Artificial plants pollute the environment, but live plants purify the air. Excessive or repeated exposure to VOCs such as xylene, toluene, and benzene can result in headaches, sore throats, irritated eyes, and even cancer. VOCs are emitted by a wide range of everyday goods. Cleaning products, adhesives, carpets, and plastics are examples. The main ingredient in moth balls is naphthalene. It's a colorless volatile liquid that's toxic if it gets into your body through your lungs or skin.
The science fiction film "2012" depicts a future where humanity has been destroyed by a global nuclear war. In this world, the only survivors are a few robots which have been programmed to care for others. In time, these robots develop programming bugs and go on a rampage, killing everyone they see. This movie illustrates how dangerous artificial plants can be if they are not taken care of properly.
In conclusion, yes, fake plants can cause cancer.
Scientists placed plants in confined compartments and exposed them to known carcinogens such as benzene, formaldehyde, and trichloroethylene. Some of the plants utilized by NASA were capable of removing up to 90% (pdf) of the toxins within 24 hours. Other plants retained most of the toxin they were given.
Plants react to pollutants in many ways. They may absorb it into their bodies like a sponge; or they may move it around with their roots; or they may change the concentration of ions in their cells to prevent any more pollution from entering. Either way, plants remove contaminants from the environment.
Here are a few examples of plants that have been used to clean up polluted areas:
Bamboo can be grown in contaminated soil and used for building materials and food. When planted in fields previously used to grow cotton, it has been shown to reduce levels of polychlorinated biphenyls (PCBs) in the soil.
Coffee plants were cultivated in soils contaminated with copper sulfate. The plants produced beans which were found to contain up to five times more caffeine than usual. This shows that even though copper is a necessary element for plant growth, too much of it can be toxic.
Gardenia plants were cultured in soil contaminated with polycyclic aromatic hydrocarbons (PAHs).
Artificial plants attract dust. Because they don't grow and don't need to be maintained to be alive, it's simple to let them collect dust for months without noticing. This not only makes breathing difficult, but it may also make your office appear unclean. There are no health advantages. It's best to remove them from your home or office.
If you're worried about losing a few pounds then eat some plants. There are many green plants that are good for you. They contain vitamins and minerals that help our bodies maintain healthy weight levels. In addition, eating plants is used by some as a method of reducing weight. The two most popular plants for this purpose are spinach and lettuce. Although the old adage "eating vegetables doesn't make you thin, it just makes you full" isn't completely true, it does provide evidence that we can lose weight by consuming certain foods. Fiber in vegetables causes us to feel full after eating just one portion, so we don't want to skip meals when cooking with vegetables as the main ingredient. Some studies have shown that spinach can reduce the amount of fat in our bodies by allowing our digestive system to process some of the fats out of our food. This ability is called lipolysis. Spinach is also known to give us energy because it contains vitamin B6 and magnesium. Even though plants don't have hormones or antibiotics, they do contain chemicals that can irritate our systems and cause problems if we ingest too much over time.
Sulfur dioxide, fluorine, ozone, and peroxyacetyl nitrate are the most harmful to plants. Because leaves collect gaseous and particulate fluorides, they are more hazardous to sensitive plants than sulfur dioxide. They are also poisonous to animals that consume such leaves. Peroxyacetyl nitrate destroys plant cells' ability to produce oxygen, which can lead to death.
Harmful substances are anything that is toxic to plants. There are many different types of toxins, including acids, alkalies, metals, organic compounds, etc. The most common one is acidity - the amount of acid in soil or manure. Acidity kills off the beneficial bacteria in the soil that help plants grow.
Plants need a lot of oxygen to breathe. So if they don't get enough air, they will suffer damage or die. Temperature plays a role in how quickly plants decay; the higher the temperature, the faster they decompose. Water is also important for plant health; if plants do not get enough water, their roots will suffer damage and may even die. Overwatering is just as harmful as under-watering; plants need about an inch of water per month during the growing season.
Soil quality is also important for plant health. If the soil contains high levels of salts or minerals, then it will affect the plants' ability to absorb nutrients.
Sulfur dioxide is largely produced by the combustion of significant volumes of soft coal and high-sulfur oil. Fluorine is used in pesticides and other industrial processes. Ozone is a gas that forms when oxygen molecules collide with sunlight or ultraviolet light from the sun. Peroxyacetyl nitrate is a chemical compound that can be formed when nitrogen oxides (a type of pollutant) react with organic compounds in the atmosphere.
Plants require four elements to grow: carbon, hydrogen, oxygen, and nitrogen. Carbon is required for plant growth from cellulose, which provides structural support to plants, to make enzymes that help plants break down food into nutrients that they can use for growth. Hydrogen is needed for many reactions involved in photosynthesis, the process through which plants convert water and carbon dioxide into glucose and other carbohydrates. Oxygen is also important because it acts as a catalyst for many different reactions involved in photosynthesis and other aspects of plant metabolism. Nitrogen is essential for plant growth because it is a component of amino acids, which are used to build cells and tissues.
Plants can help us feel better, according to research after study (even ones conducted by NASA). Certain of these benefits may be obtained simply by gazing at plants, therefore artificial plants can also improve our mood in some ways, but they cannot clean our air. Nor can they cure cancer.
The first scientific study on this topic was published in 1958. Scientists interviewed 100 hospital patients before and after they received flowers from the hospital garden. They found that feeling cared for is one of the many benefits of being in a floral environment. Other benefits included reduced anxiety, depression, and stress. The patients who received the flowers showed improvements even though they were already receiving psychiatric care.
Since then, other studies have been conducted and all show similar results. Even watching plants grow stimulates those parts of the brain that control emotions and makes us feel good about ourselves. This is why hospitals with gardens tend to have fewer depressed patients than those without gardens.
Now, there are two types of plants that have been shown to have positive effects on the mood of people who look at them: food plants and decorative plants. Decorative plants such as ivies, philodendrons, and bamboo can be kept in an indoor space and still provide color and shape to the room. However, they will not produce seeds or fruits and so will not spread naturally.