Environmental
Initiative

Building a Pollution Free Future

Imagine a world where innovation, what you wear, eat, or products you buy and use, can contribute to a healthier and more sustainable future. This vision drives the Zoshe Environmental Initiative, which focuses on building a brighter future freer from harmful pollution so we can all live longer, safer, and healthier lives.

Challenges

Every day, our lives are affected by harmful pollution, resulting in serious ecological damage, poor health, and millions of deaths annually. Growing evidence links pollution to roughly 16% of all deaths worldwide, with some countries experiencing rates upwards of 25%. Annually, the financial cost of pollution is estimated at $4.6 trillion, equivalent to a 6.2% loss in global Gross Domestic Product (GDP). In some nations, pollution is estimated to consume more than 7% of national health budgets. The main challenge in reducing pollution will involve overcoming complex economic, technological, and political hurdles for long term environmental health gains.

Solutions

Zoshe's current focus is on exploring the challenges and developing practical solutions to lower harmful pollution. With a aim to promote innovative products, scientific research advancements, and sustainable agriculture that can reduce pollution significantly and affordably.

Initiatives

  • Clothing Projects: to design innovative eco-friendly apparel to help lower pollution.
  • Food Projects: to create delicious eco friendly sweetened products, all designed with the goal of being healthier and reducing pollution without compromising taste or affordability.
  • HVAC Projects: to explore and design new high efficiency residential and commercial HVAC systems, with the goal to lower the cost and installation in half, and improve the reliability, while also making them much easier and more user-friendly to install, operate, service, fix, and replace.
  • Media Projects: Projects to develop entertaining and educational media content regarding the harm, challenges, and potential innovations to help reduce harmful pollutants and toxins. By translating complex scientific data into engaging stories and actionable insights, we aim to spark a global conversation. From digital media to interactive resources, we hope to empower individuals and industries to understand their environmental footprint and embrace solutions that may define a cleaner, healthier world.

About harmful pollution

Important Note: If you are concerned, or believe your health has been affected by exposure to pollutants, always consult a qualified physician, ideally one specializing in environmental medicine.

Disclaimer: Determining agreed-upon percentages for global pollution sources is very difficult. Environmental data is complex and may change overtime depending on the data collection methods, and when, where and how it was collected.

Overview

Pollution's health affects vary by pollutant type, exposure level, and individual susceptibility. Exposure can cause, exacerbate, or increase the risk of serious conditions by damaging cells, tissues, and DNA. Such damage can result in:

  • Accelerated Aging: Toxins and particulate matter promote inflammation and cellular damage, resulting in premature aging, disease, and death.
  • Cancer: Exposure to carcinogens within pollutants can lead to various types of cancer.
  • Cardiovascular Disease: Air pollution significantly increases the risk of heart attacks and strokes.
  • Loss of Biodiversity: Pollution disrupts ecosystems, leading to species extinction and the loss of natural habitats.
  • Respiratory Illnesses: Particulate matter and toxic gases can cause asthma, bronchitis, and other chronic respiratory problems.
  • Soil Degradation: Chemical pollutants and waste contaminate soil, reducing fertility and damaging entire ecosystems.
  • Water Contamination: Agricultural runoff and industrial discharge pollute water sources, making them unsafe for consumption and harming aquatic life.

Pollution is a costly, harmful, and deadly global problem linked to serious ecological damage, illnesses, and millions of deaths annually. Growing evidence from analytical data from the Global Alliance on Health and Pollution (GAHP) links pollution to roughly 16% of all deaths globally, with some countries experiencing rates upwards of 25%. The annual cost of pollution is estimated at $4.6 trillion, equivalent to a 6.2% loss in global gross domestic product (GDP). In some countries, pollution is estimated to consume upwards of 7% of their health budgets.

The following is an approximate global average of pollution sources:

  • Air Pollutants:

    • Industry: 24% (Factories, power plants, etc.)
    • Transportation: 23% (Vehicles, airplanes, ships)
    • Residential/Commercial/Other: 22% (Heating, cooking, etc.)
    • Agriculture: 12% (Dust, pesticides, livestock, agricultural field burning)
    • Energy Production: 11% (Burning fossil fuels)
    • Waste: 8% (Burning, landfills)

  • Water Pollutants:

    • Agriculture: 70% (Runoff of fertilizers, pesticides, animal waste)
    • Industrial Discharge: 22% (Wastewater from factories)
    • Municipal Sewage: 8% (Untreated/poorly treated sewage)

  • Land Pollutants:

    • Mining: 33% (Mining waste)
    • Industrial Waste: 28% (Industrial byproducts)
    • Municipal Waste: 25% (Trash from homes/businesses)
    • Agriculture: 14% (Pesticides, chemicals)

Challenges:

Agriculture:

Globally, it is estimated that many farmers with less than 10 hectares of land produce well over 50% of the food calories the World consumes, earn less than $3.00 per day, and also lack existing or affordable farming methods to help them lower the land, air, or water pollution they may create. Many of the farms over 10 hectares share these same problems.

Regardless of whether it's on the low or high end of the estimated statistics, it is still an enormous challenge to innovate, develop, and scale up practical and affordable sustainable agriculture solutions to reduce harmful agriculture pollution across nearly 600 million farms, farming 12.3 billion acres. While some solutions have had some success, they all seem to come with significant limitations, trade-offs, and numerous drawbacks. However, that does not mean solutions won't exist someday, nor should efforts stop or be discouraged, as any little success is helpful.

Presently, a lot more needs to be done to better help lower agriculture pollution.

Often when I look at agriculture farming solutions to help lower pollution, I ask the following:

  1. Success Rates and Efficacy:
    • Does it work in all regions, climates, and soil types of the world where it's needed?
    • If not, what percentage of the needed acres does it presently cover?
    • Are there efforts underway to significantly increase its range, and what are those theoretical increases?
  2. Trade offs and Consequences:
    • Will it decrease crop yields?
    • Does it have a higher risk of crop failures?
    • Does it increase the need for harmful pesticides, anti-microbial treatments, fertilizers, or burning?
    • Is it essentially swapping one harmful environmental impact or cost in lives for another?
    • Does it require significantly more water resources and greater destruction of ecosystems?
    • Does it create a higher risk of harmful and deadly bites or infections for farmers and farm workers? If yes, what are they?
    • Does it produce a less nutritious crop, or less desirable crop for either material, products, or energy uses?
    • Will the crop result in higher levels of pollution for livestock feed and human consumption? If so, what harmful and deadly adverse effects will they have, and is the risk greater than what is presently being used?
  3. Cost and Scalability:
    • Does it require annually higher input and labor costs? If yes, what are they, and how much per acre annually will it cost?
    • What is the initial cost and the Return on Investment (ROI)?
    • Does it have any fees and maintenance requirements? If yes, what are they and their typical annual costs?
    • Does it require higher crop insurance costs?
    • Overall, how much would it increase the cost of the crop per acre annually?
    • Does it need to be scaled before it can be provided to farmers? If yes, what is the scaling cost and how long will it take?
    • Does it need government approvals or long term testing results? If yes, what are they, how long will it take, and what is the estimated cost?
  4. Funding and Prioritization:
    • Will it require funding from governments or large donors?
    • If yes, will that capital need to be redirected from other much needed concerns?
    • What would those other concerns be, and what is the potential harm and theoretical cost in lives of redirecting that funding?

Sources:

Agriculture:
  • Our world in data:
Naturally Occurring Pollution:
  • U.S. Geological Survey (USGS):
    • Provides extensive data and research on volcanic eruptions, dust storms, and radon gas.
    • USGS Website
  • National Oceanic and Atmospheric Administration (NOAA):
    • Offers information on wildfires, dust storms, and oceanic emissions.
    • NOAA Website
  • World Health Organization (WHO):
    • Provides data on the health impacts of naturally occurring pollutants, such as radon and pollen.
    • WHO Website
  • Intergovernmental Panel on Climate Change (IPCC):
    • Publishes reports on the role of natural sources in climate change, including volcanic eruptions and methane emissions.
    • IPCC Website
  • National Aeronautics and Space Administration (NASA):
    • Uses satellite data to monitor wildfires, dust storms, and volcanic eruptions.
    • NASA Website
  • European Environment Agency (EEA):
    • Provides data and reports on natural pollution sources in Europe.
    • EEA Website
  • National Park Service (NPS):
    • Monitors and studies natural pollution in national parks.
    • NPS Website
  • Universities and Research Institutions:
    • Many universities and research centers conduct studies on natural pollution sources. Search for publications in scientific journals.
Pollution Sources Data: