Anyways, how weirdly amazing is
the weather at the moment?
I've lived in Michigan all of my life and don't like the cold
weather at all.
Although we are still experiencing some colder
weather at times, (I mean it is only early March, and technically still winter!)
Thus, it has fresh air and cold
weather at once.
Written by Lisa Rangel, Executive Resume Writer A good friend of mine posted on Facebook over the weekend, she had perfect hooded sweatshirt
weather at the beach.
In the western world you rarely hear people discussing how lucky they are; we'd much rather moan about the increased price of coffee or bad
weather at the weekend.
• View
weather at a glance in your notification center with forecast and radar widgets for iOS 8 • Keep an eye out for extreme weather with severe weather alerts • Discover real - time weather on webcams around the world • View stunning weather photos with the WunderPhotos tile • Access Weather Underground's wealth of online resources including ski reports, infographics, scientific discussion and more • Geek out with the weather radio tile • Customize your experience with light & dark modes, map types, units and rearrangeable tiles
For example, the default weather app showed
me the weather at my location in Chinese.
Oddly, it only appears to show
the weather at your location, not the actual destination.
Live tiles can be great for certain things like showing
the weather at a quick glance, or headlines, or sport scores, but they can also be a distraction, even downright bothersome if there are too many live tiles going at once.
«Weather» will show
you the weather at your current location, while «weather in [location]» will show you the weather in another city.
Notification Center on iPhone and iPod Touch also includes Weather and Stocks widgets, displaying information on
the weather at the user's current location, and any stocks that the user has selected in the Stocks application.
Cortana also knows when you are traveling and collects relevant, useful information from your email, such as flight info,
weather at your destination, currency conversion if you are traveling internationally, and then looks out for you, filters out the noise — and helps you stay on top of what's important.
Additionally, there is also an explore tab that offers a snapshot of
the weather at each destination, most crucial factor while planning a trip.
In a state whose greatest claim to fame is
no weather at all (if you don't include boiling summer temperatures), extreme climate events are largely a non-factor in determining home insurance premiums in the Grand Canyon State.
Many travel insurance plans include hurricane and weather benefits for disruptions due to adverse
weather at a traveler's destination.
However, residents do face the threat of severe
weather at times.
The chances of having your flight affected by
weather at other airports (i.e., the plane you're taking doesn't leave O'Hare and so you're stuck waiting) is much less
There is typically no coverage for actual or predicted inclement
weather at your destination.
Lisa: Global warming can cause
weather at both extremes, hot and cold.
There is in essence no «natural»
weather at this point since the entire climate system is being derailed and disrupted from too many directions to comprehend.
Also, take note of the record cold
weather at the moment, truly remarkable since it flies right in the face of the anthropogenic global warming «theories».
Such analyses will take time, but Dr. Thompson said preliminary evidence shows, for example, that the earth probably went through a period of anomalous
weather at around the time of the French Revolution, which began in 1789.
In terms of
weather at least, the world is a fundamentally different place now from when weather observations started in the US in the late 1800s.
Real - time weather forecasting was also limited by the fact that a computation had to start off with data that described the actual
weather at a given hour at every point in a broad region.
Instead of starting with grand equations for the planet as a whole, one might seek to find how the circulation pattern was built up from the local
weather at thousands of points.
Likewise climate (
weather at the macro-stats level) has regularities and causes that individual weather events do not have — at least not in the same way.
Furthermore, a single model may give different answers for the future temperature over North America, depending on which day is used to describe
the weather at the starting point of the model simulation (Deser et al., 2012).
According to our reconstruction from 1538 the first major trough was reached around 1607 (Figure 11) It can be seen as descending from a peak attained by 1560, following a century long broadly warming period (according to Lamb) that punctuated the LIA into two parts, a relatively short period following the end of the MWP, and another following a return to periods of bitter cold
weather at the start of the 17th century that is confirmed both in this reconstruction and that by Lamb.
That there is NO NATURAL
WEATHER at this point.
Much of this progress is due to advances in numerical weather prediction, that is, the use of computer models which approximate the fluid motions of the atmosphere to create forecasts of
the weather at some time in the future.
Climate is defined as, «the average course or condition of
the weather at a place usually over a period of years as exhibited by temperature, wind velocity, and precipitation» http://www.merriam-webster.com/dictionary/climate
climatology, climates 1: a region of the earth having specified climatic conditions2 a: the average course or condition of
the weather at a place usually over a period of years as exhibited by temperature, wind velocity, and precipitation b: the prevailing set of conditions (as of temperature and humidity) indoors < a climate - controlled office > 3: the prevailing influence or environmental conditions characterizing a group or period: atmosphere < a climate of fear >
Well... isn't that just the exact recording of the local
weather at exactly that lake.
It means
the weather at that sea flipped.
Extreme weather includes unusual, severe or unseasonal weather;
weather at the extremes of the historical distribution — the range that has been seen in the past.
Everything else is questions of energy distribution which then produces climate and
weather at various locations around the world that we can experience.
In calm
weather at 5 am in the bottom 1 - 2 km of air above the surface the ELR can be as strongly negative (temperature increasing with altitude) as the MALR is positive, an ultrastable situation.
I meant the reading could be correct in the range + / - 0.5 °C in calm
weather at noon, but at night, with rain, heavy wind, and the ship rolling, any precision in the range of + / - 1 °C would have been excellent.
It's also pretty likely that the El Nino will bring some very damaging
weather at various points, which will serve to remind us that flooding is something to respect and yes, fear, whether it's driven by El Nino or by increasing water vapor content due to global warming.
The Next Generation Science Standards NGSS guidelines for US Science teaching explicitly include climate change and
weather at all grade levels K - 12.
Climate is the average of (or the sum of)
weather at a given location for a stated time period.
The residual is then
weather at a given location or rather that random part that is not explained by the deterministic equation.
So it turns out, if you diversify renewables by type so they're not all affected by weather the same way, you diversify them by location, so they don't all see the same
weather at the same time, and you integrate them with the resources on the grid, both power plants and ways to save or shift electric use, then you can have a largely, or wholly renewable electric supply system at very reasonable cost, with greater reliability and resilience than we have right now.
The climate and
weather at a location are determined to first order by these factors and the latitude and altitude of that location.
The climate and
weather at a location are fundamentally set by the relationships between the geometry of the earth, the geometry of the revolution of the earth around the sun, the relationship between Earth's axis of rotation and the plane of Earth's orbit, and the rotation of the earth about its axis.
From this post I get the impression the climate scientists measuring the average conditions of
weather at discreet time intervals and following the change in the average over time is a very limited approach seeking to identify causes and effects, when we have known for a long time the major inputs in the climate such as insolation, orbital characteristics, evaporation, condensation and etc..
Prof Kevin Trenberth, expert in climate change and extreme
weather at the US National Centre for Atmospheric Research, tells Carbon Brief:
Alaska got California
weather at the end of January, as displayed by a new map based on data by NASA's Terra satellite's Moderate Resolution Imaging Spectroradiometer (MODIS).
The HadCRUT4 global surface temperature database is flat between 2002 and 2014, a trend bound to be increased by the presence of high temperatures due to
weather at the end of the database.