Water related diseases fall into two broad categories.
* The first is water born Infectious Diseases (cholera, PSA infections etc.) These are directly related to water contaminated with pathogens from sewage. Related diseases caused by larger organisms like amoebae and worms can be considered in the same group. In this case the incidence of disease increases as the amount of contaminated water rises and sources of clean water become limited * The second group is water born diseases caused by toxic contaminants (Mercury, other heavy metals, benzene, antibiotics etc) As the levels of these materials increase they pass the "no effect" concentrations and stat to overwhelm the bodies ability to handle them (excrete or metabolize) and sicknes occurs. In some cases the body absorbs the contaminant until toxic levels are reached (e.g. bio accumulation of mercury). In these cases as water quality decreases the incidence of impacts increases.
Non potable water can chemicals such as Chlorides, Sulfates and Alkalies which can chemically attack the concrete.
Irrigation systems can decrease water quality through runoff, which often carries fertilizers, pesticides, and sediments into nearby water bodies. This can lead to nutrient pollution, causing algal blooms that deplete oxygen and harm aquatic life. Additionally, over-irrigation can cause soil salinization, further degrading water quality. Finally, the alteration of natural water flow can disrupt ecosystems, compounding the negative effects on water quality.
Painting a mural can impact hydrology and water quality primarily through the materials used and their interaction with rainwater. If the paint contains harmful chemicals or heavy metals, runoff during rain events can introduce these pollutants into local waterways, degrading water quality. Additionally, mural surfaces can alter local drainage patterns, potentially leading to increased runoff and erosion. Proper selection of eco-friendly paints and techniques can mitigate these negative effects.
why combind storm and sanitry make quality problem
Clean water is pumped through filters once a day to ensure its quality and safety for consumption. This regular filtration process removes impurities, contaminants, and particulates that may have accumulated, maintaining high water standards. Additionally, daily filtration helps manage the bacterial load and supports the overall efficiency of the water treatment system. Consistent filtration is essential for preventing waterborne diseases and ensuring public health.
Common diseases caused by bad water quality include cholera, typhoid fever, dysentery, and hepatitis A. These diseases are typically spread through contaminated water sources and can lead to serious health issues if not treated promptly.
Many diseases can be transmitted by water.
if not filtered, you can get severly sick with many infectious diseases
death...
Waterborne bacterial diseases include:BotulismCampylobacteriosisCholeraTyphoid feverLeptospirosisLegionellosisDysenteryE. coli InfectionM. marinum infectionWaterborne viral diseases include:SARSHepatitis APoliomyelitisPolyomavirus infection
pudding farts
diarrhea, and cholera that is the only two i could find
DEATH.
causes and unhealthy and an unhygienic condition in the surroundings. which lead to diseases like colera, malaria, chickengunia, and many other water borne diseases
71% of the Earths surface is water; as to the Quality of water mostly its salt water the rest is fresh water of , as for the quality of the Earth that has to do with where you look. Some of it is arid, ice, tropical or temperate.
Typhoid,and Cholera are spread by water borne bacteria caused by humans drinking contaminated water.
Water quality is more related to the chemical, physical, and biological characteristics of water, such as the presence of pollutants, pH levels, dissolved oxygen, and microbial contamination, rather than just the quantity of water available. Maintaining good water quality is essential for human health, aquatic ecosystems, and environmental sustainability.