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Algae in Pools: Algae growth can result from low chlorine levels or insufficient filtration and circulation of pool water. It often appears around areas with poor circulation, such as steps or a loveseat. Q: What does algae look like? A: There are three main types of algae: Black Algae: Appears as perfectly round, black, shiny spots in the pool. Green Algae: Forms in the pool water and has a green color. (Pictured below) Yellow Algae: Develops on the walls of the pool and in areas with poor water circulation. #swimmingpool #poolservice #algae

Did you know that algae growth can persist, especially in milder climates during the winter months? It's true! But fear not – maintaining the proper chemical balance and incorporating effective winterizing treatments is the key to preventing unwelcome algae blooms. By taking proactive measures now, you not only ensure a crystal-clear pool throughout winter but also make the spring reopening process a breeze. It's all about setting the stage for a refreshing and stress-free aquatic experience. CONTACT US TODAY for personalized advice and solutions to keep your pool pristine all season long! #globalinterscope #didyouknow #algaegrowth #winterseason #poolcare #poolservices #pools #swimmingpools #poolrenovation #contractors #renovators #hyderabad #poolsupplies #swimmingpoolequipments #GlobalInterscopeIsHere #poolcareservices #poolcleaning #dreampool #poolbuilders #pooldesigners #poolproducts #poolmaintenance

These are a few reasons why fish may swim against the flow of water currents: 1. Fish might swim against the current to access areas where food is more abundant or where prey is concentrated. This behavior allows them to conserve energy while maximizing their chances of obtaining food. 2. Some fish species migrate upstream to spawn or to reach specific breeding grounds. Swimming against the current is essential for completing their migration cycle and ensuring the survival of their offspring. 3. Swimming against the current can also help fish evade predators. Faster water flow can make it difficult for predators to swim efficiently, giving prey fish an advantage. 4. Moving against the current allows fish to access well-oxygenated water, which is crucial for their respiration and overall health. Oxygen levels are often higher in areas with strong water flow. 5. Fish might swim against the current simply to maintain their position in the water column or within their territory. This behavior helps them conserve energy and remain in areas where conditions are favorable for survival.

Our volunteers have gathered bacteria samples from all around the watershed and updated results on the James River Watch website a bit earlier this week. With the holiday tomorrow, we know you might be planning to spend some extra time on the river. So, we're here to help you stay informed about the river conditions before you head out. Visit our website to check out the latest bacteria scores and other useful river-related information before you pack your picnic basket. The passing rate for the whole watershed was 83%, which is fairly average for us. However, there are a few locations with very high bacteria readings so we recommend not swimming in those areas for at least 48 hours. Plus there are storms forecasted across Virginia in the next few days which might affect the river conditions. We always suggest that you hold off swimming in the river for 48 hours after a heavy downpour. https://lnkd.in/dWXmyXKG

Invasive Mussel Math #1: 1. Each invasive mussel can filter up to 1 liter of water per day; 2. Mussels can reach densities of 700,000 per M2 (high density, but not the highest); 3. An Olympic swimming pool is 1,250 M2, and holds 2.5 million liters of water; 4. At that density, on only the bottom of the pool, there would be 875 million mussels. 5. The mussels would filter the entire pool 350 times per day, or once every 4.1 minutes! In our ecosystems, that much filtration is not a good thing. Why has the federal government cut its funding to prevent invasive mussels from infesting the West? Tag your local MP. Tracy Gray Mel Arnold Richard Cannings Dan Albas Steven Guilbeault Diane Lebouthiller Tony Maas

This is a great article and Chad clearly explains the causes and options available for communities facing beach erosion. Too many people look sand as a stock, when it really is more often a problem of flow. This is especially true of how we think of the impacts of sea level rise on beaches. In a stock world, we would assume that beaches will get smaller when sea level rises, but SLR will also affect wave patterns, and waves determine where the sand goes. This will mean some beaches actually will accrete more sand than they do currently while others will lose more than expected. In this paper (link below), we modeled the beaches in SoCal and found that there could be surprising winners and losers in the beach erosion/accretion lottery - making planning for climate change even more difficult. Phil King DG Webster Pete Adams Ryan Vaughn https://lnkd.in/ehHkeJSt

?? Shark Week is FIN-ally here, and if you know me, it's my favorite week of the year. The last few months I've been researching these beautiful creatures, learning how crucial they are to marine #ecosystems. Now more than ever it's imperative we #advocate for shark #conservation, considering ONE-THIRD of shark species face extinction. Join me in in spreading the word on how we can protect these apex predators. ??

??Need to maintain water quality to support aquatic life? We can solve that together. ?? Why It Matters: ??Maintaining a balanced aquatic environment is crucial for the health of aquatic life and operational efficiency. ??At GF Piping Systems, we offer precise measurements for crucial parameters in a variety of aquatic applications, including aquariums, fish farms, and swimming pools. ??Aquatic applications require fast response and accurate measurement. ?How can GF Piping Systems benefit your operations? Explore our innovative solutions ?? https://lnkd.in/dUpY5FBz #liquidanalysis #processautomation #aquaticlife #aquaticapplication #GFPS #GFIndia

?? ?????? ???????? ???????????? ?? Rats are excellent swimmers due to their streamlined bodies and strong tails. Their tails serve as rudders, helping them navigate through water with ease. In urban environments, rats often use the sewer systems as water highways to move around the city. They can swim for long distances and hold their breath underwater for up to three minutes. This swimming ability makes rats highly adaptable and allows them to access food sources and nesting areas that may be located near bodies of water, further contributing to their success as urban pests. #funfact #rats #pest #pestcontrol #commercialpestcontrol