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Salt Marsh

Salt Marsh

What Is Salt Marsh?

Salt marsh is an ecosystem that occurs between land and saltwater, an ecosystem that helps protect the coast. Salt marshes are populated by salt-tolerant plants like herbs, grasses and shrubs. These plants allow the salt marsh to trap sediment. The salt marsh then exports these nutrients to the coast. Salt marsh also creates a habitat for land-bound animals like mammals and migratory birds.

Where Do We Find Salt Marsh?

Salt marsh occurs on temperate coasts in sheltered environments like estuaries and embankments. In tropical areas, salt marsh is replaced by mangroves, marshes populated by salt-tolerant trees instead of salt-tolerant herbs. Salt marsh frequently occurs along the deltas of large rivers, like the Mississippi.

Salt Marsh is Unique

Unlike land-bound habitats, coastal salt marsh ecosystems are flooded by tidal flow every day. This tidal flow helps deliver sediments to salt marsh. The nutrients that collect in salt marshes make them highly productive environments that enable a broad food chain of organisms. In salt marshes we can find everything from bacteria to mammals. However, to survive, salt marsh organisms must be tolerant of salinity and flooding. Flora further inland are less exposed to salinity and flooding, and therefore don’t usually need to be as hardy, allowing inland salt marsh flora more diversity.

How Humans Have Harmed Salt Marsh

People flock to salt marshes for their beauty and coastal location. In 2002, over half of the world’s population lived within thirty-five miles of the coast. However, our population density along coasts means that we greatly impact salt marshes, often in negative ways. In the past people perceived marshlands as near-wasteland, and we used “land reclamation” to convert these areas into upland for agricultural purposes. After that, this upland was sometimes again converted into urban or industrial land, as in the cities of Boston and Tokyo. We have polluted salt marsh with runoff and nitrogen loading, introducing new species while killing off old ones. However, by altering marshlands, we have altered the salt marsh ecosystem. We’ve devastated salt marshes’ biodiversity and natural water flow.

Salt Marsh Perception and Restoration

Nowadays people are trying to restore salt marsh and reverse land reclamation. People no longer perceive salt marshes as “coastal wastelands,” and now see how biologically productive these areas are. In terms of biodiversity, people now perceive salt marshes as similar to tropical rainforests. Legislation such as the United States’ Clean Water Act now protects salt marsh habitats.

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Your Irrigation System

Your Irrigation System

Your Irrigation System: Water Your Garden Efficiently and Effectively

For farmers and gardeners alike, an irrigation system is essential to growing healthy, strong plants. Even in regions with adequate rainfall an irrigation system is necessary, as it evenly and consistently distributes water to plants. A proper irrigation system ensures that your soil’s moisture level is conducive to the health of your plant. Irrigation systems range in complexity from bucket systems to the mechanized systems of large farms.

The Flood Irrigation System

One early irrigation system, called flood, or surface irrigation, consists of pumping or pouring water onto the highest point of a field, where it will flow down and across the rest of the field because of gravity. The flood irrigation system is the most common method of irrigation worldwide. One major draw-back to this irrigation system is its inefficiency. As water flows across the entire field, it flows even to places that don’t require irrigation, such as the furrows. Another draw-back of this irrigation system is water-logging. This irrigation system can sometimes over-moisturize the soil and over-water plants. Plants require a specific percentage of moisture in the soil in order to thrive; any percentage too low or too high may kill the plant.

The Drip Irrigation System

Another irrigation system, drip irrigation, waters more precisely. Drip irrigation, also known as micro-irrigation or trickle irrigation, uses very thin plastic tubes, usually called drip tape, with small holes every few feet. These tiny holes usually release only a drop of water at a time. The grower lays the drip tape across the field alongside the plants and matches the small holes in the tape with the plants. When water is pumped through the drip tape, the drip system slowly waters each plant. This method prevents water loss to runoff. The system pumps the water directly into the ground, preventing the diseases that can occur when leafy material touches water. The drip tape is often buried an inch under the earth in order to protect the tape from tractors and to decrease the amount of water lost to evaporate. However, a drip irrigation system is expensive, and may cost over a thousand dollars per acre. Also, the drip tape can be easily clogged, requiring maintenance.

The Spray Irrigation System

The spray irrigation system employs sprinklers. Some spray irrigation systems use long pipes with nozzles attached at regular intervals to spray fields with water. Other systems use a center-pivot that makes large circles around the field. However, this irrigation system is also costly, as it requires machinery, a major investment.

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Natural Furniture Polish

Natural Furniture Polish

Natural Furniture Polish

Making wooden furniture gleam is the goal of many a housekeeper. However, most housekeepers have never considered polish’s potential environmental impact. Most commercial furniture polishes contain petroleum distillates or mineral spirits. These items are highly flammable and contribute to air pollution in your home; on a larger scale, they can harshly affect the natural world. Fortunately, natural furniture polish substitutions are available to help ensure the safety of your furniture and family.


The Dangers of Furniture Polish

The petroleum distillates present in furniture polish are carcinogenic. This should concern you if you have children who climb all over your freshly polished furniture. Many furniture polishes come in an aerosol format, which spray these harmful chemicals into the air your family breathes. The chemicals present in furniture polish also irritate the lungs, eyes, skin, nose and throat. Mineral spirits are very poisonous and can be found in furniture polish as well as solvents like paint thinner.

Furniture Polish and the Environment

We allow furniture polish to leak into the environment when we dispose empty polish cans improperly, or we rinse the rags we used to wipe in the sink, or throw these rags out in the trash. Furniture polish is classified as hazardous waste and needs to be disposed of accordingly. The chemicals in furniture polishes break down slowly and can remain in the air and water for a very long time. Hydrocarbons, the chemicals in furniture polish, are neurotoxins. They are not only toxic to humans, but to any other animal form that comes into contact with them, including marine life. Trace amounts of sulfur and other chemicals are also present in petroleum distillates and can react disastrously to the environment. When sulfur reacts with water, it forms sulfuric acid. When rags with furniture polish on them are rinsed in the sink or incinerated in the landfill, these chemicals eke into our drinking water supply.

Natural Furniture Polish

Do the dangers of furniture polish doom you to a life of grungy furniture? Certainly not! Natural furniture polish polishes effectively without harming the environment or our limited water supply. Brands with naturally derived ingredients are available in stores. Some of these premixed furniture polishes with nonpolluting ingredients include Daddy Van’s Natural Beeswax Polish, Earth Friendly Furniture Polish, Weiman Lemon Oil Furniture Polish, and Life O’ Wood Furniture Polish. You can even use some of the following recipes to make your own natural furniture polish.
  • Lemon polish: mix ten drops of pure lemon oil (check the oil’s ingredients carefully to verify that it does not contain petroleum products) with two tablespoons of lemon juice and a small quantity of olive oil.
  • Cornstarch polish: sprinkle cornstarch on a rag and rub it into the furniture until it gleams.
  • Linseed oil polish: combine 1/8 cup of food-grade linseed oil, 1/8 cup vinegar and 1/4 cup lemon juice to create a great natural furniture polish with a pleasant smell.

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Eco-Friendly Cleaning Products in the Kitchen

Eco-Friendly Cleaning Products in the Kitchen

Help the Planet by Using Eco-Friendly Cleaning Products in the Kitchen

We can help our planet by living green in many ways, large and small. One decision in the grocery store or car dealership can make a big difference for the environment and your health. Using eco-friendly cleaning products in the kitchen can minimize pollution and enhance the healthiness of your home environment. All cleaning products are not created equal. Some are downright dangerous, while others clean just as well but are safe and environmentally friendly.


How Can Kitchen Cleaners Harm Water and the Environment?

The chemicals used in cleaning products and their packaging, can harm the environment and our water supply. Cleaning products contain thousands of untested chemicals, but are flushed down drains into our waterways. These chemicals may leak into streams and rivers, where they may take a long time to decompose into harmless substances, or may never break down at all. Algae blooms can kill life in waterways. “Nutrient overloads” in waterways, caused by cleaning chemicals, have ruined popular fishing areas and shellfish beds.


Other Negative Side-Effects of Cleaning Products

Some of the chemicals in cleaning products enter the food chain and can return to us in toxic form to cause cancer or even birth defects. Some harmful chemicals commonly found in cleaning products include phosphates, alkalies, bleach, ammonia, acids, alkylphenol ethoxylates, phosphorus, nitrogen and VOCs. Phosphates pollute ocean, river and stream ecosystems with algae blooms and even dead zones.

 

The Consequences of Drinking Water Contaminated By Household Cleaning Products

When we drink water or eat foods that have been contaminated by the dangerous chemicals in cleaning products, we may face health consequences. Over one hundred of the chemicals found in cleaning products have been linked to health problems like allergies, skin rashes, birth defects, cancer, headaches, depression, joint pain, chronic fatigue, chest pains, asthma and dizziness. We can acquire these health problems by breathing air tainted by our cleaning products. Dish washing detergent accounts for the largest percentage of accidental poisonings of children in the home. Housewives have a 50% greater chance of getting cancer than working women; scientists suspect that housewives’ daily cleaning agent usage is to blame. Choosing eco-friendly cleaning products improves your health as well as environmental health.

 

What Are the Alternatives to These Cleaning Products?

Hundreds of green, eco-friendly cleaning products are available for our kitchens. We need only find and choose them. Purchase eco-friendly cleaning products online or at your local retailers. Read labels and ask questions to find the best products. Ask for non-toxic cleaners: you should never pour anything but natural substances down the drain. We can also make our own eco-friendly cleaning solutions out of common household substances like salt, vinegar, lemon juice, water and baking soda.

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Green Cleaning Supplies for Your Bathroom

Green Cleaning Supplies for Your Bathroom

Green Cleaning Supplies

Toxic cleaner usage in bathrooms around the country has harmed our environment for decades. Respiratory irritants in conventional bathroom cleaners increase air pollution. Toxic chemicals in cleaners, personal hygiene products and pharmaceuticals are washed down the drains of American homes and contaminate our drinking water. These cleaners impact not only those who obtain their drinking water from a government-regulated source, but also the 15% of our population who use unregulated, private wells. The environment would greatly benefit from green cleaning supplies.

What Chemicals from Cleaning Supplies Are in Our Water?

The EPA has created a list of contaminates that includes every known substance found in drinking water and how much of these substances we can safely consume. Many of these contaminants enter the water system via improper disposal, but others enter through unsafe cleaning products. Using green cleaning supplies is the best way to ensure safe, clean drinking water. Phosphorus and nitrogen are two of the top contaminates found in drinking water. According to the American Water Works Association, higher levels of these substances in water can be attributed partly to toxic bathroom cleaners. Green cleaning supplies avoid using these chemicals in order to reduce the impact of household chemicals on the environment.

What Are the Consequences of Cleaning Supplies’ Chemicals?

Pollutants found in drinking water can cause a multitude of diseases, including nervous disorders and some types of cancer. Airborne particles released by traditional cleaning products cause or aggravate respiratory diseases like asthma.

What Can We Do?

Purchase green cleaning supplies from health markets or make green cleaning supplies at home using common household ingredients. These green cleaning supplies effectively disinfect bathrooms. Commercial green cleaning supplies offer non-toxic substances in recyclable packaging, further reducing their environmental impact. There are endless recipes for homemade green cleaning supplies, and though the results may vary from batch to batch, all are generally effective.

Watch Out for “Green-Washing”

Many companies are “green-washing” their products to seem more environmentally friendly than they actually are. Always read the ingredient and warning labels found on any products that are sold as green cleaning supplies. Many so-called green cleaning supplies merely change the proper names of toxic chemicals to less offensive-sounding titles. Greenpeace has investigated many of these faux-environmentalist companies’ and found that they touted their products with false information to make their products seem eco-friendly.

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Environmentally Friendly Cleaning Products in the Laundry Room

Environmentally Friendly Cleaning Products in the Laundry Room

Most commercial cleaning products contain synthetic detergents. Synthetic detergents are petrochemicals known for their ability to cut grease and lift stains. Detergents are widely considered superior to ordinary soap for their cleaning power. However, growing concern for the environment prompts us to consider alternatives to detergents: the presence of detergent in the water supply harms organic life. Additionally, some believe that laws regulating the sale of detergents do not adequately remedy the hazards detergents pose to the environment. Fortunately, environmentally friendly cleaning products allow us to take matters into our own hands to reduce our impact on the water supply.

How Detergent Works

Although several kinds of detergents exist, their chemical structures all operate in similar ways. One branch of the molecule attracts fats and dirt while the other branch attracts water molecules. This structure bypasses the natural surface tension of water, permitting the detergent molecules to dislodge dirt, stains, and bacteria in ways that soap alone cannot. For this reason detergent is added to most cleaning products, especially laundry detergent.

Dangers of Detergents

Unfortunately, the power of the detergent molecule is also the source of its harmfulness. Detergent molecules are highly resilient and biodegrade into harmful sub-molecules. These molecules accumulate in the water supply, both directly and indirectly harming aquatic and human life. Studies show that accumulation of phosphorus in the water supply harms the fish population. A recent study suggests that detergents contain endocrine disruptors that inflict reproductive harm upon all organisms. Drinking water containing detergent byproducts may lead to serious health problems such as endometriosis, breast cancer, and thyroid trouble. Considering these dangers, it is high time for us to switch from detergent to more environmentally friendly cleaning products.

Commercial Alternatives to Laundry Detergent

Fortunately, environmentally friendly cleaning products are available to help us avoid harmful detergents. Companies such as Shaklee, Seventh Generation, Simple Green and ECOS manufacture detergents that do not contain petrochemicals, caustics, or dioxanes. These environmentally friendly cleaning products look, smell, and act similarly to conventional laundry detergents but do not biodegrade into harmful chemicals. Because some of these products can be expensive, many instead supplement their laundry routines with less commercial products.

Natural Laundry Tips

Like commercial environmentally cleaning products, ordinary household items can fight dirt and stains naturally. White vinegar is an especially versatile substance for stain removal and effective cleaning. Soak stains in white vinegar or lemon juice before washing. For tougher stains, soak clothes in a bowl of glycerine. Add half a cup of Borax to the laundry cycle. Avoid dryer sheets altogether by throwing a felted wool ball in the dryer.

These simple, environmentally friendly cleaning products can help anyone reduce the amount of harmful chemicals humans add to the water supply. Every little bit helps.

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Water Usage at Home

Water Usage at Home

Residential Water Usage by the Numbers

When you flush the toilet or hop in the shower, the amount of water you are using is probably the last thing on your mind. However, as our resources dwindle and water conservation becomes increasingly important, reducing your personal water use becomes critical. Fortunately, there are some easy ways to reduce your water usage at home, but before you adopt them, you will need to understand where your water goes.

Toilets

Some of the most visible sources of water usage at home include flushing toilets, bathing, and brushing teeth. According to the American Water Works Association, toilets compose the largest portion of water usage in the home, taking up 26.7 percent of total indoor water usage. Toilets use about 18.5 gallons per capita every day. This is partially because, historically, toilets have not been designed with water conservation in mind, so they are very inefficient. However, recent awareness of water usage at home as well as advances in design and technology are slowly changing this.

Showers and Faucets

Showers make up around 16.7 percent of water usage at home, averaging 11.6 gallons per capita every day. The amount of water that a shower expends can also vary depending on the type of shower head. A broad, low-pressure head will waste a lot more water, due to its wide coverage. Investing in a narrower high-pressure device will help reduce water usage at home. Faucets, such as kitchen and bathroom sinks, account for another 15.7 percent of water usage at home, or about 10.9 gallons per capita. Some of this water usage inevitable; people need to drink water or wash dishes. However, there also are simple ways to reduce faucet water usage, like turning off the tap while you brush your teeth or shave.

Washing Machines

Laundry machines are a major source of water usage at home, making up 21.7 percent of indoor water use. The average washing machine uses thirty-five to forty-five gallons per load, which amounts to over 12,000 gallons per year used by the average American family of four. However, by choosing a high efficiency washer (HEW), this amount can be reduced by approximately 6,000 gallons, or 50 percent. You can also reduce water usage in the laundry room by waiting to do laundry until you have a full load and by using the most minimal settings possible. Comparatively, dishwashers compose only 1.4 percent of daily water use, or about one gallon a day. High-efficiency dishwashers use even less and can actually use less water than washing dishes by hand.

Miscellaneous

Some may be surprised to learn that leaks from toilets, faucets, and pipes make up nearly 14 percent of daily usage.  Thankfully, you can eliminate and prevent leaks in your home by regularly checking for leaks. Besides leaks, other miscellaneous water uses are fairly small components of total water usage at home. By simply switching to high-efficiency appliances and practicing good conservation habits, you can easily and conveniently reduce your water usage at home.

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Rainwater Harvesting

Rainwater Harvesting

Rainwater harvesting is the practice of funneling naturally-occurring rainwater from the rooftops of houses and other structures into some form of catchment system. Rainwater harvesting systems often utilize the previously-existing roofing and gutters on structures, although in some cases, these must be covered, replaced, or modified, due to pollutants found in the materials. Collected rainwater is used for drinking, household sanitation, livestock and irrigation, and recharging of natural aquifers. Although the water quality of rainwater harvesting varies, water collected from rooftops typically requires some form of filtering or purification before it can be safely consumed.

A Universal Practice

People collect and have collected rainwater in many parts of the world. People first harvested rainwater back in the Bronze Age, in the Indus Valley civilization. As the global demand for fresh water rises to crisis level, more and more people are exploring the benefits of harvesting natural rainwater. In some cities and nations, rainwater catchment systems are now mandated by law on all new construction.

The Benefits of Rainwater Harvesting

The benefits of rainwater collection are potentially huge. For example, in an area that receives around thirty inches of rainfall per year, a 2,000 square foot area can capture about 36,000 gallons of water, enough to provide nearly one hundred gallons of water per day. This is a significant amount of water, especially in areas of the world where clean water is available only to the small percentage of the population that can afford to pay for this increasingly scarce resource. Using rainwater reduces the draw on and sometimes can replenish natural aquifers, which are being depleted globally. The harvest of rain also allows strained water distribution systems to more easily get water to high-use areas, such as agriculture and industry. Furthermore, placing water use directly into the hands of citizens creates a greater level of individual responsibility, as people begin to see the direct impact their daily practices have on water supply.

The Price of Rainwater Harvesting

Although installing a system capable of harvesting and treating such large quantities of water can be expensive, this cost falls as new technologies emerge and the market for rainwater harvesting widens due to its growing popularity. Additionally, there are many possible ways in which improvised harvesting systems can be implemented. The primary costs of installing a rainwater harvesting system are the storage tank, which must be sizable if it is to accommodate a large water supply, and the filtration system, which varies according to region. Also, some systems may require the installation of a water pump in order to distribute the water from its catchment.

The Future of Rainwater Harvesting

Although rainwater harvesting was once a relatively obscure practice chiefly utilized by people in rural and very arid areas of the world, the need for new and renewable water sources for laymen will almost certainly lead to a near-universalization of water catchment systems in all newly constructed buildings of all sorts.

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Power Plant Emissions and Their Effect on Water

Power Plant Emissions and Their Effect on Water

Introduction

All of the electricity-generating plants considered here work by turning turbines in a magnetic field to generate electricity. Power plants are categorized according to the power source that turns their turbines. It is these sources that create the power plant emissions that affect our water. Coal-fired power plant emissions are scrubbed from chimneys and dumped into nearby rivers. Nuclear power plants heat water that is allowed to flow into streams, changing their temperatures. Hydro-electric plants use dams to create lakes where rivers once flowed. Wind-powered plants create no air or water pollution at all, but are more expensive than other types of plants.

Coal-Fired Power Plants

These facilities burn coal to create the steam that drives turbines. Currently coal-fired plants are controlling their air emissions well, but doing so at the expense of our waterways. Most of the country’s coal-fired plants have installed scrubbers in their chimneys that spray the power plant emissions with jets of water and chemicals, trapping and washing down particulates before they can escape into the air. This dirty water is then dumped into the nearest river.

Nuclear Power Plants

Proponents of nuclear power plants point out that they generate no emissions. Like fossil fuel plants, these facilities turn their turbines by heating water into steam and use water as a coolant. Workers then release this heated water into local waterways, where it creates hot pockets that can deplete the oxygen in the water and kill aquatic plants and animals. Some species of fish actually become accustomed to and thrive in the warmer water, but are massacred when the facilities are shut down.

Hydroelectric Plants

Larger hydroelectric plants rely on massive dams that alter the landscape for hundreds or thousands of square miles, changing a river habitat into a lake. Changes in temperature, water flow speed, water level, and turbidity destroy native species of fish and aquatic plants. Many of these altered areas become attractive tourists spots because new kinds of sport fish can be successfully transplanted there. Hydroelectric plants can transform a quiet river into a booming commercial area.

However, even the transplanted species of fish are hard-pressed to survive in their new home because of the environmental influence of the hydro-electric plant. The power plant can draw down the lake’s water at will in order to spin the turbines inside the dam. These frequent, sudden changes can cause even big lakes to require occasional restocking. As such, the lakes are no longer treated as habitats, but as tanks that support power generation and tourism industry.

Wind-Powered Plants

Wind power is the most benign way to generate electricity. Even solar-voltaic cells pollute the air and water during their manufacture and disposal. Wind power, on the other hand, creates no power plant emissions at all. Electricity-generating turbines are spun by the blowing wind; because no water is needed to cool them, the turbines do not produce thermal pollution. Currently wind generators are more expensive and less effective than most other types of power plants, but in choosing which energy sources to build, one must also factor in pollution’s cost to the environment and to human health.

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Water Conservation in the Office

Water Conservation in the Office

Conservation in the Office

You live an eco-friendly lifestyle. You save water every way you can at home. You have low-flow toilets and faucets installed, you take short showers and you’ve trained the kids to shut off the taps tightly so that they don’t drip. But what happens to your eco-friendly lifestyle when you get to work? Chances are your coworkers are not as environmentally conscious as you and that they will waste more water than you. The average office uses 14,695 gallons of water per day. If you are not the office manager, remind him or her that saving water will save energy costs and reduce overhead. Some cities even offer financial incentives to companies that practice water conservation in the office. Here are some steps you can take to practice conservation in the office.

Check the Restrooms

Does the plumbing leak? One leaking toilet can waste up to fifty gallons of water each day. Faucets in bathrooms and break rooms can be improved with affordable, low-flow aerators. Replacing the toilets with low-flow models is a more costly alternative, but it saves even more water. Urinals can also be replaced with programmable automatic flush systems to reduce the waste caused by a model that constantly runs. If your manager is not receptive to these ideas, take steps yourself and place displacement devices in the toilets to reduce their water usage. These devices can be as simple as a two-liter soda bottle weighted with gravel. Conservation in office restrooms may also be required by building codes; check to see if this is the case.

Cleaning

Is someone in the office responsible for cleaning, or does a cleaning crew come in? If a cleaning crew is used, speak with them or their supervisor about ways to improve water conservation in the office. When mopping, use the water efficiently. Spot mop to use less water, or use a mop system that doesn’t require water. Instead of steam-cleaning carpets, switch to dry cleaning systems. Be responsible and clean up messes quickly so that vacuuming alone can  keep carpets sufficiently clean. Instead of washing windows frequently as part of a regular routine, wash them on an as-needed basis.

Heating and Cooling

Water heating can account for nine percent of the energy used in an office. Check the water heater at work. Is it the same size as the fifty-gallon tank that you have at home? You aren’t showering or washing dishes or clothing: is the heater really necessary? Ask your building owner about switching to a smaller tank or converting to a tankless system. If the cooling system is water-based, be sure to turn it off when it is not needed. Consider switching to an air-based cooling system.

Landscaping

Conservation in the office doesn’t stop inside—you can conserve water on the landscaping as well. Don’t water the landscaping during the day. Instead, water at night. Install sensor devices so that the watering system won’t run when it’s raining. Don’t plant grass which requires additional water to maintain. Switch to bark landscaping with shrubs and other plants that don’t require as much maintenance. Finally, make sure that you do not over-water the plants and landscaping, as this is one of the biggest causes of water waste.

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