Lending a Helping Hand to Mother Nature: Restoring Lake Maly Taldykol in Astana
Lake cleanup operation initiated using biological methods
It's time to roll up our sleeves and get to work, as we tackle the pressing ecological issue of revitalizing Lake Maly Taldykol in Astana, Kazakhstan. This waterbody plays a significant role in the microclimate of the capital, regulates groundwater levels, and serves as a biodiversity hotspot and habitat for rare bird species - making it a crucial piece of the urban environment puzzle.
Unfortunately, over the years, the lake's health has taken a turn for the worse, leading to a decline in water quality, silting, and unfavorable conditions for aquatic life. To address these concerns, Astana's city administration, teaming up with TОО "Argyñ Stroy-2015" and TОO "Scientific and Analytical Center Biomedpreparat," have enlisted in an environmental crusade, focusing on biologically cleansing and restoring the ecological balance of Lakes Maly Taldykol No5 and No7.
Enter TОО "Scientific and Analytical Center Biomedpreparat" - a scientific powerhouse specializing in environmental purification biotechnologies, particularly water bodies. This center boasts a treasure trove of unique technologies and scientific know-how, including isolating and cultivating effective bacterial strains capable of consuming pollutants and restoring the natural microbial balance.
At the heart of the purification process lies the use of specialized biopreparations. These magical elixirs consist of live microorganisms from the genus Bacillus, including Bacillus amyloliquefaciens, Bacillus subtilis, and Bacillus pumilus. These marvels of nature possess the power to break down organic substances, suppress the growth of harmful pathogens, and support the restoration of natural microbial balance and biochemical processes needed for a healthy waterbody.
To maximize effectiveness, two types of biopreparations are employed:- Liquid biopreparations, boasting a high concentration of live bacteria, are applied directly to the water to kickstart biological activity and expedite the decomposition of pollutants.- EM-spheres, also known as Effective Microorganisms, are solid composite balls containing clay, nutrients, and bacterial biomass. They provide long-lasting effects and even distribution on the lake's bottom, ensuring sustained microbial activity. The combined use of these biopreparation forms guarantees a quick and lasting clean-up across an extended period.
Of course, it's not all about those science-y concoctions. A comprehensive suite of sanitation measures is also implemented as part of the project, such as mowing excessive water plants to prevent eutrophication (i.e., excessive nutrient accumulation) and disrupting the natural balance of the lake ecosystem.
The goal is to ensure the life cycles and habitats of local plant and animal species remain undisturbed while restoring the lake's health. For transparency and results evaluation, regular water sampling and biological and chemical analyses are conducted throughout the project. Armed with this data, adjustments to the methods and volumes of biopreparation application can be made on the fly - ensuring maximum cleaning efficiency with minimal environmental impact.
Folks living in Astana who are eager to lend a hand may witness the ecological action in the future. On June 10, the action took place on Kazybek Bi Street, opposite residential building 9/1.
In closing, the use of biopreparations, which not only clean water but also support natural biological processes, contributes to maintaining and even boosting the lake's biodiversity, fostering ecological stability, and enhancing the natural beauty of Astana's landscapes. Let's band together to make Mother Nature proud by revitalizing Lake Maly Taldykol! 💧🌱🌍🐟🐦
Science plays a crucial role in the restoration of Lake Maly Taldykol, with the Scientific and Analytical Center Biomedpreparat specializing in environmental purification biotechnologies. These technologies include the use of Bacillus strains, such as Bacillus amyloliquefaciens, Bacillus subtilis, and Bacillus pumilus, to break down pollutants, suppress harmful pathogens, and restore the natural microbial balance. climate-change environmental-science health-and-wellness science
