Blue Algae alarm in Darmstadt: Health risks in the Prince of Hesse's pit!

Blue Algae alarm in Darmstadt: Health risks in the Prince of Hesse's pit!

In the prince of Hesse in Darmstadt, an alarming increase of blue -green algae was found. According to tixio , the concentration of the cyanobacteria has doubled since last Friday, which has now been on a current warning level of "increased attention" Federal Environment Agency leads. The city administration urgently warns of the health risks associated with this phenomenon and calls the population for increased caution.

The green area center Michael Kolmer has confirmed in a message that the water quality in the pit is closely monitored. Additional information should be provided if the situation is tightened further. Warnings were attached to the DLRG station and in other places around the lake so that the citizens can find out about the dangers.

dangers from blue algae

Blue algae, also known as cyanobacteria, can separate toxic substances that can lead to serious health complaints when contacting people. This includes nausea, vomiting and skin irritation. It is particularly dangerous to swallow the contaminated water, which can lead to serious health damage. Visible signs of a high concentration of blue algae are a greenish coloring of the water and streaks on the surface.

according to Environmental Office were primarily identified in Germany, in Germany, liver oven microcystine and rare neurotoxins from cyanobacteria. Another toxin, cylindrospermopsin, is also increasingly found in water and represents another risk. Reports and international literature demonstrate the harmful effect of this cyanotoxins, some of which have led to animal tests and reports on cattle death.

The symptoms of exposure to cyanobacteria not only include skin and mucosal irritation, but also conjunctivitis, earache and respiratory diseases. Gastrointestinal symptoms such as diarrhea and body pain can also occur as a result of contact.

measures and research

The Federal Environment Agency deals intensively with the research of toxic cyanobacteria and their health risks. Security measures are assessed and developed to avoid and control cyanotoxins. Especially in the area of ​​drinking water treatment, great importance is placed on the removal of these dangerous substances.

The WHO already specified a conductive value for microcystin LR of 1 µg/l in 1998, which is often used as a benchmark for other structural variants. It is known that cyanotoxins occur in concentrations that lie above this health limit, especially during the so -called water flowers. In view of the current warning, a thorough review of the water quality in the Prince of Hesse Grube is of the greatest importance for public health.