problems at the water intake at the plant.