Tuesday, September 23, 2014

September Home-Maintenance Checklist - Series - Part 2



Fight winter with plywood
Find a couple of scrap sheets of plywood and set them aside. When the weatherman predicts a cold snap, set the boards against the exterior basement vents on whichever side of your house bears the brunt of your prevailing weather patterns. This bit of scrappiness could help prevent frozen pipes. Be sure to remove the boards once the weather warms up — those vents are there for a reason.

Insulation speculation
This is a good time to check the condition of insulation and see if you need more, especially if you live in an older home. You can purchase unbacked or loose-fill insulation if you are just beefing up what is already there. If you are adding batted insulation to a spot that has none, remember that the foil-backed side is the vapor barrier, and it must face the heated area.

For example, if you are laying fiberglass insulation in an unfinished attic floor to keep heat in the living room below, you should see pink when you're done — not foil. If your walls lack insulation, consider having a professional install blown-in insulation foam. The energy savings will probably offset the cost of the procedure in a couple of years.



Monday, September 22, 2014

September Home-Maintenance Checklist - Series - Part 1

Add weather-stripping to doors and windows
Weather-stripping can be plastic, foam, felt or metal; its job is to seal small gaps, keeping moisture and cold air outside where they belong. Look around your doors and windows: Is the weather-stripping torn or missing? This can become expensive if ignored. On doors, make sure the bottom seal is working properly — there are many sweeps, gaskets and thresholds designed to seal this gap. Doors generally need weather-stripping in their jambs as well. Adhesive-backed foam pads are easy to install for this purpose. Newer, energy-efficient windows generally don't require added weather-stripping, but if your windows are older, weather-tripping can keep drafts at bay and energy costs down.
Check storm windows
If you have storm windows that are cracked or dirty, repair and clean them now — prior to autumn installation.




Friday, September 19, 2014

Why Do Leaves Change Color?


Fall foliage is one of nature's most beautiful displays, but what makes it happen?

Between late August and early October, people across North America travel hundreds of miles to witness one of Mother Nature’s most beautiful pieces of artwork: fall foliage. A breathtaking natural spectacle, the wild splashes of red, orange, brown and yellow leaves racing up and down rolling hills and lining quaint neighborhoods have a certain homey nostalgia. Some places seem to have a tendency to produce more flamboyant versions of this natural artwork than others, and there's a good reason for it.
Those green leaves that we turn to for shade on hot summer days contain what is called chlorophyll. So much of this pigment is in the leaves that it masks the other pigments. Sunlight is one of the biggest factors in providing chlorophyll, so summer is when green leaves thrive. However, as light diminishes with the approach of autumn, so does the chlorophyll. This allows the other natural pigments, called carotenoids, to steal the show. The carotenoids come in yellow, brown, orange and a variety of hues in between.
There are other colors, however, that appear on leaves that weren't there before, and these are from anthocyanin pigments. Red and orange colors form due to an increase in sugar concentration in plants, typically occurring toward the end of summer. The more anthocyanins present in the leaves, the more burning reds you'll see on your next fall foliage trip.
Colder, northern climates tend to accelerate the process of chlorophyll decomposition. For instance, St. Paul, Minn., sees fall foliage peak in late September, but Tulsa Okla., likely sees it peak in early November. Temperature does affect leaf coloration to some degree, but it is not the determining factor. If it's a sunny autumn in your area, you'll see the brightest fall leaves.
If you live in an area with plenty of autumn sunshine and cool, crisp nights, expect a dazzling show this year. On the other hand, if the clouds just won't quit and the air remains a bit on the mild side, expect a more conservative presentation of duller yellows and browns.
5 quick facts about fall foliage
·         An increase in carbon-dioxide levels could further delay the onset of fall foliage colors in the coming years.

·         Leaves of some trees, such as birch, tulip poplar, redbud and hickory, are always yellow in the fall — never red.

·         Evergreen trees may shed their older leaves, which often turn bright yellow, in spring rather than fall, but they never drop all their leaves at one time. That's why they stay green all year.

·         The most vivid colors on tree leaves typically can be observed after a succession of very warm sunny days in autumn that in turn give way to cold, but not freezing, nights.

·         The most varied fall color, as well as the longest-lasting, occurs in areas such as the southern Appalachians, where a dozen or more kinds of trees may change color at slightly different times over the season.
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Thursday, September 18, 2014

What Makes The Seasons Change?


Many people look forward to changing seasons: the brilliant colors of fall, gentle snows of winter, fragrant blossoms of spring and sunbathing days of summer. The rhythm of winter to summer and back again is so predictable that few stop to remember why this happens.
While the Earth’s orbit around the sun is a key player in making sure the seasons change, the most important aspect is the tilt of our planet's axis of rotation, which comes to about 23.5 degrees. The tilt is always there, but as Earth makes its laps around the sun, the amount of daylight we receive varies.
So why is the Earth tilted in the first place? Most of our planet's landmass and ice buildup is in the Northern Hemisphere, making it a bit top-heavy. If it weren't for the tilt, our seasons would have very little variation, making fall, winter, spring and summer somewhat one-note.
In a Northern Hemisphere summer, the planet is oriented toward the sun and receives enough solar radiation to thaw out and warm things up. While this is happening, the Southern Hemisphere experiences less solar penetration and colder temperatures, thus inaugurating its winter. Six months later, thanks to the Earth's orbit, the opposite is true. In between these two dominant seasons come spring and autumn, which help serve as a healthy transitional period.
3 quick facts about the changing seasons:
·         Other planets in our solar system also tilt at various degrees. Uranus rotates almost sideways at 97 degrees and has extreme seasons. The axial tilt on Venus is 177.3 degrees, causing very little variation to the seasons.

·         Earthquakes can shift the Earth's axis, but only by an infinitesimal proportion.

·         Earth is decreasing in obliquity, or tilt. An increase in tilt can lead to ice-age conditions, while a decrease in tilt can warm the Earth's surface.
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This blog is brought to you by SERVPRO® of Great Neck/Port Washington, a leading provider of fire and water cleanup, mold mitigation, remediation and restoration services. For more information and a full list of our services, please visit us online at www.servproofgreatneck.com or contact us at 516-767-9600.



 
 

 

 
 
 

 

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