Both images show very strong low pressure anomalies across the Central and Eastern US. Low altitude regions are warmer and experience high atmospheric pressure while high altitude areas are cooler and have low pressure. While the size of the moon diminishes, the size of the tides as well continues on abating. This morning PW continues to increase across southern Arizona – above is 13 UTC CIRA blended PW with color bar. THE THREAT FOR SUSTAINED HIGH WINDS IS LIKELY TO INCREASE. AND POSSIBLE HURRICANE FORCE WINDS ON SUNDAY. TROPICAL STORM FORCE WINDS ARE CURRENTLY FORECAST TO BEGIN AFFECTING THE AREA SATURDAY NIGHT. During summer onshore winds have cooling effect on the land which is warm. During winter the sea is warmer than the land. Distance from the sea -Has an influence in both temperature and rainfall of a region. Altitude -Influences temperature and pressure of a region. This is because the North slopes never receive direct sunshine as the sun in this region never gets overhead. This involves systematic observation, recording and processing of the various elements of climate such as rainfall, temperature, humidity, air pressure, winds, clouds and sunshine before any standardization of the climatic means or average can be arrived at.

Shifting of the overhead position of the sun is determined by latitudes and has an influence on climate. So 10 millibars is quite a high position in the atmosphere. INCREASINGLY LARGE SWELLS ARRIVING FROM HURRICANE IRENE WILL CREATE HIGH SURF AND SIGNIFICANT BEACH EROSION ALONG THE ATLANTIC FACING COASTLINE AS EARLY AS SATURDAY AND CONTINUING INTO MONDAY. This comes as a result of the ridging in the Bering Sea/North Pacific and another significant high pressure anomaly in the Atlantic (for my analogs, it’s over Greenland; for the other three years, it is in the north Atlantic). There is an inverted trough at 500 mb over northern Mexico. I suspect that this is under-done along the Borderlands and northern Mexico. Thus, little CAPE indicated for today except along the Borderlands and in northern Mexico. Regardless, the feature will be moving across northern Mexico and southern Arizona the next two days. Mexico, it appears that this morning’s NAM has this feature too weak in its analysis and forecasts.

At the top of this table is a link to the same data in a simple comma-separated text format, suitable for import into a spreadsheet or other data analysis software. Moving ahead to the GFS-Parallel forecast for the same November 24th timeframe as that ECMWF graphic, we see a very similar forecast. The big weather topic this week has been the large difference between the ECMWF and GFS forecast models. DICast (see schematic below) takes MANY different forecast models and an array of observations and combines them in an optimal way to produce the best forecast. SEE THE LATEST FORECAST FOR LATEST INFORMATION. A SEM image includes information only about the surface of an object, since the electron beam does not penetrate the specimen. Let them see if they can use this information to make predictions of their own. Most of the carpets in this category are made of Olefin, which is an inexpensive fiber to use. The updates are accurate, detailed, and covers nearly the entire world and not just the USA. A FLOOD WATCH IS IN EFFECT FOR THE ENTIRE AREA.

A GENERAL CONCERN SHOULD BE FOR THE POSSIBILITY OF AT LEAST DAMAGING WINDS SOMEWHERE WITHIN THE AREA. Another inverted trough may impact the southern GoC by Friday and result in at least a moderate surge of GoC mT air into southern Arizona. Note that values of 50 mm and higher cover almost all of the GoC. Figure 24 provides a very good look at what I mean when talking about these aberrations of brief negative values during a positive AMO regime or vice-versa. The solid black line is the multi-model mean. If you mean Ann’s – I’ve not been there for about 3 years. Climate is the average weather conditions of an area observed and recoded over a long period of time (about 30 years). Moving ahead to the second row of images, March-April temperature composites for this year (left) and the three aforementioned years (right) are shown. For example when we say climate of Tanzania is hot wet equatorial climate that is the summing up of the average everyday weather conditions of the country throughout the year. THE CHANCE FOR TROPICAL STORM CONDITIONS AT THIS TIME IS UP TO 65 PERCENT.

THE CHANCE FOR HURRICANE CONDITIONS AT THIS TIME IS LESS THAN OR EQUAL TO 8 PERCENT. Williams said she and other stranded drivers all around her connected on Twitter using weather-related hashtags and began to communicate to find out what conditions were like in other areas. WITH HURRICANE CONDITIONS POSSIBLE BY SUNDAY MORNING. Morning PW at TUS is 32 mm. Southerly winds are strong this morning at Yuma. The 10 inches of rainfall are not nearly enough to sustain a still growing population of 24 million inhabitants and the associated industries and agricultures. Peas are another cool weather favorite, growing easily from early spring until the weather becomes too warm for the plant to tolerate. The top two images show temperature averages for the winter of 2012-2013 on the left, with the temperature average of the winters of 1982-1983, 1992-1993, and 2001-2002. Both images show a clear warm weather trend over the United States. But here’s what really excites me: when compared, the winters of the fifth image on the portrait above are similar to my analog set in the mid-latitude atmospheric flow.