«The authors write that «the Mediterranean region is one of the world's most vulnerable areas with respect to global warming,»... they thus consider it to be extremely important to determine what impact further temperature increases might have on the storminess of the region... produced a high - resolution record of paleostorm events along the French Mediterranean coast over the past 7000 years... from the sediment bed of Pierre Blanche Lagoon [near Montpellier, France]... nine French scientists, as they describe it, «recorded seven periods of increased
storm activity at 6300 - 6100, 5650 - 5400, 4400 - 4050, 3650 - 3200, 2800 - 2600, 1950 - 1400, and 400 - 50 cal yr BP,» the latter of which intervals they associate with the Little Ice Age.
Although the age model gives some uncertainty in the timings, it appears that storminess increased at the onset and close of North Atlantic cold events associated with oceanic changes, with reduced
storm activity at their peak.
Not exact matches
The
storm activity comes after Hurricane Harvey claimed about 60 lives and caused property damage estimated
at as much as $ 180 billion in Texas and Louisiana.
The parables disclose with what pleasure and tolerance he surveyed the broad scene of human
activity: the merchant seeking pearls; the farmer sowing his fields; the real - estate man trying to buy a piece of land in which he had secret reason to believe a treasure lay buried; the dishonest secretary, who had been given notice, making friends against the evil day among his employer's debtors by reducing their obligations; the five young women sleeping with lamps burning while the bridegroom tarried and unable to attend the marriage because their sisters who had had foresight enough to bring additional oil refused to lend them any; the rich man whose guests for dinner all made excuses; the man comfortably in bed with his children who gets up
at midnight to help his importunate neighbor only because he despairs of getting rid of him otherwise; the king who is out to capture a city; the man who built his house upon the sand and lost it in the first
storm of wind and rain; the queer employer who pays all of his men the same wage whether they have worked the whole day or a single hour; the great lord who going to a distant land entrusts his property to his three servants and judges them by the success of their investments when he returns; the shepherd whose sheep falls into a ditch; the woman with ten pieces of silver who, losing one, lights the candle and sweeps diligently till she finds it, and makes the finding of it the occasion of a celebration in which all of her neighbors are invited to share — and how long such a list might be!
At times of maximum solar
activity, the magnetic ferment represented by sunspots frequently releases and leaps across space to Earth — to foment magnetic
storms that disrupt communications networks and light the polar skies with auroral displays.
Colin Price and his colleagues
at Tel Aviv University studied data from 26 observation stations worldwide, comparing lightning
activity to tropical
storm formation during the 2005 and 2006 hurricane seasons.
Many of those
storms originate
at sunspots, dark blemishes on the sun's surface that are wellsprings of magnetic
activity.
Solar
storms can
at times create radiation damage or introduce errors in satellite or spacecraft computer processors, causing them to function unpredictably, malfunction (sometimes permanently) or «misbehave» in other ways, Anderson says, adding that much of this
activity goes unreported to the public because, particularly in commercial space - based systems, operators tend to be very reticent to admit they have had a problem that might discourage investors.
In a paper that appeared online on July 18, 2017
at Weather and Climate Extremes, the team reports that climate change attributed to human
activity made the
storm much more severe than would otherwise have occurred.
Those unexpectedly warm waters were what caused some of the seasonal forecasts to slightly underestimate the amount of
storm activity in the Atlantic, Philip Klotzbach, a hurricane researcher and seasonal forecaster
at Colorado State University, wrote
at the Capital Weather Gang blog.
When the annual April 1 measurements came in, Trouet and her colleagues were already looking
at the historic climate record contained in old tree rings to see how the locations of
storm activity had changed in the area over time.
He also brings a sweeping beauty to the visuals... whether it's Jobs
storming through a hallway, or the maze of
activity backstage
at each roll - out.
The overall unfairness of segregating pets outside the human circle may deteriorate into gross insensitivity or even a felony if they are not brought indoors: (1) when they are sick or otherwise incapacitated as listed in Table 1; (2) in bad weather such as thunderstorms, ice
storms, flooding, tornadoes and life - threatening temperatures; (3) when herbicides and other harmful chemicals are being used in the yard; (4) when construction, regular services and other
activities may cause the dog to escape; (5)
at night.
While that means prices are comparatively much cheaper during this time, your
activity options are constrained: the beaches will be overcast and wet (
at least during the
storms) and choppy waters means that diving and snorkelling may be limited.
Storms River village provides a number of adventure
activities like the Canopy tours, bungi jumping from the Bloukrans River Bridge, which claims to the be the world's highest
at 216 metres, biking trails, fishing excursions and Black Water Tubing and kloofing, but the star of the show is nature herself and the meeting place of forest, precipitous cliff and stormy seas.
You should also be aware that a rare tropical
storm can wash out scuba
activities and reduce visibility for 2 or 3 days
at a time.
For Kerrie Warren appears to have evolved the capacity, through the layering of intricate tiny strokes of mainly pure primary hues that ultimately seem to meld into a single energy field, to simultaneously animate and stabilize all
activity on the picture plane, and finally apprehend the calm stillness
at the center of the painterly
storm.
It's perfectly reasonable to be alarmed
at plausible threats posed by unprecedented changes in the atmosphere and biology of the earth wrought by human
activity, even in the absence of absolute proof of a connection between individual
storms, extinctions, and economic catastrophes, and rising levels of CO2.
Slowing such overturning by reducing the horizontal differential heating could tend to allow heat to build up
at lower levels until the lapse rate is more favorable to localized vertical overturning (LVO)(The two forms of overturning are not always completely distinct or separate; for example, the Hadley cell, Walker, and monsoon circulations, as well as extratropical
storm track
activity (developing from baroclinic instability (Rossby wave phenomena)-RRB- are driven and organized in part by horizontal differential heating, but in the ascending portions of these circulations, cumulus - type convection can occur).
The study looked
at historical hurricane
activity across the entire tropical Atlantic basin to see if the current peak in
storm numbers is... Read more
You say «the question of whether this or that
storm is caused by human
activity overlooks the basic fact that
at this point in history both natural and human influence are involved.»
«the question of whether this or that
storm is caused by human
activity overlooks the basic fact that
at this point in history both natural and human influence are involved.
As Bobdroege says, with Trenberth, the question of whether this or that
storm is caused by human
activity overlooks the basic fact that
at this point in history both natural and human influence are involved.
The study looked
at historical hurricane
activity across the entire tropical Atlantic basin to see if the current peak in
storm numbers is anomalous.
When solar
activity is high — the sea level pressure
at the poles is low and
storms are constrained to a tight circle
at high latitudes.
Solar wind disturbances driven by fast coronal mass ejections are now thought to produce the most intense geomagnetic
storms,
at least during the maximum in the Sun's
activity cycle.
Thus while we can already detect trends in data for global hurricane
activity considering the whole life of each
storm, we estimate that it would take
at least another 50 years to detect any long - term trend in U.S. landfalling hurricane statistics, so powerful is the role of chance in these numbers.
- and data on the frequency of North Atlantic tropical
storms going back to 1851 show strong minima of hurricane
activity in the periods centered around 1850, 1915, and 1980 and maxima centered around 1875, 1950, and
at the end of the time series (Elsner et al. 1999)-- these variations are approximately in phase with the AMO (Knight et al. 2005).»
As the hurricane season comes to a close, TripAssure looks back
at the
storm activity over the year and offers travel protection solutions for those bound for the areas that have been most impacted.