Md. Rakibiul Islam’s Post

A riparian buffer is an extended fringe of native grasses, shrubs, and trees planted along stream banks. These vegetation buffers improve water quality by filtering sediment and pollutants from soil runoff, reducing the amount of harmful substances entering rivers and streams. The long root systems not only prevent erosion but support diverse microbial communities that break down organic pollutants and toxins, further purifying the water. They also reduce the amount of sediment that washes into waterways. This stabilization keeps water clearer and protects aquatic habitats.🌾 #riverrestoration #haitianrivers #tobuildavillageinhaiti #cleanwater #haiti

Struggling with algae or invasive weeds taking over your pond? Both pond algae and invasive weeds can significantly impact water quality, recreational activities, and even property values. Learn why they develop and how to keep your pond's ecosystem balanced and healthy on our latest blog>> https://ow.ly/TgPq50RB33C #AlgaeControl #InvasiveWeeds #PondManagement

Dr. Tim's Aquatic Saltwater Waste A Way Dive into the world of Dr. Tim's Aquatic Saltwater Waste A Way, a concoction of bacteria isolated from our very own saltwater aquariums. These microscopic heroes are on a mission, consuming nitrates, phosphates, and organics to keep your tank cleaner, your water sparkling, and your surfaces spotless. In the underwater world of your saltwater tank, unwanted guests like dinos, cyanobacteria, and algae often take over, thanks to the unintended bacteria-killing effects of skimmers, roller mat filters, and UV. Enter WasteAway, the game-changer that reintroduces competition into the tank, outcompeting nuisance organisms and restoring balance. Regular use promises a healthier aquarium, less maintenance, and a visually stunning underwater spectacle. Share this video if you want to help others keep their aquariums clean and healthy with Dr. Tim's Aquatic Saltwater Waste A Way! #AquariumMaintenance #SaltwaterTankCare #AquaticWasteManagement

Cleaning Water Naturally the Ancient Maya Way The Maya created constructed wetlands, which, as defined by the EPA “use natural processes involving wetland vegetation, soils, and their associated microbial assemblages to improve water quality.” No chemicals were needed like water treatment plants use today. In a constructed wetland, aquatic biota work together to maintain water quality. Aquatic plants like cattails, water hyacinths, reeds and others take up nutrients, while biofilms created by decomposing plants break down nutrients. Florin Batea https://lnkd.in/dWmAHDJi

How can floating aquatic plants help algae problems?   Having floating aquatic plants can be a very effective way of adding filtration and surface coverage to a water garden. Since these are free-floating plants (having no roots anchored in soil), they draw 100 percent of their nutrients directly from the water, feeding on nutrients that would otherwise feed algae.   Blocking sunlight from getting to the algae is one of the best ways to stop your pond from turning green. Floating plants do a great job at this by naturally fighting off and starving the algae, which keeps the water clear. These plants also make shade, which not only helps stop more algae from growing but also keeps your fish cool and happy.

Clean water is essential for the health and well-being of marine life in zoos and aquariums. Aquariums, that leverage advanced ozone technology ensures their water is free from harmful contaminants. Ozone purification not only enhances water quality but also creates a safer, more natural habitat for our aquatic residents. #OzoneGenerators #OzoneTechnology #WaterQuality

Why measure Dissolved Oxygen levels in ponds & lakes? Just as we breathe to survive, aquatic organisms rely on Dissolved Oxygen (DO) in water for their survival and well-being. The oxygen levels within a pond or lake have a profound impact on everything from nutrient cycling to the abundance of aquatic species. Low levels of DO can spell disaster for these ecosystems. They lead to the creation of “dead zones” - areas where aquatic life struggles to survive. This has a flow on effect throughout the ecosystem. In the absence of oxygen, phosphorous (previously bound to iron in an unreactive state in the sediment layer) is released into the water column where aquatic weeds, algae, and cyanobacteria use it to thrive.   The result? Lots more weeds, algae, and cyanobacteria! #DissolvedOxygen #WhyMeasureIt #WaterForLife #TrustedSolutions #Parklink #Laketech

A dead aquatic zone the size of Connecticut is about to devastate marine life And it will be one of the largest recorded in history. But why should this concern us? Firstly, let’s define what a dead aquatic zone is: An area where oxygen levels plummet, leaving most marine species struggling to survive. Nearly three-quarters of the U.S.'s harvested shrimp and a significant portion of its oysters and commercial fish come from the Gulf - where this dead zone is expanding. It’s both an ecological disaster and an economic one too. The Cause: Excessive nutrient pollution—nitrates and phosphorus from our farms and cities. As these chemicals flow down the Mississippi, they feed algal blooms that suck oxygen from the water at deadly rates. The Impact: Waters devoid of life. This is the reality during severe blooms, and it's getting worse. The ripple effects are catastrophic, affecting everything from the seafood industry to tourism, and real estate - essentially all local economies that rely on a healthy Gulf. What Can We Do? We need to rethink how we manage agricultural runoff and urban waste. Innovations in farming practices, improved waste management, and strategic wetland restoration are not only environmental necessities, but economic imperatives. What are your thoughts? #EnvironmentalAwareness #MarineConservation #EconomicImpact 

Some years there seems to be more aquatic vegetation present in the water than others. This year is one of those years. Why is that? This winter, ice cover that measured less than a foot and a lack of snow caused by unseasonably warm temperatures provided ideal conditions for aquatic plant growth. The lack of snow and early ice out enabled the energy from the sun to penetrate deep into the lake much earlier than normal helping the aquatic plants grow and thrive for a longer period of time. https://lnkd.in/gS3fPBXs

What Does A Water Filter Do? Your aquarium water filter is a silent hero, tirelessly performing three major functions to keep your aquatic friends healthy and happy. Just like the kidney and liver in our bodies, it strains out undissolved particles through mechanical filtration, a process as fascinating as it sounds. But that's not all, it also acts as a chemical filtration system, eliminating dissolved pollutants in the water, ensuring your fish are swimming in the cleanest environment possible. And the cherry on top? It even takes care of the ammonia and nitrite produced by the fish through biological filtration, making it an essential part of maintaining a successful aquarium. Follow for more fascinating insights into the intelligent and playful world of dolphins! #AquariumMaintenance #WaterFiltration #DrTimsAquatics