The environmental effects of embalming fluids and western burial practices 

How is the environment impacted by different burial practices and preparations? What are some potential solutions? 

Traditional western burial practices, especially those involving embalming fluids, caskets, and concrete burial vaults can result in harmful chemicals releasing into the surrounding environment and impacting the water table balance. This then creates risks to the local ecosystems and public health.   

The chemicals used in embalming fluids, such as formaldehyde, methanol, carbolic acids, and other ingredients have negative effects on the environment's biology by disrupting microbial ecosystems and contributing to pollution. This can be caused by poor burial practices.  

The reason why embalming fluids are dangerous is that chemicals like formaldehyde (a main ingredient in embalming fluids) are toxic for both humans and animals. Over time, the presence of these chemicals can alter soil bacteria, thus slowing the decomposition process, disrupting the nutrient cycle, and harming public health. 

In burial sites, the overuse of embalming fluids can lead to prolonged environmental contamination. These chemicals linger in the soil as the body slowly decomposes and will eventually seep into groundwater, threatening both nearby aquatic ecosystems and towns. 

This combination of polluted soil ecosystems and groundwater contamination creates adverse effects on the microbiome of soil and water contamination.  

From a public health perspective, these chemicals pose a serious risk to communities that use groundwater as their main source of drinking water.  

The overuse of embalming fluids can also potentially cause health issues such as cancer, respiratory illnesses, and different skin conditions.  

Embalming fluids can potentially give rise to soil pollution and destroy the microbes in the soil that help with the decomposition of the body. 

If alternative burial methods like green burials or the use of non-toxic embalming solutions are adopted, the negative environmental and public health impacts can be reduced.