Barometric Pressure and How It Affects Animals

Barometric pressure has a direct effect on the life around us. The amount of atmospheric pressure is constantly changing and sudden changes can create health issues such as migraines in people to affecting behavior in animals. Barometric pressure is a highly searched criteria reaching around 201,000 times a month on average within the United States and achieving over 300,000 searches with the spelling of barometric pressure.

Barometric pressure measures the amount of downward force that the atmosphere exerts within a specific air column. Barometric pressure travels in terms of peaks, flats and valleys and will rise and fall accordingly. Atmospheric pressure is a key means to predicting weather 12 to 24 hours in advance and has a 70% accuracy rate. Pressure sensors will detect a drop in atmospheric pressure as inclement weather approaches. Typically, pressure drops in front of a weather system and then will rise as the weather systems moves out of the area. High pressure typically entails bright, blue, clear days or nights while normal pressure periods results in scattered clouds. As the atmospheric pressure gauge drops, expect increasing clouds and possibly storms as the atmospheric pressure continues to drop.

As people may feel the effects of barometric pressure changes in terms of ear pain, dizziness or headaches, animals too are affected by pressure changes. Many animals rely on scent and scent is highly dependent on atmospheric pressure. When low pressure is in the area, scent will travel further and higher in the atmosphere but as the millibars continues to drop resulting in rain, fog or snow, the scent will hug the ground and last longer. On high pressure days, scent will dissipate quickly.

The overall relationship between barometric pressure and changing weather conditions results in changes in animal behavior. Hunters and anglers alike monitor the sudden drops in millibars to predict an increase in animal movement. This increase in movement can be attributed to the animals or fish expecting inclement weather and survival instincts to feed and stock up on energy to survive a period of discomfort associated with long lasting storms.

Hunters, anglers and those sensitive to changes in barometric pressure may benefit from monitoring and tracking barometric pressure readings from gauges and at home weather stations. There are several types of pressure sensors and monitors that are available on the market. The prices range on eBay from a few dollars to hundreds of dollars for high end at home weather stations that come with a variety of external sensors for gauging wind direction, barometric pressure, temperature, and humidity. The barometric pressure sensor on many models tracks the past 24 hours of pressure readings that allow the user to determine if pressure is stable, rising or dropping at any given time. The following devices are popular for the climate monitoring enthusiast:

The Honeywell TE923 is a Deluxe Weather Station that cost from $200 to $300 from Amazon.com and utilizes external sensors such as the barometric pressure sensor, temperature and humidity sensors, UV sensor for measuring harmful UV levels and wind and rain sensors.

MFJ 196RC Deluxe Wireless Atomic Weather Station is offered on eBay for slightly below $200 and also utilizes external climate sensors for measuring and displaying barometric pressure changes, wind direction, temperature and humidity.

One of the downfalls of these types of home weather stations is the difficulty in storing these measurements. All of the monitors that I have seen across eBay and amazon display roughly the same information with the same graphics. While the Honeywell weather station stores 24 hours of atmospheric pressure readings, the MFJ weather station stores 12 to 20 hours of readings. From what I can tell, these popular models do not write each data point to an external system or within its memory for long term analysis. Don't let that hold you back from exploring or purchasing one of these weather stations as the NOAA collects this types of data from across the country. I believe you can subscribe to their feed and bring in historical and current data for a specific area.

Spending the time and money to monitor and track barometric pressure changes can help determine the type of behavior animals will exhibit. By understanding how rises and drops of barometric pressure readings will influence animal behavior, a hunter or angler will be able to more effectively prepare their strategy on how to hunt or fish.

Visit Fish'n Life & Tips for Freshwater Anglers at http://www.fishn-life.com to learn more about how to fish by understanding the climate variables that influence fish behavior and bite rate.

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Wine Storage: How Humidity Affects Your Wine

When you think about wine storage, one of the last things to cross your mind is how will humidity affect it. Most people blindly store their wine wherever they can find a place for it, whether it is in the refrigerator, downstairs in the basement bar, or in a kitchen cabinet. However, what many people fail to realize is that both temperature and humidity have large effects on wine. This means that wine storage anywhere you can put it can truly ruin the taste and quality.

The fact of the matter is that thought does have to go into storage. In all honestly wine is probably of the hardest liquids to store properly as it isn't something you should put wherever you have space. Though there are all sorts of information available on wine storage, there are so many different opinions and answers that it can be hard to decipher which one is most accurate.

If you know anything about wine, you may be well aware of something we call wine coolers. Wine coolers are storage units made specifically for wine. This means that there is a set temperature, humidity level, and a set amount of light for each wine cooler. Wine coolers are one of the most effective and easiest means of wine storage.

When it comes to storage, humidity plays a large role simply because humidity is what is used to seal and cork the bottle. Humidity is needed so that the cork holds the bottle closed tightly as to prevent spillage. At the same time too much humidity can ruin the cork as well as the bottle's label, so it's important to ensure your wine is stored at the right humidity.

If the cork becomes damaged or deteriorated, the solid seal is broken and the wine will start to allow for oxidation. This will cause any wine to become extremely bitter as the oxidation will turn the wine into vinegar.

How do I know which humidity is correct?

If you're storing your wine bottles in a wine cooler, it isn't as important to pay attention to the humidity levels as the wine coolers are made in such a way to create a pretty ideal environment to store wine in. if you do not own a wine cellar, you'll want to find a place where you can store your wine within a 50-70% humidity level.

You will do more damage to your wine when the humidity level is too low. If the humidity level is too high you simply face a ruined wine bottle label. Of course, it is best if you can store your wine within in the 50-70% range to ensure that your wine tastes as good as it was meant to. To determine the humidity of an environment you'll need to find a hygrometer or a humidity sensor. Both will be able to give you the humidity reading within any environment.

To learn more about wine storage as well as to read high quality product reviews of the latest wine coolers on the market today, please visit our Wine Cooler Review Site. We provide excellent un-biased analysis of the wine coolers and reveal to you where you can buy one for up to 60% off!

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