Aloe Vera Care

Aloe Vera is an herb that is very popular for its various health benefits as a multi-purpose medicinal plant with many beneficial properties. Aloe Vera products and cuttings can be used to treat skin ailments, cuts and eczema. It is reputed to be great for treating many digestive problems from constipation to heartburn, and is one of the most effective natural remedies for treating acid reflux. Aloe Vera is grown commercially in parts of the southern United States, the Caribbean and across Mexico for its many beneficial uses, hidden inside the succulent leaves.

Caring for this native African plant is quite simple. It is a succulent non-flowering plant that does well in sandy well-draining soil. Since it is a succulent the soil should be allowed to try for a few days in-between watering. The Aloe Vera plant stores water in its fleshy leaves so if the soil is kept too moist, the plant can suffer from over watering and experience plant rot. The watering frequency of your Aloe Vera plant will need to be adjusted for the seasons. The plants will need less watering in the winter and a good soaking periodically during the summer. Using distilled water or a very light compost tea is preferred over chlorinated tap water which can cause browning of the tips.

Your Aloe Vera plant should be protected from harsh sunlight. If it is over-exposed to direct sunlight the leaves may turn brown, so indirect light is best. Protecting the plant from frost is important. It cannot tolerate freezing temperatures so if grown outside it needs to be covered or transplanted inside during the winter.

Aloe Vera is a favorite houseplant of mine and is my ‘go-to’ remedy for many skin irritations. It’s also known for its important role in improving indoor air quality by filtering and removing some common and harmful household pollutants.

Leave a comment below and let us know some of the ways you have used Aloe Vera.

Important Study Finds Inexpensive Solution to Improving Indoor Air Quality

NASA and the Associated Contractor Landscapers of America (ALCA) spent two years testing 19 different common plants for their ability to remove common pollutants from indoor air.

Most of the plants used in the study are common variety houseplants and can be seen in homes around the world. The remaining two plants listed in the findings are annual decorative plants that may be used indoors infrequently.

Of course we all know that plants produce their own food through a process called photosynthesis. Photosynthesis “cleans” our air by absorbing carbon dioxide from the atmosphere and releasing oxygen but, during this process other substances including pollutants are taken in by the plant as well. The plants absorb the substances through openings in their leaves called stomata.

So why are these houseplants so efficient at removing pollutants and improving indoor air quality?

The advantage that houseplants have over other plants is that they are adapted to tropical areas where they grow beneath dense tropical canopies and must survive in areas of low light. Because of this, these plants are ultra-efficient at capturing light, which also means that they must be very efficient in processing the gasses necessary for everyday photosynthesis. Due to this, they have greater potential to absorb other gases, including potentially harmful ones.

In the NASA study, under controlled conditions some of the houseplants were found to remove as much as 87 percent of indoor air pollutants within 24 hours.

In the study NASA and ALCA tested primarily for three common chemical pollutants: Formaldehyde, Benzene, and Trichloroethylene.

Formaldehyde is commonly used during the manufacturing process of many building materials including particle board, carpet, insulations and by-products are used in many paper items and cleaning products as well. Benzene is a common solvent found in oils and paints. Trichloroethylene is used in paints, adhesives, inks, and varnishes.

While NASA found that some of the plants were better than others for absorbing these common pollutants, all of the plants had properties that were useful in improving overall indoor air quality. Continue reading “Important Study Finds Inexpensive Solution to Improving Indoor Air Quality” »

What Can You Do to Improve Indoor Air Quality at Home?

Constructing leaky buildings isn’t the answer.

It’s true that well constructed, energy-efficient houses save money and energy. And with suitable mechanized ventilation, they can have better indoor air quality than a leaky building. The principal factor behind this is control.

In a drafty household, outdoor air enters the home intermittently via cracks, unsealed joints and penetrations, depending mostly on the climate. Often there will be extra leakage, leading to a drafty, unpleasant home. In other buildings there won’t be enough, resulting in a stuffy home. Mechanical air flow in a properly-insulated, well-sealed home; will exhaust pollution and bring in outdoor air in a controlled, premeditated process. This key fact makes a dwelling both comfortable and energy efficient.

Utilize energy efficient design. Developing tight, suitably-insulated homes reduces heating and cooling costs. Household air quality and energy efficiency walk hand in hand.

Controlling humidity in a home can help get rid of mold, mildew, and various biological growths that have been linked to a number of ill health effects. Building an energy efficient residence with good air sealing and the use of barriers and diffusers to control vapor properly are crucial. The whole building envelope, from the foundation to the roof, needs to be engineered to not just stop moisture entry, but also to permit any moisture which does enter a means to escape. Sufficient ventilation should help make sure that moisture stays within appropriate levels. Continue reading “What Can You Do to Improve Indoor Air Quality at Home?” »

Poor Indoor Air Quality Can Make You Sick as A Dog

Home-sweet-home may not be quite the correct phrase if your house is building up pollutants and toxic indoor air. Indoor air quality troubles in your home begin when indoor pollution origins release gases or contaminants into the air.

  • Weak air flow can increase household pollution amounts by not bringing in adequate outdoor air to decrease emissions from household sources and by not carrying indoor air pollutants out of the house.
  • High heat and humidity levels could also build up concentrations of some pollutants.

If too little outside air enters a home, pollutants can build up to levels that can pose health and comfort problems. Unless they are built with special mechanical methods of ventilation, homes that are designed and made to minimize the amount of outside air that may “leak” into and out of the home may have greater pollutant amounts than other homes. However, because some climate conditions can greatly reduce how much outdoor air that enters a home, pollutants can increase even in homes that are generally regarded as “leaky”.

Direct side effects could show up after just one exposure or recurrent exposures. Continue reading “Poor Indoor Air Quality Can Make You Sick as A Dog” »

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