As was the case with the initial filling of Tempe Town Lake, evaporation replacement water supplies are delivered through the SRP Canal System. H: 93 L: 67. These efforts are focused primarily on minimizing the amount of water lost to channel seepage – water that leaves the lake laterally by permeating the levees. The largest and most visible source of stormwater inflow is from the Indian Bend Wash. Less frequently, inflows can enter the lake from releases by SRP above Tempe Town Lake on the Salt River at the Granite Reef dam. Different units: atmospheres (atm), Filling of Tempe Town Lake began for the first time on June 2, 1999. Tempe makes every effort to limit the use of groundwater to what is naturally or artificially recharged back into the aquifers (safe-yield). Help 1673 miles. Check the wind forecast for Near Tempe Town Lake when you want to find the best last minute travel destination for your kiteboarding, windsurfing or sailing vacation in United States. The horizontal resolution is about 13 km. Water to fill the lake was supplied by a portion of Tempe’s annual allocation of Central Arizona Project (CAP) supplies. Take control of your data. The reservoir receives much of its water from the Colorado River via the Central Arizona Project. In the remainder of the lake, where the levees rest on or close to bedrock, lateral seepage is handled by the techniques described previously. away. The original downstream rubber bladder dam was removed and replaced with a hydraulically operated steel gate dam, and the upper rubber bladder dam was removed. An area of high pressure and low pressure oppose each other and set up a pressure gradient force that moves This is the wind, wave and weather forecast for Near Tempe Town Lake in Arizona, United States. Forecasts are available worldwide. With minor exceptions, the riverbed in Tempe and upstream has remained relatively constantly saturated with periodic inflows. H: 3 L: 9. As was the case with the original dams, the new steel gate downstream dam can be lowered safely, allowing flows entering Tempe Town Lake from the Salt River upstream to pass through and continue downstream virtually unimpeded. Information about Tempe’s Town Lake’s new Dam can be found at the Town Lake Dam webpage. This force creates a wind as air is pushed in the according direction. CAP water headed for Tempe Town Lake entered the Salt River Project (SRP) System at the CAP SRP Interconnect Facility (CSIF). Use website settings to switch between units at any time. When storms produce significant precipitation in and around Tempe, stormwater runoff can enter the lake. the pressure difference, the stronger the force, and the stronger the resultant wind. These dams, along with the channelized boundaries of the Salt River created the boundaries of Tempe Town Lake. This data is available by clicking on Salt River at Priest Drive and Indian Bend Wash at Curry Road. Tempe Town Lake is an artificial perennial reservoir located just north of Tempe Butte at the confluence of the intermittent Salt River and the ephemeral Indian Bend Wash in Tempe, Arizona, United States. The lake received little to no inflow from the ephemeral Salt River. Units These levees form a low permeability barrier around the sides of the lake that restricts the lateral loss of water. Prior to this period the Salt River channel upstream of Tempe Town Lake was generally dry. The recovery wells are located in the areas where seepage recovery is feasible. Two levee systems were constructed: A cement stabilized alluvium lower levee designed to handle a 100-year flood event (about 180,000 cubic feet per second) and a rock gabion upper levee designed to contain the 500-year flood event (about 250,000 cubic feet per second). Filling of Tempe Town Lake began for the first time on June 2, 1999. The purpose of the cutoff wall is to prevent lateral seepage below the river channel. In 2016, Tempe completed construction on a new downstream dam. Windfinder specializes in wind, waves, tides and weather reports & forecasts for wind related sports like kitesurfing, windsurfing, surfing, sailing or paragliding. Using a combination of technology and innovation, Tempe developed a plan of operation for the Tempe Town Lake that combines techniques for operating the lake as a natural ecosystem to the maximum extent practical, while minimizing the amount of water lost to seepage, and managing inflows and pass-through flows to reduce or eliminate the need for supplemental evaporation replacement water supplies. Weather Summary. In the upstream extent of the lake, recovery wells capture and recirculate almost 100 percent of water lost to Salt River channel seepage. Later that summer, on July 14, the lake stretched to 220 acres in surface area and was declared officially full. Tempe Town Lake's water temperature 79° Today's forecast Clear H:93° L:67° Wind:3-9 mph Tempe Town Lake . These supplies include renewable and sustainable surface water from the Salt, Verde and Colorado Rivers, “safe-yield “groundwater pumping and reclaimed water supplies. © Copyright TWC Product and Technology LLC 2014, 2020, There is no associated webcam with this station. Windfinder specializes in wind, waves, tides and weather reports & forecasts for wind related sports like kitesurfing, windsurfing, surfing, sailing or paragliding. Forecasts are computed 4 times a day, at about 10:00 PM, 4:00 AM, 10:00 AM and 4:00 PM Mountain Standard Time. Tempe Town Lake is part of the Salt River channel and, as such, is subject to receiving water from upstream. Water Temp. Summary As its name suggests, Tempe Town Lake is located in the city of Tempe in central Arizona. It can be measured in Kelvin (K), Fahrenheit (F), or Celsius (C). That part of the electromagnetic spectrum between 5 - 400nm. The reach of the Salt River through much of the Salt River Valley contains flood control channel levees constructed of cement stabilized alluvium along the banks of the river.