The dirty truth about soil and its impact on minerals
Filth. Dust. Grime. These unpleasantries often come to mind when “dirt” is mentioned.
Naturally, there are also positive connotations, mostly appreciated by the likes of farmers, scientists, environmentalists and others who are closely associated with mother nature.
Citizens from societies around the world will likely recall a typical situation from youth: yes, you can play outside, your parents or grandparents said, but do not come back dirty.
While messy and dirty situations are typically viewed negatively, there are positive aspects regarding dirt and its impact on human civilization and overall development, especially when soil is considered.
For starters, soil has a handful of critical functions, tied closely to our water and food cycle.
Also known as the pedosphere, soil is the outermost layer of earth that is made up of clay, sand and humus, which includes decomposed leaves and other plant material. The functions of soil is heavily linked to agriculture, water storage and purification, as well as serving as a habitat for various organisms. It includes a mixture of organic matter and minerals that support life.
Scientists note that it takes about one thousand years for soil to form, resulting in a diverse mix of mineral, rock and organic matter particles, among other organic and inorganic materials. In some areas of the world, minerals are over 40% of total components.
Water is also directly involved in the soil development, responsible for aiding in the transport and deposition of the materials of which a soil is composed. Soil differs greatly from one part of the world to another, which impacts the quality of drinking water. This is particularly important as water not only picks up minerals, but helps to filter out the various contaminants.
If soil is poor, the parent rock is often blamed, as it determines the nutrient richness of the resulting soil. That’s one reason why water coming from places such as Hawaii, where the basalt lava breaks down quickly into fertile soil, is preferred. Here, the soil is rich in minerals such as potassium, magnesium, and calcium, and is seen as desirable. Other places around the world have different properties and they vary widely in regard to color, texture and composition.
The mineral components are usually in direct relation to the bedrock the lies beneath, which varies between sedimentary, metamorphic and igneous. These compositions result in different soils and groundwater, which in turn impacts how humans, plants and animals respond to it.
As one of the linchpins of our ecosystem, we’ve also seen our soil become dirtier over the past few decades – no pun intended. As the upper layer, it’s also susceptible to continuous and growing amounts of pollution, caused by animal, human, agricultural and industrial waste. This impacts not only water quality, but the safety of our food and the health of our livestock.
Various contaminants, such as bacteria, pesticides, and viruses, can lead to groundwater contamination. This may be in addition to localized problems with tap water quality, especially for the growing concerns in the United States of America. So while soil is considered as one of the positive factors that leads to the amount of minerals (and their associated qualities) in drinking water, the rising rates of pollution is causing alarm.
Drinking mineral water is beneficial to health, but this point is outweighed by contamination and pollution.
With our creation, we bring the power of the natural water cycle right into your home. First, we purify your water. Then your water is mineralized.
To learn more about our research, including further insight about our disconnected water cycle, please sign up for journal updates below. You can also sign up for our waitlist here.
The information contained in this article is provided for educational and informational purposes only, and should not be construed as health or nutritional advice.