Severe Weather Awareness Week March 24-28, 2014
Saturday, March 22nd, 2014
The week of March 24-28, 2014 has been designated as Severe Weather Awareness Week in Nebraska and Iowa. This week is utilized by the public, government and businesses to raise awareness, prepare, test, and practice procedures for what we would do during a severe weather event. As long as no severe weather is expected or occurring, the statewide tornado drill will be conducted by the National Weather Service on the following date:
Wednesday, March 26th
Between 10 & 11 a.m. CDT
Here is the timeline:
1000 AM CDT….Drill begins. The Storm Prediction Center issues a Test Tornado Watch for all of Iowa and Nebraska valid until 11:00 am CDT.
1010 AM CDT…Weather Forecast Office (WFO) in Omaha and Sioux Falls issues a TEST Tornado Warning for their Iowa and Nebraska counties.
1100 AM CDT…Drill sequence ends.
This tornado drill presents an excellent opportunity for everyone at work, school, or home to practice their safety measure, and we hope all will participate.
Severe Weather Awareness Week provides the National Weather Service with the opportunity to test communications systems that get life saving safety information out to the public.
Across the country, the number of tornadoes reported in 2013 totaled 942. This number was down considerably compared to the last eight years which averaged 1478 tornadoes and was the lowest number of tornadoes in the 61-year annual Storm Prediction Center dataset. For Nebraska, the 2013 tornado season was below the 30-year average of 54 with 49 tornadoes. For Iowa, the 2013 tornado season was significantly below the 1980-2013 average of 46 with 26 tornadoes. The severe weather season began March 19th with a brief landspout tornado that touched down near Shelton, NE. In April, April 8th and April 9th were active wind and hail days. The severe weather took a break and a rare and historic early May snow was reported across parts of central and eastern Nebraska on the 1st and 2nd. The severe weather season really took off May 17th-19th and also the week of May 24th-30th. Typically, June is the peak month for tornadoes, however this year the peak of 23 tornadoes in Nebraska and 8 tornadoes in Iowa occurred in May, with only 9 for Nebraska and 7 for Iowa in June. A second peak of tornadoes occurred in October with 9 in Nebraska and 11 in Iowa. Notably, the only EF4 for the year oc-curred on October 4th in Wayne.
As we move into spring 2014, it’s been cold and on the dry side. Spring snows, rains, and severe weather will come as the temperatures warm and seasons transi-tion. Now is the time to prepare for the inevitable severe weather, as each year brings it’s own unique challenges. The National Weather Service has declared March 24th – 28th as Severe Weather Awareness Week in Nebraska and Iowa. This week, and really the whole month, gives us the opportunity to review our severe weather plan, brush up on severe weather terms and actually participate in the statewide Tornado Warning drill on Wednesday, March 26th. Now is the time to take this opportunity to prepare, even for just a few minutes. It could cost us all in the end.
All the National Weather Services offices serving Nebraska encourage you to be an active participant in this year’s Severe Weather Awareness Week. Last year Wayne was hit by an EF4 tornado. Do you think the residents of that community won’t be ready for the next tornado? You can bet they will be ready. Don’t let disaster strike before you are ready. Use Severe Weather Awareness Week to make sure your area is “Weather-Ready” for whatever lies ahead.
Social media has grown tremendously over the last few years! Each National Weather Service office strives to have a strong presence on both Facebook and Twitter. If you would like to follow us on either, it is easy to do. Just go to the homepage of the office you want to follow and click on both logos in the upper left hand corner of the page. It is important to note that Facebook and Twitter are not the main channels for National Weather Ser-vice products, but a way to connect with our customers. We encourage you to post comments and photos of weather related events, and if you have questions, go ahead and ask away! Storm reports are more than welcome on our page, and fans can see other reports across the area as well.
We hope that you will find the following information useful and please stress to others the importance of tuning in to NOAA All-Hazards Weather Radio, the National Weather Service website (http://www.weather.gov/), or a local radio or television station when severe weather strikes. Emergency sirens are designed for outdoor notification and people may not receive the warning due to indoor noise or equipment malfunctions. If you have any questions about the information given here, please do not hesitate to contact us.
Daily Public Information Statements
Downloads and Links
Nebraska/Iowa Severe Weather Awareness Information Packet (Large Printable 3.8 MB PDF File-allow time to download)
Weather Spotter’s Field Guide (Large .pdf file)
Thunderstorms…Tornadoes…Lightning… Nature’s Most Violent Storms ( 1.89MB .pdf file)
Coaches & Sports Official Guide to Lightning Safety (1.4MB .pdf file)
Sky Watcher Cloud Chart (2.14MB .pdf file)
Storms Ahead (17MB)
Tornadoes Ahead (1MB)
Floods Ahead (.8MB)
Lightning Ahead (.9MB)


November 28, 2020
Washington DC Climate Report
Solar Noon: 11:56;
Last 72 Hours: Observations
...THE WASHINGTON NATIONAL DC CLIMATE SUMMARY FOR NOVEMBER 27 2020...
WEATHER ITEM OBSERVED TIME RECORD YEAR NORMAL DEPARTURE LAST
VALUE (LST) VALUE VALUE FROM YEAR
MAXIMUM 61 3:46 PM 75 1896 53 8 58
MINIMUM 51 11:45 PM 14 1938 38 13 44
AVERAGE 56 46 10 51
YESTERDAY 0.00 1.82 1944 0.11 -0.11 0.01
MONTH TO DATE 3.75 2.85 0.90 1.37
SINCE SEP 1 14.14 9.97 4.17 8.28
SINCE JAN 1 49.99 36.37 13.62 39.06
Forecast updates at 6 AM ET
Today: Scattered sprinkles between 2pm and 5pm. Mostly cloudy, with a high near 61°. Light north wind.
Tonight: Scattered sprinkles after 8pm. Mostly cloudy, with a low around 43°. Light and variable wind.
Saturday: Mostly sunny, with a high near 59°. Light northwest wind increasing to 5 to 10 mph in the morning. Winds could gust as high as 21 mph.
Saturday Night: Mostly clear, with a low around 35°. Northwest wind 3 to 6 mph.
Sunday: Sunny, with a high near 57°. Light and variable wind becoming south around 6 mph in the afternoon.
Sunday Night: Rain, mainly after 2am. Low around 43°. Chance of precipitation is 90%.
Monday: Rain before 8am, then showers after 8am. High near 62°. Chance of precipitation is 100%.
Monday Night: Showers before 8pm. Low around 40°. Chance of precipitation is 100%.
Tuesday: Partly sunny, with a high near 47°.
Tuesday Night: Partly cloudy, with a low around 31°.
Wednesday: Mostly sunny, with a high near 45°.
Wednesday Night: Mostly clear, with a low around 31°.
Thursday: Mostly sunny, with a high near 48°.
Latest Forecast | Forecast Archive
Time and Date
Discussion updates at 4 AM ET
Area Forecast Discussion
National Weather Service Baltimore MD/Washington DC
834 PM EST Thu Nov 26 2020
Surface high pressure will build overhead through Friday.
A weak cold front will pass through Friday night, followed by
high pressure for the weekend. Next up is a strong storm system
moving up from the Deep South. That is expected to move
northeast through the Mid Atlantic on Monday. That storm will
stall over Ontario and remain there to our north through
.NEAR TERM /THROUGH FRIDAY/...
Surface high pressure will build overhead overnight through
Friday, bringing dry conditions for most areas. Temperatures
will be cooler than previous days, but still above normal for
this time of year.
A weak upper-level disturbance will pass through the region late
tonight through midday Friday, and this will back the low-level
flow a bit to be south of west. Despite limited moisture there
should be enough overrunning for a bkn/ovc stratus deck along
with a possible sprinkle.
.SHORT TERM /FRIDAY NIGHT THROUGH SATURDAY NIGHT/...
Another cold front moves east across the region Friday night.
The only precipitation possible appears to be in Garrett Co MD
and adjacent highlands, and that threat is from light showers or
drizzle late Fri night into Sat morning. At this point, kept
that liquid. But temps get close to freezing late Fri night
there. So the threat of some freezing drizzle will need to be
monitored. The moisture is mainly in the low levels, so any
rainfall amount would be very small.
Otherwise, fair weather again Saturday into Sat night with
temps slightly cooler again, but near or a little above normal.
.LONG TERM /SUNDAY THROUGH THURSDAY/...
Surface high pressure will make its way from the Ohio Valley through
the Mid-Atlantic region on Sunday, leading to clear skies and dry
conditions to finish out the day. Digging trough just west of the
Great Lakes will move in along with a cutoff low by late Sunday
night. Most models have precip reaching central VA by 9z Monday
morning. Agreement on the center of the low pressure by 6z Sunday
night is starting to come to terms with around the Tennessee Valley.
After that is where confidence becomes low again with respect to
positioning of the cutoff. Nonetheless, a surge of moisture will be
coming up from the south Monday. This will lead to a mostly wet day
with some brief heavy rain potential given the environmental
setup. GEFS members averaging around 1.15" PWATs for the day on
Monday. There is a chance a line of convective showers or
thunderstorms could form Monday. Main concern for this would be
brief damaging wind gusts with the storms given the chance for
strengthening low and mid-level wind fields. The wind potential
is likely there if there can be enough instability to form
storms, which is questionable right now. Many model ensemble
members have instability, many do not.
The heaviest batch of moisture should exit the area by late Monday
night. The upper level low appears to close off or come pretty close
to doing so. This, along with the positioning of the shortwave and
location relative to our CWA will dictate further impacts on the
backside of this system. Most models are in agreement with the
chance for upslope snow along and west of the Allegheny Front from
Monday night through early in the day on Wednesday. The interactions
between the cutoff low, the digging trough and the shortwave will
heavily dictate the impacts we may see. This will be an evolving
forecast over the next few days with regards to timing, impacts and
locations of the system.
Temperatures for the extended will start off in the low to mid 50s
across most areas Sunday before warming up a bit (given the warm
moist air associated with the cutoff) to near 60F. Most models are
in agreement of a blast of cold air intruding behind the system
Monday night into Tuesday. Temperatures along and west of the
Allegheny Front could be below freezing for 24+ hours Monday night
into Tuesday night/Wednesday. A system this complex deserves a close
eye as we get closer to the time frame.
Latest Discussion | Discussion Archive


Wresat (Weapons Research Establishment Satellite), built within 11 months by the Australian Weapons Research Establishment, was launched by a surplus Redstone Sparta launch vehicle from Woomera into a 198 km × 1252 km orbit inclined at 83 deg. The 45 kg Australian microsatellite transmitted for 5 days. It reentered after 42 days.
The battery powered Wresat carried four experiments, which were derived from experiments flown on earlier australian sounding rockets:
As such, these sensors were predominantly for upper atmospheric research. There were sensors to measure solar radiation, specifically three wavelengths which had the greatest impact on the temperature and composition of the upper atmosphere. The same sensors could also measure the temperature of the solar atmosphere and the density of molecular oxygen in the Earth's atmosphere. Additionally, there was a small telescope with a lithium fluoride lens which could measure the faint ultraviolet halo (GeoCoronal) that surrounds the Earth at night.
For simplicity, the satellite was integrated directly into the SPARTA third stage. WRESAT was a little over two meters long and weighed approximately 72.5 kg, including the burned out rocket motor.
The satellite was launched on 29 November 1967 on a Redstone Sparta from Woomera into an excentric elliptical polar orbit of 198 km × 1252 km with an inclination of 83.3°. WRESAT operated for two weeks until the batteries ran out of power. WRESAT re-entered the atmosphere on 10 January 1968 after 43 days in orbit and burned up.
|Type / Application:||Technology|
|Operator:||Australian Weapons Research Establishment (WRE)|
|Contractors:||Australian Weapons Research Establishment (WRE)|
|Mass:||45 kg; 72 kg including the integrated 3rd stage|
|Orbit:||198 km × 1252 km, 83.3°|
|Wresat||1967-118A||29.11.1967||Wo LA-8||Redstone Sparta|


Every few days, it seems, another factor is discovered to further accelerate Climate Destabilization. Today we learned that increasing CO2 makes ice crack faster.
... CO2 molecules may be having a more direct impact on the ice that covers our planet. Researchers from the Massachusetts Institute for Technology have shown that the material strength and fracture toughness of ice are decreased significantly under increasing concentrations of CO2 molecules, making ice caps and glaciers more vulnerable to cracking and splitting into pieces,...
Ice caps and glaciers cover seven per cent of Earth -- more than Europe and North America combined -- and are responsible for reflecting 80-90 per cent of the Sun's light rays that enter our atmosphere and maintain Earth's temperature. They are also a natural carbon sink, capturing a large amount of CO2.
"If ice caps and glaciers were to continue to crack and break into pieces, their surface area that is exposed to air would be significantly increased, which could lead to accelerated melting and much reduced coverage area on the Earth.
... CO2molecules first adhere to the crack boundary of ice by forming a bond with the hydrogen atoms and then migrate through the ice in a flipping motion along the crack boundary towards the crack tip.
The CO2 molecules accumulate at the crack tip and constantly attack the water molecules by trying to bond to them. This leaves broken bonds behind and increases the brittleness of the ice on a macroscopic scale. [emphasis mine]
Another positive feedback we'd missed: we overestimated the potential of soil to store carbon.
It seems that any extra CO2 absorbed by plants due to higher CO2 levels isn't stored as wood. Instead it ends up being consumed by soil microbes who send the resulting CO2 right back into the air.
Research published in Science today found that increased levels of carbon dioxide in the atmosphere cause soil microbes to produce more carbon dioxide, accelerating climate change.
Two Northern Arizona University researchers led the study, which challenges previous understanding about how carbon accumulates in soil. Increased levels of CO2 accelerate plant growth, which causes more absorption of CO2 through photosynthesis.
Until now, the accepted belief was that carbon is then stored in wood and soil for a long time, slowing climate change. Yet this new research suggests that the extra carbon provides fuel to microorganisms in the soil whose byproducts (such as CO2) are released into the atmosphere, contributing to climate change.
"Our findings mean that nature is not as efficient in slowing global warming as we previously thought," said Kees Jan van Groenigen, research fellow at the Center for Ecosystem Science and Society at NAU and lead author of the study. "By overlooking this effect of increased CO2 on soil microbes, models used by the Intergovernmental Panel on Climate Change may have overestimated the potential of soil to store carbon and mitigate the greenhouse effect."
Rising global temperatures could increase the amount of carbon dioxide naturally released by the world's oceans, fuelling further climate change, a study suggests. Fresh insight into how the oceans can affect CO2 levels in the atmosphere shows that rising temperatures can indirectly increase the amount of the greenhouse gas emitted by the oceans.
... a lack of iron at the ocean surface can limit the effect of other key elements in helping plankton take up carbon. This effect is magnified in the southern ocean and equatorial Pacific and coastal areas, which are known to play a crucial role in influencing levels of CO2 in the global atmosphere.
... we were surprised by the many ways in which iron affects the CO2 given off by the oceans. If warming climates lower iron levels at the sea surface, as occurred in the past, this is bad news for the environment." [emphasis mine]
Warming climate can lower iron in ocean surface water, which limits the effect of other key nutrients too, impairing phytoplankton uptake of CO2.
More of the greenhouse gas Nitrous oxide comes from land and ocean warming, another positive feedback to accelerate Climate Destabilization. It rose from 200 ppb to 260 ppb when the last ice age melted. As land warms, microbes produce more N2O. Low oxygen water, which we create by heating and polluting the oceans, also pumps out more N2O. We're already at 327 ppb.
... a new study confirms that atmospheric levels of N2O rose significantly as the Earth came out of the last ice age ...
The analysis documented a 30 percent increase in atmospheric nitrous oxide concentrations from 16,000 years ago to 10,000 years ago. This rise in N2O was caused by changes in environmental conditions in the ocean and on land, scientists say, and contributed to the warming at the end of the ice age and the melting of large ice sheets that then existed. The findings add an important new element to studies of how Earth may respond to a warming climate in the future.
Atmospheric N2O was roughly 200 parts per billion at the peak of the ice age about 20,000 years ago then rose to 260 ppb by 10,000 years ago. As of 2014, atmospheric N2O was measured at about 327 ppb, an increase attributed primarily to agricultural influences.
... marine and terrestrial sources contributed about equally to the overall increase of nitrous oxide concentrations ...
Marine nitrous oxide production is linked closely to low oxygen conditions in the upper ocean and global warming is predicted to intensify the low-oxygen zones in many of the world's ocean basins. N2O also destroys ozone in the stratosphere. "Warming makes terrestrial microbes produce more nitrous oxide,"... [emphasis mine]
image source www.niwa.co.nz
Scientists discovered a land-based positive feedback affecting albedo. As evergreens grow further north in the boreal forests, they displace needle dropping larches, making the surface darker in Winter.
"We've identified that the boreal forest, particularly in Siberia, is converting from predominantly needle-shedding larch trees to evergreen conifers in response to warming climate,"…
"This will promote additional warming and vegetation change, particularly in areas with low species diversity." The "positive feedback" cycle of warming promoting warming showed an increase of absorbed surface warming.
"Such changes in that vast region have the potential to affect areas outside of the region," Shuman noted. The Russian boreal forest sits over a tremendous repository of carbon-rich soil frozen in the permafrost. As the forest changes in species distribution from larch to evergreens, warming of the ground surface would cause decomposition of the soil, releasing huge quantities of carbon dioxide into the atmosphere – possibly as much as 15 percent of the carbon dioxide currently in the atmosphere.
"This is not the scenario one would want to see," Shugart said. "It potentially would increase warming on a global scale." [emphasis mine]
Lichen, moss and cyanobacteria absorb CO2 and nitrogen, but emit the super powerful greenhouse gas nitrous oxide (laughing gas).
Lichens, mosses and cyanobacteria release large quantities of the greenhouse gas nitrous oxide (N2O), also known as laughing gas, and low quantities of methane (CH4) into the atmosphere.
The greenhouse effect of laughing gas is 300 times stronger than for carbon dioxide, and even methane is 30 times stronger. As the amount of nitrous oxide emitted increases at higher temperatures, the discovery is significant against the backdrop of global warming.
... cryptogamic covers, the scientific name for the surface growth of lichens, mosses, cyanobacteria and other micro organisms, are responsible for four to nine percent of N2O from natural sources.
“The methane emissions of cryptogamic covers were negligible on a global scale. However, the high release rates of nitrous oxide were remarkable,”...
... N2O and CH4 emissions strongly increase from temperatures above 20 degrees Celsius,”...
... cryptogamic covers absorb large quantities of carbon dioxide and nitrogen from the atmosphere. [emphasis mine]
Hurricane Alex in the Atlantic seemed to be an outgrowth of El Nino. It moved toward Greenland and merged with a storm there to bring unusually warm conditions to Western Greenland. There's evidence this caused melt from the Jacobshavn Glacier on January 16. Greenland's glaciers usually gain mass in Winter, so this unprecedented melt could signal a new feedback from ocean warming that we hadn't anticipated.
The Alex-triggered Greenland melt event released an iceberg four months earlier than usual.
Greenland ice melt increases cloud cover, which causes more melt.
Professor Tristan L’Ecuyer says that his study found surface temperatures were up to three degrees higher as a result of increased cloud cover over the Greenland Ice Sheet. It does seem like the melt itself may be causing a feedback loop of its own: moisture in the air is a key component for cloud formation, which in turn traps heat in, which causes more melting, which puts more moisture in the air and allows more clouds to form. [emphasis mine]


In July 2016, Super Typhoon Nepartak became first major storm of the season to make landfall in the northeast Pacific. The storm battered Taiwan with sustained winds of 113 knots (210 kilometers per hour), leaving more than 545,000 households without power. It then moved ashore in southeastern China after losing some of its strength. Nepartak brought torrential rain and flash flooding in the region, where 18 workers in Gutian county were trapped in an iron factory before emergency workers rescued them.
As it does with many major storms, NASA monitored Nepartak from above, providing immediate data for forecasters and long-term insights for scientists who study and model tropical cyclones. Beyond natural-color imagery, satellites offer several different ways to analyze the movement of heat, wind, and water.
You can think of the hurricane like an oversized vacuum cleaner, sucking water and heat from the surface of the ocean, said Michael Garay, a researcher at NASA’s Jet Propulsion Laboratory. The warm, moist air is pulled up into the atmosphere, condensing into liquid as it cools in the atmosphere. Even higher up, that moisture freezes into ice.
Or picture the storm as an inverted tea kettle. Instead of using energy to boil water and release steam as a kettle does, the storm releases energy as it rapidly cools down warm, moist air. In the process, it generates hurricane-force winds.
That’s where the Multi-angle Imaging SpectroRadiometer (MISR) comes in. The instrument uses nine cameras to create a snapshot of the storm over the course of seven minutes. The cameras capture information in stereo—by calculating the space between objects and using simple geometry, scientists can create a stereoscopic image. The imager functions a bit like human eyes, using information gathered from two slightly different vantage points to determine an object’s depth.
The images at the top of this page reveal how MISR can peer into the heart of a storm. The top left image depicts cloud heights; the middle image is a stereoscopic, natural-color view; and the top right image reveals wind speeds and directions in the atmosphere. The well-defined eye (the cloudless area at the center of the vortex) indicates that Nepartak was “pretty well-organized,” Garay said.
The RapidScat instrument complements MISR by giving a picture of conditions close to the ocean surface. The image above shows wind conditions as Nepartak approached Taiwan on July 8. Arrows show the direction of near-surface winds, with shades of blue indicating the range of wind speeds.
RapidScat sends out microwave pulses that reflect off the ocean surface. Stronger winds make the water choppier, and larger waves return a stronger signal to RapidScat. From that information about the waves, scientists can derive wind speed and direction. This offers a complementary view to the one that MISR retrieves from higher in the atmosphere.
The Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’s Aqua satellite provides a thermal view (below) of the storm. Temperatures taken at very high altitudes at the center or eye of a hurricane can help researchers understand how hurricanes change intensity. The false-color image below was acquired on July 7.


Today's high will be 91 and there's a 20 percent chance of a stray afternoon shower.
The rest of the week is expected to be sunny with highs around 90 and lows in the low-to-mid 70s.
Meanwhile, Tropical Storm Gabrielle has reformed and tropical storm warnings are up for Bermuda. The forecast track shows the storm could effect parts of the northeast as it skirts along the coast in a few days.
Tropical Storm Huberto is expected to strengthen into a hurricane today but is expected to move into the central Atlantic and not be a threat to the U.S.


Seoul forecast to receive snow on Lunar New Year’s Day
SEOUL-- Seoul and other central regions are forecast to receive up to 7 centimeters of snow on Lunar New Year's Day, the state weather agency said Sunday.
Snowfall will begin late Monday and continue through the morning of Tuesday, or Lunar New Year's Day, in the greater Seoul area and the central Chungcheong provinces, according to the Korea Meteorological Administration (KMA).
It will be the first time since 2013 for Seoul to receive snow on Lunar New Year's Day, it said.
Parts of the southern Jeolla and Gyeongsang provinces are also forecast to receive up to 3 cm of snow.
Temperatures are expected to drop sharply after the snow stops, with the mercury falling to a morning low of below minus 10 degrees Celsius in the central regions starting Thursday, the KMA said.
Source: Yonhap News Agency


Climate change is the effect of the Global Warming. At present, there is a debate on whether or not there is in fact a global warming or just merely a climate change. The Republicans are vocal about this. Donald Trump has denied the position that there is indeed a global warming but only climate change.
Global Warming is the increase of the temperature in the atmosphere due to the carbon dioxide emission. This creates a greenhouse effect in our atmosphere. For many years, many experts have warned the effects of carbon emission. In fact, there has been many attempt to reduce the emission. Kyoto Protocol was one of the agreements that catalyzed the nations to help reduce the effects of global warming.
Climate change causes the sea level rise, global temperature rise, warming of the oceans, shrinking ice sheets, declining arctic sea ice, glacial retreat, extreme weather events, ocean acidification, decreased snow cover. Because of these, the food chain is affected. The population of the species are decreasing because either their habitat has changed or loses it. Stronger typhoons and flash floods are most likely to occur that leads to many deaths and destruction of infrastructures.
The denial of Donald Trump of the effects of the climate change plays a big role in the reduction of the effects of the global warming. Donald Trump is a president of the most influential nation – the United States of America. This sends a message that the fact of the global warming is not true because of the influence of USA. The denial may create a notion that the global warming is just an idea.
The denial of Donald Trump on the global warming may be due to two reasons: 1. Donald Trump has a business mind, and 2. To stir up discussion.
It has been known to everybody that Trump is a business tycoon. In fact he is one of the highly celebrated business men. He has appeared to television shows and movies due to this. His fame in the business also contributed to his winning as a president of the US. There are many businesses that are non-compliant to the carbon emission reduction because of its high cost. The airline industry, for example, are one of the most contributors to the carbon emission in the atmosphere. Without sanction from the government, the airline industry shall continue to add to the effects of the global warming. The denial of the head of state, Trump, to the global warming is giving the commercial industry the confidence to continue their carbon emission. Hence, the continuing effects of the global warming that leads to the climate change.
On the other hand, however, if we are to analyze the actions of Donald Trump, there is consistency to it. The denial of Donald Trump on the effects of the global warming is stirring up discussion.
Donald Trump won the elections because of his atrocious actions. He would swear, discriminate and even act rudely to the people around him. This has created a discussion – media. The noise that Trump created throughout the world has made him the topic of every medium, especially to the social media.
Because of this, more people are talking about the global warming. It raises a question: is global warming really true? Experts now are more committed to prove the existence of the global warming and it affects. People are becoming more aware on the facts. This discussion may eventually lead to action towards the reduction on the effects of the global warming.
At the end of the day, we can never tell the purpose of Donald Trump on the denial on the global warming. But as stewards of the earth, each must learn to be aware of the changes that the environment is experiencing.
More useful samples & examples in


Cloudy Saturday in Delhi
Posted on Mar 01 2014 | IANS
New Delhi, March 1 : It was a chilly Saturday morning in the national capital with the minimum temperature recorded at 12 degree Celsius, average for the season. The Met Office has forecast a cloudy day ahead.
"Partly cloudy sky with a spell of light rain and thunder shower in some parts of the city will be recorded," said an official of the India Meteorological Department.
The maximum temperature is likely to hover around 22 degree Celsius.
The humidity recorded at 8.30 a.m. was 95 percent.
The city has received 9.7 mm rainfall since Friday, which was February's wettest day in the capital.
The maximum temperature recorded Friday was four notches below average at 21.3 degrees Celsius.


Did Mars once have a thick atmosphere? Could the climate on the Red Planet have supported water and possibly life in the past? These are the questions NASA hopes to answer in great detail with the newest orbiter mission to Mars. Called the Mars Atmosphere and Volatile EvolutioN (MAVEN) spacecraft, the $485 million mission is scheduled for launch in late 2013. MAVEN is part of the Mars Scout Program, which is designed to send a series of small, low-cost, principal investigator-led missions to the Red Planet. The Phoenix Mars Lander was the first spacecraft selected in this program. “This mission will provide the first direct measurements ever taken to address key scientific questions about Mars’ evolution,” said Doug McCuistion, director of the Mars Exploration Program at NASA Headquarters in Washington.
Evidence from orbit and the planet’s surface points to a once denser atmosphere on Mars that supported the presence of liquid water on the surface. As part of a dramatic climate change, most of the Martian atmosphere was lost. MAVEN will make definitive scientific measurements of present-day atmospheric loss that will offer clues about the planet’s history.
“The loss of Mars’ atmosphere has been an ongoing mystery,” McCuistion said. “MAVEN will help us solve it.”
The science team will be led from the University of Colorado at Boulder, and its Laboratory for Atmospheric and Space Physics. The principal investigator for the mission is Bruce Jakosky from UC Boulder. “We are absolutely thrilled about this announcement,” said Jakosky. “We have an outstanding mission that will obtain fundamental science results for Mars. We have a great team and we are ready to go.”
Lockheed Martin of Littleton, Colo., will build the spacecraft based on designs from NASA’s Mars Reconnaissance Orbiter and 2001 Mars Odyssey missions.
MAVEN was evaluated to have the best science value and lowest implementation risk from 20 mission investigation proposals submitted in response to a NASA Announcement of Opportunity in August 2006.
After arriving at Mars in the fall of 2014, MAVEN will use its propulsion system to enter an elliptical orbit ranging 90 to 3,870 miles above the planet. The spacecraft’s eight science instruments will take measurements during a full Earth year, which is roughly equivalent to half of a Martian year.
MAVEN’s instrument suites include a remote sensing package that will determine global characteristics of the upper atmosphere, and the spacecraft will dip to an altitude of 80 miles above the planet. A particles and fields payload contains six instruments that will characterize the solar wind, upper atmosphere and the ionosphere â€“ a layer of charged particles very high in the Martian atmosphere.
The third instrument suite, a Neutral Gas and Ion Mass Spectrometer will measure the composition and isotopes of neutral and charged forms of gases in the Martian atmosphere
During and after its primary science mission, the spacecraft may be used to provide communications relay support for robotic missions on the Martian surface.


The GOES satellites provide National Weather Service forecasters with continuous, reliable and high-quality observations of Earth’s atmosphere. They use instruments to measure the radiation emitted and reflected by the planet’s surface, water vapor, clouds and atmospheric temperatures. The GOES satellites are operated by NOAA and NASA. They are designed to operate in geostationary orbit 35,790 kilometres (22,240 miles) above the Earth. They continuously view the continental United States, the Pacific and Atlantic Oceans, Central America, South America and southern Canada.
The four GOES-R Series satellites currently in orbit, built by Lockheed Martin, have a variety of instruments that give meteorologists sharper and more defined images of severe storms, hurricanes, wildfires and other environmental events in the U.S. and the western hemisphere. They also have the ability to detect lightning in real-time.
GOES-R series satellites are the most advanced geostationary operational environmental satellites NOAA has ever launched, and they offer scientists, forecasters and the public unprecedented images of Earth’s weather and environment. The spacecraft provide vital information on solar activity and space weather, as well as weather phenomena such as wildfires, tornadoes and severe thunderstorms.
These satellites help to save lives by aiding the search and rescue operations of people in distress, including those lost at sea or trapped in buildings and automobiles. The data from these satellites also supports the safe operation of military and civilian radio wave and communication systems, astronauts on the Space Station, and high-altitude aviators.
In addition to observing the planet and providing vital information on the Earth’s environment, the GOES-R Series satellites support scientific research in atmospheric science, numerical weather prediction models and environmental sensor design and development. They are also used to assist in space weather monitoring, and are capable of supporting specialized sensors such as the Solar X-Ray Imager on GOES-13.
NOAA’s GOES resources page provides links to the latest imagery from all GOES satellites, along with access to historical data. It includes an online GOES-R archive that allows for downloads of selected observations. During times of significant weather or other events, NOAA’s Satellite Operations Control Center may alter the satellite’s normal schedule to provide requested coverage.
A game of go is much simpler than chess, and yet out of its sheer simplicity great beauty arises from a complex battle of Black and White armies that span the 19 by 19-square board. Similarly, the advent of ubiquitous chess programs has revitalized the game and helped to train a generation of players who compete with the best computers. If the same is true for AlphaGo, the rise of this extraordinary system will lead to even more people exploring and enjoying this exquisite intellectual and aesthetic game for its own sake. It may also inspire a new generation to create the next great computer program, further pushing the limits of what’s possible in this most fascinating of all human pursuits.


The expiration time in the watch graphic is amended if the watch is
replaced, cancelled or extended.
Click for Watch Status Reports
URGENT - IMMEDIATE BROADCAST REQUESTED
Severe Thunderstorm Watch Number 406
NWS Storm Prediction Center Norman OK
520 PM CDT Thu Jun 23 2022
The NWS Storm Prediction Center has issued a
* Severe Thunderstorm Watch for portions of
Central and west-central Minnesota
Northeastern South Dakota
* Effective this Thursday afternoon and Friday morning from 520
PM until 100 AM CDT.
* Primary threats include...
Scattered damaging winds and isolated significant gusts to 75
Scattered large hail and isolated very large hail events to 2
inches in diameter possible
SUMMARY...Several thunderstorms are forming along and south of a
slow-moving to stationary front over parts of the watch area, and
additional development/merger of convection is possible through the
evening, with potential for some localized cold-pool-driven
clustering. Severe gusts and sporadic large hail are the main
The severe thunderstorm watch area is approximately along and 50
statute miles either side of a line from 25 miles north northwest of
Watertown SD to 30 miles east southeast of Brainerd MN. For a
complete depiction of the watch see the associated watch outline
update (WOUS64 KWNS WOU6).
REMEMBER...A Severe Thunderstorm Watch means conditions are
favorable for severe thunderstorms in and close to the watch area.
Persons in these areas should be on the lookout for threatening
weather conditions and listen for later statements and possible
warnings. Severe thunderstorms can and occasionally do produce
OTHER WATCH INFORMATION...CONTINUE...WW 405...
AVIATION...A few severe thunderstorms with hail surface and aloft to
2 inches. Extreme turbulence and surface wind gusts to 65 knots. A
few cumulonimbi with maximum tops to 550. Mean storm motion vector


Staff Correspondent bdnews24.com
Published: 2018-10-10 16:04:44 BdST
BIWTA spokesman Mobarak Hossain Majumder confirmed the decision to bdnews24.com.
A deep depression in the Bay of Bengal turned into a severe cyclonic storm and moved north-north-west towards the coasts in Andhra and Odisha in India.
Bangladesh Meteorological Department has asked the maritime ports in Chattogram, Cox's Bazar, Mongla and Payra to hoist local cautionary signal No. 4 as the sea will be rough due to the cyclone.
The cautionary signal 4 means the ports will be affected by the cyclone with a probable wind speed of 51kph to 61kph. Highest security measures are yet to be needed.
The cyclone centred 945km south-west of Chattogram port, 900km south-west of Cox’s Bazar port, 815km south-west of Mongla port and 815km south-west of Payra port on Wednesday, the Met office said in a special bulletin.
The maximum sustained wind speed within the 64km of the cyclone centre was about 90kph rising to 110kph in gusts and squalls.
The Met office has advised all fishing boats and trawlers over the north bay and deep sea to take shelter.
Cyclone Titli may intensify further and turn severe around Wednesday midnight, said the Indian Met Office. It is likely to cross the coasts in Odisha and Andhra through Gopalpur and Kalingapatnam.
The maximum sustained wind speed may turn 120-130kph rising to 145 kph in gusts and squalls.
Titli may change its course a little and move towards West Bengal after its landfall and gradually weaken, the Indian Met Office said.
It will affect the Sundarbans, Satkhira, Bagerhat and Khulna, according to meteorologists in Bangladesh.
The cyclone has caused clouds clustering in the sky in Dhaka and some other parts of the country.


- Sharm El Sheikh Live Weather Update - Holiday Weather
Live weather in Sharm El Sheikh The latest and todays weather in Sharm El Sheikh, Egypt updated regularly
- SHARM EL-SHEIKH, EGYPT - Travel Weather Averages (Weatherbase)
Sharm El-Sheikh, Egypt - Travel and vacation weather averages, current conditions and forecasts
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Weather in Sharm el Sheikh in June - Temperature, Rainfall Sunshine Check How Hot Sunny It Is Before You Book Your Next Holiday in 2019
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Read below for more weather and travel details Weather in Sharm el Sheikh Temperature Average temperatures in Sharm el The Best Time to Visit Sharm el Sheikh,
- Sharm el Sheikh, Egypt 10-Day Weather Forecast - The . . .
Be prepared with the most accurate 10-day forecast for Sharm el Sheikh, Egypt with highs, lows, chance of precipitation from The Weather Channel and Weather com
- Climate - Sharm El Sheikh - Climates to Travel
Climate information for Sharm El Sheikh - weather averages, sunshine With some advice on the best time to visit
- Best Time to Visit Sharm El-sheikh, Egypt | Weather . . .
Check an exclusive list of best time to visit Sharm El-sheikh Do not travel to Sharm El Sheik when its raining in Month wise Weather in Sharm El-sheikh


ROANOKE, Va. – Scattered showers will be with us for much of Monday morning before drying out late this afternoon. The showers will remain relatively with the best chance for steady rain east of the Blue Ridge.
Sunshine returns Tuesday with temperatures climbing back to around 60 degrees. Wednesday will start out dry, but clouds will increase through the day making way for rain chances late Wednesday and into Thursday. Thursday presents the best opportunity for widespread rain this week.


... including targeted forecasts at the time of your arrival to each point!
Haslemere, Surrey experiences a temperate climate year-round. During the summer months, temperatures average 19-20°C (66-68°F) while during the winter months, temperatures average between 4-5°C (39-41°F). The warmest months are usually July and August, with temperatures reaching an average of 22°C (71°F). Rainfall is fairly evenly distributed throughout the year, with an average of 785 mm (30.9 in) of rainfall annually. In the wintertime, snow is rare, with the occasional light dusting of snow. The amount of sunshine also varies throughout the year, with the sunniest months being May and June, with an average of 8 hours of sunshine per day.
As of 2020, the city population is 16826.
This map shows the current & 7-day weather forecast, weather alerts, and weather radar for Haslemere, Surrey.


Today will be cloudy with snow or rain beginning in the morning then changing to rain near noon. There is also a risk of freezing rain early in the afternoon and a risk of a thunderstorm late in the afternoon. Rainfall amounts of 10 to 15 mm possible.
Winds coming from the northeast at 20 km/h then increasing to 40 and gusting to 60 near noon.
We can expect a high of 2C with a UV index of 2 or low.
Tonight the rain will change to drizzle in the evening then to a few flurries overnight. Winds steady but becoming light near midnight. Temperature steady near plus 2C.
Don't forget to check on the latest local gas prices, which are also listed on this page.


Scientific Forecaster Discussion
Area forecast discussion
National Weather Service Newport/Morehead City NC
1037 PM EST Wednesday Mar 4 2015
a cold front will move through eastern North Carolina from the
northwest Thursday. High pressure will build in for the weekend.
Low pressure may affect the region early next week.
Near term /rest of tonight/...
as of 1030 PM Wednesday...the cold front currently resides from the
Tidewater region of Virginia west-southwest to southeastern
Tennessee, slowly heading east towards eastern NC. Warm advection
on moist southwesterly flow continues tonight with areas of fog
possible near along the coastal sections of Onslow and Carteret
counties. Could also experience intermittent fog along the Outer
Banks depending on extent of boundary layer mixing. Significant
mixing has inhibited temperatures from falling near dewpoint this
evening and thus have removed mention of fog from inland areas.
Winds should remain mixed enough to prevent fog formation
overnight though with dewpoints in the low 60s, cannot completely
rule out brief fog just prior to sunrise if winds can sufficiently
Models remain in close agreement in the short term. Mild temperatures
will persist overnight due to moist SW flow. Thursdays high temperatures
will occur early morning then fall most of the day as cold high
pressure build south over the region. Most of the area will be
dry overnight. The exception will be the northern coastal plain
through the Albemarle Sound counties and far northern Outer Banks
where low chance probability of precipitation for rain will exist after midnight.
Short term /Thursday/...
as of 330 PM Wednesday...little change to previous forecast. Models
close in timing on front dropping through from the north. The
west-east oriented front will move through the northern Outer
Banks & northern coastal plain shortly after daybreak reaching the
South Coast early Thursday afternoon. Front will clear the entire
area by early evening. Probability of precipitation will quickly increase to categorical
along and behind the front. Forecast soundings indicate precipitation
type will remain rain during the day. Temperatures will fall
during the day once the front passes and will retain appropriate
wording in the upcoming zone package.
Long term /Thursday night through Wednesday/...
as of 300 PM Wednesday...good model agreement Thursday night with
widespread rain in wake of cold front...gradually ending as a period
of sleet and freezing rain northwest to southeast during the night. Given warm
antecedent conditions...only minor sleet accumulation expected
with a few hundredths of an inch of freezing rain accretion on
exposed surfaces...and some slick spots possible bridges and
Operational models continue to have some differences on
Friday...with NAM showing redevelopment of wdsrd light
rain/freezing rain over all of eastern NC during the day...while GFS
and European model (ecmwf) limit precipitation to coast with temperatures near or just above 32.
Given model differences...continued previous low confidence forecast
of mainly chance probability of precipitation across area with just 20% inland of Highway 17
after middle morning. Did increase probability of precipitation along coast S of Oregon Inlet
to likely for rain with chance of freezing rain. Another few
hundredths of freezing rain possible along coast.
Gusty north-NE winds expected along coast with cold air advection surge Thursday night and
could see wind advsy criteria mainly for Outer Banks.
Clearing and colder conditions expected Friday night...then high
pressure with moderating temperatures Sunday into Monday. Models continue to
have differences with next possible southern stream system Tue-Wed...and
just covered with 20% chance of rain to indicate low forecast confidence
at this time.
Mav guidance continues to have cold bias with min temperatures Thursday night and
Friday night and leaned to previous forecast which is line more with met
MOS. Coldest temperatures expected Friday night with some middle 20s inland.
Temperatures moderating to near normal sun-Wed.
Aviation /03z Thursday through Monday/...
short term /through 00z Friday/...
as of 1035 PM...VFR conditions early this evening may diminish to
MVFR/IFR overnight if winds sufficiently diminish allowing areas
of fog to develop and impact area taf sites. Maintained a period
of IFR in lowered ceilings/visibilities for all taf sites between roughly
06-12z, though this may be overly pessimistic given strong
boundary layer mixing as of 03z. Indicated a brief MVFR period
Thursday morning ahead of the cold front then forecast soundings
and MOS all agree on a period of IFR ceilings as winds shift
north/northeast and moisture becomes trapped under the frontal
inversion. Cold air will Chase the moisture from west to east
Thursday evening/night so could see light freezing rain/sleet late
evening into Thursday night.
Long term /Thursday night through Monday/...
as of 300 PM Wednesday...sub-VFR conditions expected Thursday
night with widespread rain in wake of cold front...with precipitation
changing to period of sleet and freezing rain before ending. MVFR
ceilings likely to linger during the day Friday. Clearing expected
Friday night with VFR prevailing rest of period. Gusty north-NE winds
15-25 miles per hour in wake of front Thursday night into Friday.
short term /through Thursday/
as of 1030 PM Wednesday...latest surface and limited buoy data
indicate south-southwest winds 15-25 knots with seas 3-5 feet though 5-7 feet seas
likely for the outer fringes of the central coastal waters.
Adjusted the marine dense fog advisory as most locations have been
void of fog issues/development this evening under a strong
southwesterly flow, except for the Onslow/Carteret County coast
where the dense fog advisory remains in effect until Thursday
morning. Based on latest model data will issue gale warnings for
all coastal waters...the Albemarle and Pamlico sounds and
Alligator river...with small craft advisories for the remaining
rivers. Front will drop into the northern waters shortly after
daybreak Thursday and reach the southern waters in the early
afternoon. Winds will rapidly veer from southwest to north and
increase once the front passes.
Long term /Thursday night through Monday/...
as of 300 PM Wednesday...gale warnings posted for all waters
except Small Craft Advisory southern rivers with high confidence in period of 25 to 35
knots winds across area Thursday night into Friday morning due to strong cold air advection
in wake of Arctic front. Winds will gradually diminish Friday and
Friday night to less than 20 knots by Sat morning...but elevated seas
will linger outer waters into Sat morning. Lighter winds and seas
expected to prevail rest of weekend into Monday.
Leaned to local nwps for seas most of period. Heights peaking 8-12
feet late Thursday night/early Friday.
Marine...Small Craft Advisory from 5 PM Thursday to 10 am EST Friday
Gale Warning from 5 PM Thursday to 10 am EST Friday for amz130-
Dense fog advisory until 6 am EST Thursday for amz156-158.


Note: Select a region before finding a country.
Windy this afternoon
Times of clouds and sun
A few showers in the morning
Expect showery weather late Thursday night through Friday morning
A brief period of tranquil weather will occur across the United Kingdom and neighboring northern Europe during the middle of the week. more >


KAMPALA, Uganda (AP) — Modest reductions in air pollution can prevent the deaths of tens of thousands of infants in sub-Saharan Africa each year, according to a new scientific study that investigated the link between breathable air pollutants and premature deaths in 30 countries across the continent.
Although few pollution monitoring systems exist in Africa, the researchers combined satellite-based data estimating the concentration of air pollutant particles with household health survey data on the location and timing of almost 1 million infant births — and any subsequent deaths — between 2001 and 2015.
There is a “robust relationship” between breathable particulate matter and infant mortality in some of the world’s poorest countries, according researchers from Stanford University and the University of California, San Diego published Wednesday in the journal Nature.
Particulate matter, one of many air pollutants, is believed by many experts to be the most harmful to human health. The term refers to small particles suspended in the air, including dust and black carbon originating from such sources as fossil fuel and biomass burning. Air pollution contributes to the global burden of heart disease, lung cancer, as well as respiratory diseases such as asthma and pneumonia, according to the World Health Organization.
Many people in Africa, where the process of rural electrification has been slow, still burn wood to cook or heat their homes. Other sources of pollutants may be natural, including large amounts of dust from the Sahara Desert.
Every 10-microgram-per-cubic-meter increase in the concentration of breathable particulate matter is associated with an increase of about 9 percent in infant mortality, an effect consistent over the 15-year study period, the study’s authors say. They also estimate that a decrease in air pollution of 5 micrograms per cubic meter across Africa might have averted around 40,000 infant deaths in 2015.
“The principal sources of particulate matter differ across sub-Saharan Africa. As such, policies and approaches to reducing pollution may be most appropriately undertaken at the local and regional scale,” Sam Heft-Neal, one of the study’s authors, told The Associated Press. “In booming urban areas, many of the relevant technologies and policies are the same ones that have been applied in more developed economies: moving away from coal to cleaner feedstocks for electric power production, putting particulate filters on buses and trucks, and reducing traffic congestion.”
Addressing biomass burning both in the farming fields and for cooking may require more comprehensive policies to rapidly move households up the energy ladder, he said, citing solar energy as “an excellent way to remove kerosene emissions” from homes.
The study also found that wealthier households were not immune from the negative effects of air pollution.
Although many African governments recognize the threat to lives from air pollutants, efforts to stem pollution have often lagged behind the more practical concerns of growing economies and attracting investors to develop local industry.
Some countries are starting to act. In the East African nation of Uganda, where cars emitting black exhaust fumes are a common sight on the roads, a draft law proposes to ban imports of vehicles older than eight years. The bill, already approved by Uganda’s cabinet, aims to curb imports of used Japanese cars that are seen as a major source of pollution in the urban areas.
According to the World Health Organization, 97 percent of cities with more than 100,000 inhabitants in developing countries don’t meet WHO air quality guidelines. That number decreases to 49 percent in high-income countries.
A 2015 study published in Nature found that air pollution, mostly by breathable particulate matter, leads to 3.3 million premature deaths a year worldwide, predominantly in Asia. That study projected that by 2050 the death total would double, to about 6.6 million a year, if trends didn’t change.
“The realities of our society are so difficult,” said Denis Akankunda Bwesigye, a fellow at Uganda’s Makerere University School of Public Health, citing the widespread use in rural areas of burning wood in the process of cooking.
Air pollution, he said, contributes significantly to the cases of pneumonia, which kills more than 24,000 Ugandan children under the age of 5 each year, according to government figures.


It’s a very foggy start to Monday morning. A Dense Fog Advisory was in place for all of central Indiana until 10 AM. That advisory has been extended until 1 PM. Many spots this morning have seen visibility drop to a half a mile or less.
Once we get past the fog, it will still be a rather dreary day. Thick cloud cover will prevail through the day. A few isolated areas of drizzle or light rain will be possible at times, but much of the day will be dry.
A warm front lifting over the region will send temperatures in the mid to upper 50s Monday afternoon. By Tuesday afternoon, this warm air will have temperatures flirting with record highs, in the mid 60s. The record for January 3rd is 65° set back in 1950.
The warmer air will be accompanied by a soaking rain. A few widely scattered showers will be in the area during the evening hours but most of the rain holds off until we get past midnight. Our risk for severe weather is low but an isolated strong, gusty storm can’t be ruled out. More favorable conditions for severe weather are centered over the south with portions of Arkansas and Louisiana at the highest risk.
Heavy rain and storms will move through during the late night, early morning hours on Tuesday. By daybreak, the heaviest of the rain will be pushing to the east. Overall rainfall totals from the system are in favor of 1″ of rain or more in many locations.
A few additional showers will be possible into Tuesday afternoon and evening, but they’ll be much more sparse in coverage. However, a broken line projected to come through during the evening could pack more of a punch with the potential for severe weather. The threat for severe storms is still low but a couple strong to severe storms will be possible.
We start to transition back to a more seasonal feel late in the week. Temperatures will be falling through the day on Wednesday and we’ll be back to highs in the 30s by Thursday. It’s into a January feel as we close out the week and head into the weekend.


Wednesday Cloudy. Isolated showers. Winds N/NW 25 to 35 km/h. Mostly sunny. Light winds.
Thursday Cloudy. Isolated showers, increasing to areas of rain in the afternoon, easing to isolated showers at night. Possible hail during the evening. Winds N/NW 30 to 45 km/h increasing to 40 to 60 km/h before dawn then tending W/NW 35 to 55 km/h in the early afternoon.
Friday Partly cloudy. Gusty winds early in the morning. Possible hail until evening. Scattered showers, falling as snow above 500 metres. The chance of thunderstorms in the late morning and afternoon. Gusty winds in the afternoon. Winds W/NW 30 to 45 km/h turning SW 20 to 30 km/h in the early afternoon.
Saturday Partly cloudy. Isolated showers tending scattered over eastern suburbs. Snow possible about the nearby hills above 600 metres in the morning. Winds W/SW 15 to 20 km/h becoming light during the afternoon.
Sunday Partly cloudy. Local early morning frost over outer suburbs. Light winds.
||forecast||min||max||chance of rain||rain amount||frost risk||9am||3pm|
||4||13||5%||< 1mm||Slight||NNW 12||89||NW 12||62|
||6||12||10%||< 1mm||Nil||NNW 12||85||NW 14||63|
||3||14||5%||< 1mm||Moderate||NNW 5||85||NW 10||54|
||5||14||5%||< 1mm||Slight||N 16||76||NW 20||49|
||4||13||5%||< 1mm||Slight||N 11||86||NW 16||58|
||2||9||5%||< 1mm||Moderate||NNW 2||95||NW 3||70|
||4||13||5%||< 1mm||Slight||N 3||83||NW 8||57|
||3||13||5%||< 1mm||Moderate||N 16||79||NW 18||51|
||3||14||5%||< 1mm||Moderate||NNW 11||84||NW 16||50|
||0||13||5%||< 1mm||High||N 3||100||NNW 11||61|
21:38 EST Tasmanians are bracing for more wild weather as the state mops up from destructive storms and flash flooding in the past two days.


This Afternoon... Cloudy with scattered snow showers. Not as cool. Near steady temperature around 30. West winds 5 to 10 mph with gusts up to 20 mph. Chance of snow 20 percent.
Sunday... Partly sunny. Cold with highs in the lower 30s. East winds around 5 mph, becoming south in the afternoon.
Monday... Mostly cloudy. Highs around 40. West winds 5 to 10 mph.
Tuesday... Mostly cloudy. Highs in the upper 40s.
Wednesday... Mostly sunny. Cooler with highs in the mid 30s.
Thursday... Partly sunny. Highs in the mid 30s.
Friday... A chance of snow showers in the morning. Cloudy with a chance of rain showers. Not as cool with highs in the upper 40s. Chance of precipitation 30 percent.


GetWindDirection - Weather
From Creation Kit
Requires: SKSE 1.06.00 or above.
Member of: Weather Script
Returns the wind direction of the weather object.
float Function GetWindDirection() native
The Wind Direction in degrees as specified by the weather form field.
Weather property SkyrimCloudyMA Auto ;Filled by SkyrimCloudyMA weather form. float windDirect = SkyrimCloudyMA.GetWindDirection() Debug.Trace("The weather object SkyrimCloudyMA has a wind direction of " + windDirect)
- The value returned will always be between 0.0 and 360.0.


Laverton Weather (beta) Laverton Weather. (beta) Map View MetEye. View the current warnings for Western Australia. 16.5 °C. Lowest 10.4 °C 7:10 am. Highest 16.5 °C 12:10 pm. 0 mm of rain since 9 am . Chance of any rain: 0%. Goldfields area. Partly cloudy. The chance of frost in the northwest in the early morning. Winds westerly 15 to 25 km/h turning southwesterly 20 to 30 km/h in the morning then decreasing to 15 to 20 km/h in the late afternoon. Overnight temperatures falling to between 3 and 6 with daytime. The last 14 months of Daily Weather Observations for Laverton, Western Australia are also here on this web site: Aug 21 Jul 21 Jun 21 May 21 Apr 21 Mar 21 Feb 21 Jan 21 Dec 20 Nov 20 Oct 20 Sep 20 Aug 20 Jul 2
Laverton Detailed Forecast (beta) Laverton Detailed Forecast. (beta) View the current warnings for Western Australia. Change location Start typing (town, city, postcode or lat/lon), then select from list below
Latest Weather Observations for Laverton. IDW60801. Issued at 10:13 pm WST Saturday 10 July 2021 (issued every 10 minutes, with the page automatically refreshed every 10 minutes) About weather observations | Map of weather stations | Latest weather observations for WA | Other Formats. Station Details. ID: 012305. Name: LAVERTON AERO. Lat: -28.61 Possible rainfall: 0 to 2 mm. Chance of any rain: 50%. Melbourne area. Partly cloudy. Medium (50%) chance of showers, most likely later in the day. Winds northerly 25 to 35 km/h. The next routine forecast will be issued at 5:05 am EST Friday. Product derived from IDV10753 and IDV10450 . BoM weather radar, satellite and synoptic charts. Current conditions, warnings and historical record
Laverton weather, Goldfields, WA - 7-day weather forecast and current temperature and Western Australia weather rada Laverton Wednesday Forecast. Mostly sunny. 10 °C. 19 °C. 30%. < 1mm. Laverton for Wednesday. Partly cloudy. Medium chance of showers in the far SW, becoming less likely later this evening Latest Weather Station Observations Near Laverton, WA (122.40/28.62) Rel. Humid. A cold front is moving over eastern parts of the Eucla Friday evening. A ridge is developing over remaining southern parts of the State and will drift well south of the State on Sunday. The ridge will strengthen on Monday as a high moves well to the south and a. National, state and local weather radar animation from the Bureau of Meteorology showing detailed rain coverage for the past 2 hour Laverton Airport (2km) Created with Highcharts 6.0.2. 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30. 2021 June July. Total Rainfall 2021. 80mm. Daily Average 2021. 0.4mm. Wettest Day 30 May, 2021
Laverton, originally known as British Flag, is a town in the Goldfields-Esperance region of Western Australia, and the centre of administration for the Shire of Laverton.The town of Laverton is located at the western edge of the Great Victoria Desert, 957 kilometres (595 mi) north-northeast of the state capital, Perth, and 124 kilometres (77 mi) east-northeast of the town of Leonora, with an. Get the forecast for today, tonight & tomorrow's weather for Laverton, Western Australia, Australia. Hi/Low, RealFeel®, precip, radar, & everything you need to be ready for the day, commute, and.
16 °C. 5%. < 1mm. Laverton for Thursday. Partly cloudy. Slight chance of a shower in the far SW in the morning and early afternoon. Near zero chance of rain elsewhere. Gusty winds and possible hail in the early afternoon. Winds W 25 to 30 km/h tending W/SW 35 to 50 km/h in the morning then decreasing to 20 to 30 km/h in the evening Laverton.Noticeboard, Laverton, Western Australia. 981 likes · 16 talking about this. Community Notices for Laverton WA. Please note the 'WA'. We continually receive requests from people in.. Know what's coming with AccuWeather's extended daily forecasts for Laverton, Western Australia, Australia. Up to 90 days of daily highs, lows, and precipitation chances
Mon 9 Aug Goldfields. Partly cloudy. High (70%) chance of showers in the far southwest, slight (30%) chance elsewhere. Winds north to northwesterly 15 to 25 km/h tending west to northwesterly 30 to 45 km/h during the morning and early afternoon Cyclone, flooding alert in Laverton, WA. At 11.23am the Bureau of Meteorology advised of heavy rainfall of 50mm to 70mm over the past 24 hours in the Gascoyne Junction area
Sunrise / Sunset times Laverton. With first light and last light times, and a graphical view of local daylight hours Laverton Sunrise / Sunset Times, WA 6440 - WillyWeathe Climatology Station Details. Laverton Ap. 28.61°S, 122.42°E 464m AMSL. Commenced 1991. Rainfall records: 25.0 years between 1994 and 2021. Min. temperature records: 29.0 years 1991 and 2021. Max. temperature records: 29.0 years between 1991 and 2021. Some data on this site is sourced from Bureau of Meteorology About 83% of Western Australia's total population live in the 15 coastal cities and towns with temperatures recorded by the Australian Bureau of Meteorology since the year 1900. The five coastal locations in Western Australia with populations above 20,000 ( Albany , Bunbury , Busselton , Geraldton , Perth ) have been major and expanding urban.
Climate (2010-Present) Laverton Airport (2km) Take a look at our website widgetsAvailable free! Find Out More. Strongest 3 December, 2018 137.2km/h NW; Average 2010-Present 18.2km/ Current active weather warnings for Laverton, issued by the Bureau of Meteorology. Create alerts and filter by warning category. Laverton Weather Warnings, WA 6440 - WillyWeathe Jan 2021 Average Total. 44.2. 5.6 day (s) Hottest min/max. Coldest min/max. Wettest rainfall total. Probable monthly record (for stations with ≥ 10 years of records Find local businesses, view maps and get driving directions in Google Maps
Burtville weather, Goldfields, WA - 7-day weather forecast and current temperature and Western Australia weather rada Latest news View all › Negative Indian Ocean Dipole is here Wednesday, July 21, 2021 | Source: Weatherzone . Australia's prospect of a wet spring continues to increase, with the Bureau of Meteorology declaring this week that a ne.. Interior for Saturday Sunny. Winds E/NE 15 to 20 km/h tending N/NE 20 to 30 km/h in the morning then decreasing to 15 to 20 km/h in the middle of the day. Overnight temperatures falling to between 2 and 5 with daytime temperatures reaching the low to mid 20s. Sunday Sunny. Winds N/NE 20 to 30 km/h. Windarra weather, Goldfields, WA - 7-day weather forecast and current temperature and Western Australia weather rada
Laverton Weather - 7 Day Forecast, Current Conditions and Rada Western Australia's continued drenching Saturday, December 12, 2020 Heaviest rain in months for southeast QLD and northeast NSW, and more on the cards Saturday, December 12, 202 Laverton's climate is arid with high summer temperatures and low annual rainfall. Average daily maximum temperature ranges from 21 degrees Celsius in June to upwards of 38.9 degrees Celsius in January. Average daily minimum temperature ranges from 14.1 degrees Celsius in July to 31.7 degrees Celsius in January (Bureau of Meteorology (BOM), 2020) . Customer Service Representative and more on Indeed.com Full Time Jobs in Laverton WA (with Salaries) 2021 | Indeed.com Australi
Laverton surf report updated daily. Surf forecast graph with detailed height, direction and period for swell waves Laverton Swell Forecast, WA 6440 - WillyWeathe Current and historical weather data, weather records and long term monthly averages for Laverton Airport. Temperature, wind, rain and more
Warnings are also available through TV and Radio broadcasts, the Bureau's website at www.bom.gov.au or call 1300 659 210. The Bureau and State Emergency Service would appreciate warnings being. Severe thunderstorms in WA are likely to produce damaging winds and heavy rainfall that may lead to flash flooding and large hailstones, the Bureau of Meteorology says Climate (2010-Present) Laverton RAAF Base (1km) Take a look at our website widgetsAvailable free! Find Out More. Strongest 30 January, 2019 113km/h NNE; Average 2010-Present 16.1km/
Average 2021. 14.8km/h. Climate (2010-Present) Laverton RAAF Base (3km) Take a look at our website widgets Available free! Find Out More. Strongest 30 January, 2019. 113km/h NNE. Average 2010-Present . Weather satellite cloud imagery is originally processed by the BOM from the geostationary satellite Himawari-8 operated by the Japan Meteorological Agency A Bureau of Meteorology's Victorian radar glitch made it seem rain was hitting most of the state — except for the eye of the storm near Laverton. Picture: BOM. WEATHER watchers were left. Laverton Tides updated daily. Detailed forecast tide charts and tables with past and future low and high tide times Laverton Tide Times, VIC 3028 - WillyWeathe
Laverton Ravensthorpe Gnowangerup Merredin Newdegate Deakin Telfer Marble Bar the Bureau of Meteorology. Western Australia. Climate zone map. Climate zone map: Western Australia Western Australia. Climate zone map . Table 1 NCC climate zones for thermal design: Western Australia(excluding Perth urban and surrounds) Local Government Area. Laverton Airport surf report updated daily. Surf forecast graph with detailed height, direction and period for swell waves Laverton Airport Swell Forecast, WA - WillyWeathe
Email: firstname.lastname@example.org. Post: P.O. Box 1174, PERTH WA 6844. All applicants will receive a confirmation receipt. Once the exemption is granted, you will be allowed to undertake certain activities involving fire during a Total Fire Ban. However, you must comply with the conditions in the exemption DFES, supporting volunteers everyday. We support over 26,000 volunteers who provide an invaluable contribution to the community performing a variety of operational, administrative and functional support roles. Learn more. I really enjoy the challenge and knowing that I am making a difference to the community The Kondinin Shire Council comprises of 7,340km2 located in the Central Eastern Wheatbelt. The three towns promote a theme representing their area. Kondinin promotes Heritage of Red Soil Riches, Karlgarin promotes Small and Proud and Hyden promotes Bush Living at its Best. The Kondinin Road Board was formed from the portions of the Roe.
Cannot retrieve contributors at this time. 1314 lines (1249 sloc) 77.3 KB Raw Blam Laverton Airport Tides updated daily. Detailed forecast tide charts and tables with past and future low and high tide times Laverton Airport Tide Times, WA - WillyWeathe Perenjori, from the Aboriginal word Perangary, meaning water hole, is situated 350 km north of Perth and 39 km south-east of Morawa in the northern agricultural region. Perenjori is one of nine government areas that make up WA's Wildflower Country and is part of the Wildflower Way Tourist Drive that runs from Dalwallinu to Geraldton Laverton Airport, WA; Coldest 10.3 °C Warburton Airfield, WA; Windiest 24.1km/h Norseman Airport, WA; Most Humid 97% Esperance Airport, WA; Least Humid 22% Laverton Airport, WA; Highest Pressure 1021.2 hPa Giles Meteorological Office, WA; Lowest Pressure 1006.6 hPa Esperance, WA; All News Australia Weather New
caption = Location of Laverton, Western Australia lga = Shire of Laverton postcode = 3028 est = 1900 pop = 316 (2006 census). Weather. Kalgoorlie. Balgair 11° 34°. Esperance 11° 31°. Eucla 12° 24°. Eyre 11° 34°. Forrest 11° 34°. Kalgoorlie 12° 32°. Laverton 15° 35° IT Manager jobs now available in Western Australia. Team Member, Manager, Store Manager and more on Indeed.co I worked for Australia's Bureau of Meteorology - BOM for 2 years from 1973 to 1975. I was trained in weather observation and general meteorology. I spent 1 year observing Australia's weather and 1 year observing the weather at Australia's Antarctic station at Mawson
Gold Fields is a globally diversified producer of gold with eight operating mines in Australia, Ghana, Peru & South Africa. Find out how far a dynamic and exciting career with Gold Fields can take you Showers. Possible late storm. 7 to 15°. 8 to 15mm. 100% chance. Thursday. 15 Jul. Showers easing. 5 to 14°. 2 to 5mm. 80% chance Rain Last Hour 0mm; Recorded at Laverton RAAF Base Updated 6 mins ago (1.2km away). Get an account to remove ads View More Real-Time Extremes Nation State Region. Hottest 25.9 °C Coconut Island, QLD; Coldest -1.9 °C Butlers Gorge, TAS; Windiest 66.7km/h Cape Leeuwin, WA Recreational freshwater angling guide 2020 - South-west Western Australia. March 18, 2020. Key Dates. View All Key Dates. Previous Next. Representing WA anglers. WA's sustainable fisheries standard. Sustainability scorecard
Climate (2010-Present) Laverton RAAF Base (1km) Take a look at our website widgetsAvailable free! Find Out More. Annual Average 2010-Present 423.3mm; Monthly Average 2010-Present 38.5mm; Daily Average 2010-Present 1.3m Laverton North Tides updated daily. Detailed forecast tide charts and tables with past and future low and high tide times Laverton North Tide Times, VIC 3026 - WillyWeathe Climate (2010-Present) Laverton RAAF Base (34km) Take a look at our website widgetsAvailable free! Find Out More. Annual Average 2010-Present 425.3mm; Monthly Average 2010-Present 38.7mm; Daily Average 2010-Present 1.3m
The Bureau of Meteorology's Melbourne radar at Laverton in the city's west is set to go offline for six weeks for an upgrade. The radar will be offline from August 25 until early October. Oh no VIC. Melbourne. Seabrook. 1-Day 3-Day 5-Day. Wind Speed. Created with Highcharts 6.0.2. Sun 11 Jul Mon 12 Jul Tue 13 Jul Wed 14 Jul Thu 15 Jul Fri 16 Jul Sat 17 Jul. 60km/h 40km/h 20km/h. Graph Plots Open in Graphs


Multiple U.S. severe weather outbreaks, including tornadoes, hail, and flooding, resulted in losses of more than $1 billion for public and private insurers during March, with economic costs approaching $2 billion, according to Aon’s monthly Global Catastrophe Recap report, which evaluates the impact of natural disaster events worldwide each month.
The most notable outbreaks – March 22-23, 24-26, and 27-28 – included severe weather across the Central and Southern U.S. A preliminary confirmed total of 122 tornadoes touched down during the month, and at least seven people were killed from tornadic events. Five of the 122 tornadoes were rated EF3 (four) or EF4 (one).
The severe weather was most damaging across parts of Alabama, Mississippi, Texas, Georgia, and Tennessee, said Aon, noting that, beyond the impact of tornadoes, there were hundreds of reports of large hail and damaging straight-line winds that resulted in extensive property damage.
The storms also prompted significant flooding in parts of the Tennessee Valley, said the report, with at least seven reported fatalities in Tennessee alone, including some in the greater Nashville metro region, after numerous river locations swelled beyond their banks.
Looking at other storm events during March, Aon discussed the damaging winds, thunderstorms, and flooding rains, which swept across eastern Canada and the Canadian Maritimes between March 26-29. The impacts of these storms included flash flooding in the Greater Toronto Area, shoreline flooding along the Great Lakes, ice jams and widespread wind damage. Economic and insured losses were expected to be in the tens of millions of U.S. dollars.
Meanwhile, Windstorms Klaus and Luis, which affected parts of Western and Central Europe on March 10-13 with strong winds. Both storms caused moderate losses, with notable impacts in Germany, Belgium, the Netherlands, northern France and the United Kingdom. Local insurers faced with tens of thousands of claims.
Michal Lörinc, senior catastrophe analyst for Aon’s Impact Forecasting team, said: “As we transition to the Northern Hemisphere spring months, this is typically a period where focus shifts to the severe convective storm season. However, March is still a time where notable windstorms can affect Europe, and 2021 saw a quick succession of storms Klaus and Luis that left moderate physical damage impacts. While the 2020/21 European windstorm season was not abnormally costly, it remains a peril worth closely monitoring.”
Other worldwide natural hazard events during March include:
- A series of frontal systems and an East Coast Low led to extensive flooding across parts of eastern Australia from March 10-24, killing at least two people. The event resulted in widespread inundation to thousands of properties and swaths of infrastructure and agriculture in New South Wales and Queensland. The Insurance Council of Australia (ICA) declared an insurance catastrophe. Approximately 36,000 claims were filed, with an estimated insured loss of A$537 million ($410 million). The overall economic loss is expected to approach $2 billion.
- Persistent seasonal rains and severe weather continued to affect portions of western Colombia throughout the month. At least 53 weather-related fatalities have occurred since Jan. 1. A public calamity was declared in the Valle del Cauca Department due to damage to roadways, homes and crops.
- Heavy rain affected northwestern Algeria (particularly Chlef Province) on March 6, causing flash floods that resulted in casualties and damage. More than 500 families have been affected. Local media reported that 10 people were left dead or missing.
- Severe sand and dust storm conditions affected wide swaths of Mongolia and China from March 12-16. At least 21 people were left dead or missing, millions of livestock were killed and hundreds of yurts were destroyed in Mongolia.
Source: Impact Forecasting/Aon
Photograph: Fallen trees cover the ground by weather-damaged properties in Clanton, Ala., the morning following a large outbreak of severe storms across the southeast, on Thursday, March 18, 2021. Possible tornadoes knocked down trees, toppled power lines and damaged homes in multiple locations across the state of Alabama. Photo credit: AP Photo/Vasha Hunt.
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When temperature increases and humidity of air decreases the fog dissipates. Answer, Fog is moisture in the air condensing due to cooler ambient temperature at ground level. As the ambient temperature increases, generally due to the sun, the moisture in the fog will burn off and the fog will lift. You can't see vapor, but you can see droplets of water, droplets small enough to float in air (brownian motion). Whenever the droplets evaporate (heat, low humidity, etc) the water doesn't go anywhere but now you can see through it, thus "no fog".
As the air becomes warmer, the fog will usually dissipate.The cooks used the exhaust fan to dissipate the smoke from the kitchen fire."As the sun climbed higher in the morning sky, the fog dissipated and left its traces on shaded leaves."
When the Sun's heat warms the ground and air.
It doesn't always... it depends on whether there's enough heat from the sun reaching the ground. Fog - is simply water vapour that's condensed into droplets. If the ground stays cold, the fog will not dissipate.
This happens in my '93 Honda Accord as well. Since I haven't found a real solution, I've found that if you turn the Defrost + Air Conditioner on at the same time, then the fog will quickly dissipate. The downside is that you need to drive with both the defroster and AC on at the same time; when they're turned off the fog crops back up...
Resistors dissipate energy as heat.
Dissipate means when you pull something apart or something is getting forced/pulled apart.
The clouds began to dissipate after the storm. He watched her anger dissipate into a profound sense of relief as the truth finally sank in.
Smoke will dissipate faster when there is a breeze blowing.
"Upon detecting the menancing presence of a lioness, the gazelles were quick to dissipate." (Dissipate means to dispel, disperese, scatter, drive away, waste, or squander.) :)
Fog is formed in 4 different ways.radiation fogadvection fogupslope fogsteam fog
mistFoganother name for it is fogFog.Fogvery low clouds are called stratus clouds ;PFogfogits called fog...mist, fogFOG
Hurricanes dissipate when they reach land because there is no water to strengthen them. Hurricane Ike began to dissipate as soon as it hit land and it dissipated in eastern Canada.
The noun forms of the verb to dissipate are dissipation, dissipator (or dissipater), and the gerund, dissipating.
Fog description is description of fog.
to become scattered
London fog : radiation fog enhanced by pollutants. Wisconsin fog : evaporation fog near water.
Fog intensity is how dense fog is. The lower the visibility, the more intense and dense the fog is.
Antonyms for dissipate:AccumulateAppearAssembleBuildCollectGarnerGatherHoardSaveStarve
Hurricanes dissipate due to lack of water supply, cold water and stalling. There must be movement for the storm to be a hurricane.
fog = Nebel fog = Schleier (figurative)


Srinagar: Intermittent rains lashed the plains of J&K and upper reaches received fresh snowfall on Wednesday even as the Meteorological Department predicted more precipitation in the next 24 hours.
Due to snow accumulation, the roads to the border towns of Tangdhar, Machil, and Keran remain closed.
According to the Meteorological Department, scattered to fairly widespread light or moderate rainfall and snowfall started in Kashmir, Jammu, and Ladakh late Wednesday morning that continued intermittently throughout the day.
“The fresh precipitation is because of fresh Western Disturbance that is to affect the Western Himalayan region from today onwards,” MeT officials said here. “Such Western Disturbances, specifically the ones in winter, bring a majority of the post-monsoon and winter rains in low-lying areas and heavy snow in mountainous areas of J&K.”
The MeT officials said that light to moderate rain and snowfall over the higher reaches was expected to continue during the next 24 hours.
However, they said, there was no forecast of any major rain or snowfall during the spell.
The MeT officials said that from November 12 to 16, the weather was expected to be fair to partly cloudy.
“The snowfall and low temperature may lead to temporary disruption of surface transportation, mainly over Zojila, Jammu-Srinagar Highway, and Leh-Manali Road,” they said and urged the people that before they embark on their journeys, they should know the status of the road from the Traffic Police to avoid inconvenience.
The MeT officials said that in the last 24 hours till 8:30 am on Wednesday, Pahalgam received 0.5 mm of rainfall while Gulmarg amassed 2 cm of fresh snowfall.
About the temperatures, they said, the summer capital Srinagar recorded a low of 5.4 degrees Celsius against 4.3 degrees Celsius the previous night, 3.6 degrees Celsius above normal.
The MeT officials said that Qazigund, the gateway town of Kashmir, recorded a low of 5 degrees Celsius, the same as on the previous night, 3.1 degrees Celsius above normal.
They said that the mercury in south Kashmir’s Pahalgam resort settled at 2.9 degrees Celsius against minus 1.6 degrees Celsius the previous night, 4 degrees Celsius above normal.
The MeT officials said another south Kashmir resort Kokernag recorded a low of 4.1 degrees Celsius, the same as the previous night, 1.4 degrees Celsius above normal.
They said that the ski resort of Gulmarg in north Kashmir’s Baramulla district recorded a low of minus 2 degrees Celsius against minus 2.6 degrees Celsius the previous night, 2.2 degrees Celsius below normal.
The MeT officials said that mercury in Kupwara town settled at 4.7 degrees Celsius against 2.8 degrees Celsius the previous night, 3.4 degrees Celsius above normal.
They said that the winter capital Jammu recorded a low of 14.6 degrees Celsius against 13.8 degrees Celsius the previous night, 0.4 degrees Celsius above normal.
Officials said that due to snow accumulation the roads to the border towns of Tangdhar, Machil, and Keran remained closed on Wednesday.


Reported by: Chief Meteorologist Joe Murgo
Today was a blustery and cool day for this time of the year with a stiff northwesterly flow and clouds that were stubborn to clear. The clouds will continue to decrease this evening and later tonight will become mainly clear with lighter winds. Lows will be in the lower 30s with some spots dropping into the 20s. Thursday will start chilly then the rest of the day will be sunny to partly cloudy with a milder afternoon with highs in the lower 60s. The next front will continue to press into the region on Friday bringing another round of showers and thunderstorms. This front will stay close enough to bring the chance for showers on Saturday. With the front close by, a shower can not be ruled out either on Sunday. An upper level low pressure will stall close to the area early next week. Depending on the position of this low, we could be locked in a very cool and unsettled pattern with periods of rain Monday, Tuesday and Wednesday. There is still a chance that the system will stall far enough from the area for the weather to be better, but at this point, that looks unlikely. Though we'll have a better feel on that in the days ahead.
Copyright 2016 Nexstar Broadcasting, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.


Multi-Network Composite Highest Resolution Upper Air Data [NCAR/EOL]
This data set contains a composite of the highest resolution (i.e. the "native" resolution) upper air sounding data from all sources for the Southeast Atmosphere Study (SAS). Sounding data is included from two sources: the National Weather Service (16 sites and 1438 soundings) and the NCAR/EOL ISS GAUS radiosonde site near the SOAS Centreville site in central Alabama (1 site and 105 soundings). Included are soundings from 30 May to 15 July 2013.
|Subscribe||Subscribe to receive email when new or updated data is available.|
|GCMD Science Keywords||
|Begin datetime||2013-05-30 15:00:00|
|End datetime||2013-07-15 23:59:59|
Map data from IBCSO, IBCAO, and Global Topography.
Maximum (North) Latitude:
Minimum (South) Latitude:
Minimum (West) Longitude: -97.438, Maximum (East) Longitude: -76.878
Primary point of contact information
EOL Data Support <firstname.lastname@example.org>
Additional contact information
CitationExample citation following ESIP guidelines:
UCAR/NCAR - Earth Observing Laboratory. 2014. Multi-Network Composite Highest Resolution Upper Air Data. Version 1.0. UCAR/NCAR - Earth Observing Laboratory. https://doi.org/10.5065/D6445JV8. Accessed 24 Mar 2023.
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Today: Partly Cloudy, Cooler and Less Humid. High 82.
Tonight: Mainly Clear. Cool. Low 60.
Wednesday: Mostly Sunny and Pleasant. High 83.
Thursday: Mostly Sunny . High 84.
Friday: Partly Cloudy. 30% Chance of Afternoon Thunderstorms. High 82.
Saturday: Partly Cloudy. 40% Chance of Thunderstorms. High 81.
Sunday: Partly Cloudy. 40% Chance of Thunderstorms. High 82.
Monday: Partly Cloudy. 40% Chance of Thunderstorms. High 83.
Cooler air is here, and here to stay for at least a few more days. This push of cool air is quite rare for the month of July, and is making it feel more like mid-September rather than what is typically the warmest time of the year for North Carolina.
The Jet Stream has plunged southward into the Carolinas. This is allowing cool, low humidity air to plunge into the Tar Heel State. We'll see our low dew points continue today, tomorrow and into early Thursday before changes take hold.
More moisture will begin to return to our forecast by Friday. This will increase clouds, and eventually bring back the chance of rain for Friday into the weekend. Scattered showers and even thunderstorms are a good bet those days. While it will be humid, temperatures will be held back thanks to the extra clouds and showers.
The normal high is 88, and the normal low is 69.


Clouds will continue to decrease from west to east as the system that brought us the snow last night pushes further to the northeast. As sunshine emerges through the second half of the day, temperatures will finally get above freezing for most. That sunnier and warmer weather will help melt away some of last night’s snow.
A mainly clear sky and light wind for tonight will quickly allow temperatures to take a tumble. Overnight lows will bottom out in the teens and 20s across northeast Kansas.
A partly to mostly cloudy sky for Thursday could see a few raindrops clip some northern and western areas during the afternoon and early evening. Even so, it will be even warmer as highs max out in the upper 30s and lower 40s.
Clouds increase throughout the day on Friday as some scattered rain showers become a possibility during the afternoon and evening. This will be just a rain chance as high temperatures get into the low to mid 40s for Friday.
Rain chances increase heading into Saturday morning, but some spots could see those cold raindrops mix in with some wet snowflakes and freezing rain. Aside from the northwest corner that could wake up to a wintry mix Saturday morning, most spots will contend with rain, at first.
As Saturday progresses, colder air is progged to start moving in from northwest to southeast. For the northwestern areas, highs may not get above the mid 30s. To the southeast, highs will get well above freezing in the 40s, to even close to 50° for the extreme southeastern corner.
This warmer sector ahead of the colder air could provide enough force for some embedded thunderstorms to develop within that swath of rain late in the morning into the early afternoon. However, as Saturday progresses from afternoon to evening and more of that cold air catches up, more spots will see that rain change over to freezing rain and finally snow. Winds will be breezy at times, as well, so as the snow falls, it may get easily blown around and result in lowered visibilities.
This forecast is still a few days out though, so the exact details will continued to be tweaked. Make sure to check back often for the latest updates from the KSNT Storm Track weather team!
Beyond that, we catch a brief break on Sunday with sunshine and high temperatures hovering right around 40°. However, there may be another chance of snow looming to move in for Monday.


While these may look very similar to the balloons that are launched by the National Weather Service, they certainly aren’t collecting the same type of data.
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The NWS launches balloons at 92 stations across the United States twice every day to collect data within our atmosphere. While they may look like spy balloons, there are many important differences. One of them being that they are a lot smaller, and they are certainly not remote controlled.
Each balloon is made of rubber and inflated with helium before launch. It gets inflated to about six feet wide, and then a device called a radiosonde is attached to the balloon. The radiosonde measures temperature, humidity, and pressure as it rises through the atmosphere while hanging off the bottom of the balloon. The balloon can expand to nearly 20 feet as it rises and the air pressure around it drops. As it moves with the wind, it changes location and tells the NWS about how the wind changes speed and direction above our heads.
According to the NWS, balloons can stay in the air for around two hours and drift over 100 miles away, while some balloons can rise over 20 miles before popping! Once they do pop, a parachute will allow for the equipment to float back to the ground. If you happen to come across one, it even comes with its own shipping label so you can send it back to the NWS.
Data collected with the radiosonde is used to help us analyze what the atmosphere is doing and it helps models get a more accurate picture of the atmosphere at any given place from top to bottom. This integral tool is just one of many that we use to collect data that helps to make your forecast more accurate.


Scattered showers and thunderstorms developing by early afternoon. Partly cloudy with temperatures rising to near 90F, then falling. Winds SW at 5 to 10 mph. Chance of rain 55%. Hourly Details
Sunshine and clouds mixed. High 89F. Winds light and variable.
Scattered thunderstorms early, then partly cloudy after midnight. Low 66F. Winds light and variable. Chance of rain 50%.


Climate reconstructions highlight man-made destruction
Global temperature reconstructions reveal warming has increased most during the last 150 years, with the main drivers being greenhouse gases and ice sheet decline.
Rising greenhouse gases and the loss of ice sheets are the main drivers of climate change, confirms new research which reconstructed the Earth’s climate since the last ice age, 24,000 years ago.
The study, led by the University of Arizona, created maps of global temperatures for each 200-year interval since the last ice age. It revealed a general warming trend over the last 10,000 years, with the magnitude and rate of warming reaching its highest over the last 150 years.
"These maps are really powerful," said Matthew Osman, a geosciences postdoctoral researcher at the University of Arizona. "With them, it's possible for anyone to explore how temperatures have changed across Earth, on a very personal level. For me, being able to visualize the 24,000-year evolution of temperatures at the exact location I'm sitting today, or where I grew up, really helped ingrain a sense of just how severe climate change is today."
Reconstructing the past
To help create a more complete picture of the past, the team used two independent datasets - temperature data from marine sediments and computer simulations of climate.
Chemical signatures of marine sediments can be used to gather information about past temperatures. The chemistry of a long-dead animal's shell can be affected by changes in temperature over time, and paleoclimatologists can use these measurements as a starting point to estimate temperature in an area.
How has El Niño contributed to human evolution?
The team combined this with computer-simulated climate models, which provide temperature information based on scientists' best understanding of the physics of the climate system. This method, data assimilation, is commonly used in weather forecasting.
"To forecast the weather, meteorologists start with a model that reflects current weather, then add in observations such as temperature, pressure, humidity, wind direction and so on to create an updated forecast," said Jessica Tierney, a University of Arizona geosciences associate professor and co-author of the study published in Nature.
The team applied this same idea to past climate, and will continue to perfect the method to investigate climate changes even farther in the past.
"With this method, we are able to leverage the relative merits of each of these unique datasets to generate observationally constrained, dynamically consistent and spatially complete reconstructions of past climate change," Osman said.
The work, co-authored by the National Center for Atmospheric Research (NCAR), also settled a decade-long debate in the paleoclimatology community about whether this period trended warmer or cooler.
“One of the most important aspects of this study is it resolves differences between computer models, which showed a warming trend during the Holocene (the last 10,000 years), and temperature data from the geological record that suggested a cooling trend,” said NCAR scientist Jiang Zhu, a co-author. “Our study supports the model simulations and attributes the mismatch to the poor spatial coverage of the geological data.”
Consequently, the scientists say they can now confirm temperature trends since that period and understand the ongoing global warming in a longer geological context.


TRUMBULL, Conn. — Move your car: Police and road crews bracing for winter's return have issued an overnight parking ban to allow for snow removal.
All vehicles must be moved off town roads from 10 p.m. Thursday night until snow removal is complete. This will allow the Trumbull Public Works Department to properly clear the streets.
Related story: All of Fairfield County is under a weather advisory, with 3 to 5 inches of snow possible.
A rain and snow mix will develop Thursday night, which will change to all snow by early Friday, according to the National Weather Service.
The winter weather advisory is in effect from 10 p.m. Thursday through 2 p.m. Friday.
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