...Heavy snow possible across the Northern Rockies...
...Snow possible from the Upper Great Lakes into the Northeast...
Low pressure over the Great Lakes will move eastward off New England Coast by Wednesday morning. The system will produce rain and snow over parts of the Ohio Valley that will move to the Mid-Atlantic Coast by Tuesday afternoon while more rain and snow develops over the Ohio Valley by Wednesday morning. The area of rain and snow will, likewise, move to the Mid-Atlantic by Wednesday evening. In addition, snow will develop over parts of the Upper Mississippi Valley/Great Lakes that will expand into parts of the Northeast through Wednesday evening. The snow will wane to lake effect snow over parts of the Great Lakes on Wednesday into Wednesday evening.
Meanwhile, moisture moving inland over parts of the Northwest and upper-level energy will aid in producing rain and higher elevation snow over parts of the Pacific Northwest through Wednesday morning. Additionally, snow will also develop over parts of the Northern Intermountain Region/Northern Rockies that will expand into parts of the Central High Plains on Tuesday into Wednesday evening.
A warm southerly flow of air will result in much above normal temperatures through mid week. A dry cold front is expected to arrive from the northwest on Thursday dropping temperatures back below-normal Friday through the weekend. A low-pressure system and associated cold front will approach from the west at the end of the weekend with light to moderate precip.
THREE DAY OUTLOOK
Sunny with highs near the lower 60s and winds out of the west 5 to 10 mph, gusting to 20 mph.
Partly cloudy with lows near the mid to upper 30s and winds out of the west to 5 mph.
Partly sunny with highs near the lower 60s and calm winds early rising to come from the west 5 to 10 mph in the afternoon.
Mostly cloudy with lows near 40 and winds out of the west. 30% chance of rain with rainfall amounts less than a tenth of an inch expected.
Mostly sunny with highs near the mid to upper 50 and winds out of the northwest.
Partly cloudy with lows near the mid 30s.
No hazardous weather is expected.
As always, you can check to see what advisories, watches and warnings are in effect for Macon County by visiting http://is.gd/MACONWARN
If you have an event you wish to be added to this calendar, please send the information, along with a flyer of photo, to firstname.lastname@example.org
There is no charge for civic, educational or non profit groups.
PRAYERS AGAINST DRUGS
There will be a "Prayers Against Drugs" rally on Friday at 6 pm at the Courthouse Square in downtown Franklin for those who are interested in participating in the spiritual warfare against the epidemic of drug abuse in our community. Read more about it at the blog. [LINK]
Adult Planetarium Programs at the Library
Shows at 2 pm and 6 pm on Thursday, February 9th
For more information, visit the blog.
MARDI GRAS DINNER TO BENEFIT REACH OF MACON COUNTY
A Mardi Gras Dinner to benefit REACH of Macon County will be held at Root + Barrel Kitchen on Main Street on Tuesday, February 28th at 6:30 pm.
Reserved tickets are $75 and open seating is $60.
More information is on the flyer posted here.
Weather Extremes Almanac for January 31, 2017
High Temperature 82ºF in Fayetteville, Cumberland County in 2002
Low Temperature -16ºF in Banner Elk, Avery County in 1966
Greatest One-Day Rainfall 10.50 inches in MOntreat, Yancey County in 1957
Greatest One-Day Snowfall 25.1 inches on Grandfather Mountain, Avery County in 1998
High Temperature 78ºF at the Coweeta Experimental Station in 2002
Low Temperature -6ºF iat the Coweeta Experimental Station in 1966
Greatest One-Day Rainfall 3.51 inches at the Coweeta Experimental Station in 2013
Greatest One-Day Snowfall 5.0 inches in Highlands in 1899
Twilight Begins: 7:06 am
Sunrise: 7:33 am
Sunset 6:01 pm
Twilight Ends: 6:28 pm
Day Length: 11 hours 22 minutes
Moon Phase: Waxing Crescent with 15% of the Moon's visible disk illuminated
Moonrise 9:49 am
Moonset 9:58 pm
Observing the Skies
Evening Events and Planets
Venus and Mars are the bright evening planets.
Rises 9:35 am
Sets 9:38 pm
Brightness -4.4 Magnitude
Distance 0.543 AU
Rises 9:57 am
Sets 10:00 pm
Brightness 1.1 Magnitude
Distance: 1.847 AU
Morning Events and Planets
Rises 6:24 am
Sets 4:10 pm
Brightness 0.0200 AU
Rises 4:32 am
Sets 2:18 pm
Brightness 1.4 Magnitude
Distance: 10.690 AU
Rises 11:36 pm
Sets 10: 55 am
Brightness -2.0 Magnitude
Distance: 5.057 AU
Sky Guides for this week (Jan 27- Feb 4)
Sky and Telescope Magazine
Earth Sky has an article on the eclipses of 2017. [LINK]
Heavens Above has an Android App that will assist you in observing the sky and even has a satellite tracker that will let you know when the International Space Station and dozens of other satellites are overhead. [LINK]
Stellarium is also an app that will assist you in observing the sky. It is available in both Android [LINK] and iOS versions. [LINK]
CROWD FUNDING OR DAY SPONSORSHIP OPPORTUNITIES
If you receive value from what Macon Media provides to the community, please consider becoming a supporter and contribute at least a dollar a month.
If you have a business or event you are interested in sponsorship opportunities or underwriting coverage, send an email to editor@MaconMedia.com for more information. Serious inquiries only.
Thank You to the people who have been sending in donations and those businesses who are underwriting coverage of news and events. You have kept Macon Media online.
You have made it possible for Macon Media to begin purchasing state of the art equipment and begin work on building a real website with features not employed by any local news outlets.
You can find out more information on how to do that and some of what I plan to accomplish if I reach certain levels of funding at >> https://www.patreon.com/MaconMedia
Published at 4:31 am on Jan 31, 2017
#WNCscan #MaconWx #MaconSafety
Be kind to one another.
Data and information sources: Sources (except where otherwise credited): heavens-above.com, National Centers for Environmental Prediction, The National Weather Service, National Oceanic Atmospheric Administration, Penn State University Electronic Wall Map, The State Climate Office of North Carolina, Storm Prediction Center, U.S. Naval Observatory, and the Weather Prediction Center.