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Member You - Global Warming’s Imprint on New York City
Things to Consider Before You Turn Your Ebook Into Print ew York City. Aside from the two listed in the above table, 14.0 inches fell from December 5-6, 2003, 13.8 inches from January 22-23, 2005, and 12.0 inches on December 30, 2000.Creating a printed book is somewhat different from cranking out information products, because there are certain time-honored conventions to laying out and structuring a book. First of all, you'll need to be cognizant of your page numbering and what pages your chapters begin on, you'll need to pay attention to things like "widows" and "orphans", and you'll have to pay attention to how your pages flow within the context of your book.For example, it's customary to have all first pages of new chapters begin on the right-hand (odd-numbered) side of the book.You'll also need to include things called "front matter" and "back matter," which you may not have much of (or even need) in an eBook.Front matter appears in the front of your book, prior to the content. It includes your title page, copyright notice, dedication, forward, preface, acknowledgments, illustrations list, abbreviations,introduction, table of contents. Blank pages are used as "filler" to take up space between front matter that needs to appear on the right-hand (odd-numbered) pages.Back matter appears in the back of your book, after all the content. It includes endnotes, bibliography, glossary, index, information about the author, ordering info, forms and/or coupons.The front matter and back matter are very important for a printed book. They also follow c Consistent with New York City’s snowfall records, seven out of the top ten annual precipitation records have also occurred since 1971: New York City’s Top 10 Yearly Precipitation Totals Last, prior to 1971, the record of consecutive years for 50 or more inches of precipitation was two, which occurred twice (1888 and 1889 with 53.32 inches and 57.16 inches, respectively and 1902 and 1903 with 52.77 inches and 58.32 inches, respectively). Since 1971, the record is currently four consecutive years (2003-2006 with 58.56, 51.97, 55.90 and 55.83 inches through November 21, 2006) followed VoIP Technology Is an Amazing Discovery As global mean temperatures continue to rise moving the Earth into its warmest period in 10 million years, New York City has begun to feel an immediate impact. While rising ocean levels have not inundated and converted the metropolis into a new Atlantis, precipitation levels have increased and winter temperatures have risen, an early indicator of global warming.You know that life has changed just a bit when you can make calls using the internet. VoIP (voice over internet protocol) is a new technology that allows users to communicate through an internet connection. Now most of you are probably familiar with email by now. Even a few short years ago we relied on mail carriers to get our mail, but the internet change all of that. Now, thanks to VoIP you can talk cheaper than ever before.There are a few things you need before you can start talking online with VoIP technology. You will need a VoIP adapter hooked to your pc (personal computer) before you can access it through your internet provider.VoIP is very convenientOne of the major advantages of VoIP technology is the ability to route your incoming calls to your VoIP service. You can retrieve your calls with your VoIP connection from anywhere that has internet access. If you are a business person this can be a real life saver. You can obtain VoIP numbers in the US and UK as well as several other countries.Go AnywhereIf you are in Europe and someone calls your VoIP number it will actually follow you and ring in Europe. Now that is state of the art technology. So, you could be on a business trip and travel all over the world and never miss an important phone call ever again. VoIP is still growing and will continue t While heat waves and periods of unusually warm weather, ocean warming, arctic warming, melting glaciers and shrinking ice caps, gradual rises in the sea-level, and even the historic hurricane season of 2005 have received significant publicity, “harbingers” such as spreading disease, earlier thaws, acceleration of evolution including adaptations seen in some insect and plant species, coral reef bleaching, along with an increase in extreme weather have only begun receiving press coverage. Yet two symptoms of global warming have quietly been present in New York City since 1971 and 1950. Since 1971, fueled by a rising number of severe downpours and heavy snowfalls, New York City has undergone a shift in precipitation patterns. Since official record keeping began in 1869 through 1970, a 102-year period, New York City had 12 years in which 50 or more inches of precipitation had fallen. From 1971 through 2006, even though the year is not finished yet, New York City has already experienced 15 years with 50 inches or more of precipitation. Accordingly if one extrapolated the 36-year period from 1971-2006 over 102 years, it would result in an astonishing 42.5 years of 50 inches or more of precipitation versus the 12 year figure for the period ending in 1970. Not surprisingly, the period from 1971-2005 has a mean precipitation figure that is 7.22 inches or 16.8% higher than the mean precipitation figure from 1869-1970. It is likely to rise even higher when 2006, which has already seen more than 55 inches of precipitation through November 21st is factored in. Likewise, considering the higher precipitation figures since 1971, it is also not surprising that nine out of the 12 monthly precipitation records have occurred subsequent to the transition to wetter weather as illustrated by the below table: New York City Monthly Precipitation Records January: 10.52 Inches 1979 With the elevated precipitation levels fueled by an increase in severe downpours that often leave in excess of 2 inches of rain and heavy snowfalls, it is not surprising that the 59 year-old snowfall record fell earlier this year when New York City received a record 26.9 inches of snow from February 11-12 versus the old record of 26.4 inches that had fallen during the Blizzard of 1947 from December 26-27. In addition, New York City has seen two 20+ inch snowstorms in the last 11 years (20.2 inches in 1996 and 26.9 inches in 2006) versus the 59 years it took for the last two (21.1 inches in 1888 and 26.4 inches in 1947). Furthermore three out of New York City’s top five snowstorms since record keeping, have occurred since 1996: 26.9 inches (2006), 20.2 inches (1996, which also saw a record 75.6 inches of snow for 1995-96 winter since modern record keeping, eclipsing the 63.2 1947-48 mark) and 19.8 inches (2003) and five out of the City’s top ten have occurred since 1978. New York City’s Top 10 Snowstorms[1] 26.9 Inches – February 11-12, 2006 Even more astonishing, since 2000 there have been five snowstorms that have dumped at least a foot of snow on New York City. Aside from the two listed in the above table, 14.0 inches fell from December 5-6, 2003, 13.8 inches from January 22-23, 2005, and 12.0 inches on December 30, 2000. Consistent with New York City’s snowfall records, seven out of the top ten annual precipitation records have also occurred since 1971: New York City’s Top 10 Yearly Precipitation Totals Last, prior to 1971, the record of consecutive years for 50 or more inches of precipitation was two, which occurred twice (1888 and 1889 with 53.32 inches and 57.16 inches, respectively and 1902 and 1903 with 52.77 inches and 58.32 inches, respectively). Since 1971, the record is currently four consecutive years (2003-2006 with 58.56, 51.97, 55.90 and 55.83 inches through November 21, 2006) followed b Internal Communication: 12 Essential Elements a shift in precipitation patterns. Since official record keeping began in 1869 through 1970, a 102-year period, New York City had 12 years in which 50 or more inches of precipitation had fallen. From 1971 through 2006, even though the year is not finished yet, New York City has already experienced 15 years with 50 inches or more of precipitation. Accordingly if one extrapolated the 36-year period from 1971-2006 over 102 years, it would result in an astonishing 42.5 years of 50 inches or more of precipitation versus the 12 year figure for the period ending in 1970.There are 12 essential elements of a successful internal communications strategy:1. Effective employee-directed communications must be led from the top Effective communications require the active commitment and endorsement of senior managers. It is not enough simply to develop a 'vision statement' or formulate in general terms the values by which the company lives. Behaviour is what counts. Managers must be seen to behave in a manner that is consistent with the ethos they are promoting.2. The essence of good communications is consistency At all costs, avoid following fashion and tinkering. If you try to improve communications and then fail—because your messages are inconsistent or are ‘good news only'—things will not quietly settle back into the way they used to be. You will inevitably have created expectations, and may have to live with the consequences of having disappointed those expectations.3. Successful employee communications owe as much to consistency, careful planning and attention to detail as they do to charisma or natural gifts We might not all be another Zig Ziglar, Tony Robbins or Bill Clinton. But even such communication ‘giants' slip up if they fail to plan, fail to pay attention to detail and fail to project a consistent message.4. Communication via the line manag Not surprisingly, the period from 1971-2005 has a mean precipitation figure that is 7.22 inches or 16.8% higher than the mean precipitation figure from 1869-1970. It is likely to rise even higher when 2006, which has already seen more than 55 inches of precipitation through November 21st is factored in. Likewise, considering the higher precipitation figures since 1971, it is also not surprising that nine out of the 12 monthly precipitation records have occurred subsequent to the transition to wetter weather as illustrated by the below table: New York City Monthly Precipitation Records January: 10.52 Inches 1979 With the elevated precipitation levels fueled by an increase in severe downpours that often leave in excess of 2 inches of rain and heavy snowfalls, it is not surprising that the 59 year-old snowfall record fell earlier this year when New York City received a record 26.9 inches of snow from February 11-12 versus the old record of 26.4 inches that had fallen during the Blizzard of 1947 from December 26-27. In addition, New York City has seen two 20+ inch snowstorms in the last 11 years (20.2 inches in 1996 and 26.9 inches in 2006) versus the 59 years it took for the last two (21.1 inches in 1888 and 26.4 inches in 1947). Furthermore three out of New York City’s top five snowstorms since record keeping, have occurred since 1996: 26.9 inches (2006), 20.2 inches (1996, which also saw a record 75.6 inches of snow for 1995-96 winter since modern record keeping, eclipsing the 63.2 1947-48 mark) and 19.8 inches (2003) and five out of the City’s top ten have occurred since 1978. New York City’s Top 10 Snowstorms[1] 26.9 Inches – February 11-12, 2006 Even more astonishing, since 2000 there have been five snowstorms that have dumped at least a foot of snow on New York City. Aside from the two listed in the above table, 14.0 inches fell from December 5-6, 2003, 13.8 inches from January 22-23, 2005, and 12.0 inches on December 30, 2000. Consistent with New York City’s snowfall records, seven out of the top ten annual precipitation records have also occurred since 1971: New York City’s Top 10 Yearly Precipitation Totals Last, prior to 1971, the record of consecutive years for 50 or more inches of precipitation was two, which occurred twice (1888 and 1889 with 53.32 inches and 57.16 inches, respectively and 1902 and 1903 with 52.77 inches and 58.32 inches, respectively). Since 1971, the record is currently four consecutive years (2003-2006 with 58.56, 51.97, 55.90 and 55.83 inches through November 21, 2006) followed Fear of Public Speaking: How To Get Over It sition to wetter weather as illustrated by the below table:A fear of public speaking is something that many people suffer through during their career. Some people try to avoid speaking in public at all costs but sometimes it’s just not possible especially if it’s part of your job.Plus, there is no reason to want to avoid public speaking because it really doesn’t have to be something that is scary. It can actually be quite fun.And being good at it can help your career, too.I can’t think of a better way to climb the career ladder than by being someone who is able to stand up in front of your peers and managers and speak intelligently and confidently.An employee who can do this will get noticed and for the right reasons.Let’s focus on the fear of public speaking in a work setting and specifically how you can become a confident and effective speaker.Here’s how I went from being someone who needed to read off cue cards word for word when speaking in public to someone who can speak comfortably in front of a group with little to no notes (and enjoys doing it!):1. I stopped trying to memorize everything.Instead, I learned the material I was covering and became less reliant on notes. I stopped writing out speeches and presentations word for word and trying to memorize it and started using short bulleted statements, only listing the main points and simply New York City Monthly Precipitation Records January: 10.52 Inches 1979 With the elevated precipitation levels fueled by an increase in severe downpours that often leave in excess of 2 inches of rain and heavy snowfalls, it is not surprising that the 59 year-old snowfall record fell earlier this year when New York City received a record 26.9 inches of snow from February 11-12 versus the old record of 26.4 inches that had fallen during the Blizzard of 1947 from December 26-27. In addition, New York City has seen two 20+ inch snowstorms in the last 11 years (20.2 inches in 1996 and 26.9 inches in 2006) versus the 59 years it took for the last two (21.1 inches in 1888 and 26.4 inches in 1947). Furthermore three out of New York City’s top five snowstorms since record keeping, have occurred since 1996: 26.9 inches (2006), 20.2 inches (1996, which also saw a record 75.6 inches of snow for 1995-96 winter since modern record keeping, eclipsing the 63.2 1947-48 mark) and 19.8 inches (2003) and five out of the City’s top ten have occurred since 1978. New York City’s Top 10 Snowstorms[1] 26.9 Inches – February 11-12, 2006 Even more astonishing, since 2000 there have been five snowstorms that have dumped at least a foot of snow on New York City. Aside from the two listed in the above table, 14.0 inches fell from December 5-6, 2003, 13.8 inches from January 22-23, 2005, and 12.0 inches on December 30, 2000. Consistent with New York City’s snowfall records, seven out of the top ten annual precipitation records have also occurred since 1971: New York City’s Top 10 Yearly Precipitation Totals Last, prior to 1971, the record of consecutive years for 50 or more inches of precipitation was two, which occurred twice (1888 and 1889 with 53.32 inches and 57.16 inches, respectively and 1902 and 1903 with 52.77 inches and 58.32 inches, respectively). Since 1971, the record is currently four consecutive years (2003-2006 with 58.56, 51.97, 55.90 and 55.83 inches through November 21, 2006) followed Debating What an Ezine Really Is; True Defintion 26.9 inches in 2006) versus the 59 years it took for the last two (21.1 inches in 1888 and 26.4 inches in 1947). Furthermore three out of New York City’s top five snowstorms since record keeping, have occurred since 1996: 26.9 inches (2006), 20.2 inches (1996, which also saw a record 75.6 inches of snow for 1995-96 winter since modern record keeping, eclipsing the 63.2 1947-48 mark) and 19.8 inches (2003) and five out of the City’s top ten have occurred since 1978.The currently used and industry sub-sector definition of an Ezine is an electronic newsletter or electronic magazine that is sent out by email. But is this definition too limiting? There is a debate going on right now on this very subject; what is the true definition of an Ezine and should this definition allow for innovation and expansion?It is believed by a small minority that it is unwise to too narrowly focus and try to corral naturally evolving definitions. It is also believed that the definition of an Ezine is still undergoing evolutionary change in the information age. We know that change is constant and that life and information like water will always find a way to get to where it needs to go. So, if we do such a cut and dry definition, we leave other methods of distribution of the exact same material out to dry with none.For instance an electronic newsletter, which is sent other than by email would not be considered an Ezine. Well then, what are they asked one enterprising industry guru? Are they outside the definition and thus outcast and if so, does that serve all of those who desire mass distribution. Do we try to force them into a definition by making them comply and send out their Ezines via email? Perhaps we might consider all this in 2006. New York City’s Top 10 Snowstorms[1] 26.9 Inches – February 11-12, 2006 Even more astonishing, since 2000 there have been five snowstorms that have dumped at least a foot of snow on New York City. Aside from the two listed in the above table, 14.0 inches fell from December 5-6, 2003, 13.8 inches from January 22-23, 2005, and 12.0 inches on December 30, 2000. Consistent with New York City’s snowfall records, seven out of the top ten annual precipitation records have also occurred since 1971: New York City’s Top 10 Yearly Precipitation Totals Last, prior to 1971, the record of consecutive years for 50 or more inches of precipitation was two, which occurred twice (1888 and 1889 with 53.32 inches and 57.16 inches, respectively and 1902 and 1903 with 52.77 inches and 58.32 inches, respectively). Since 1971, the record is currently four consecutive years (2003-2006 with 58.56, 51.97, 55.90 and 55.83 inches through November 21, 2006) followed Prolific Writers ew York City. Aside from the two listed in the above table, 14.0 inches fell from December 5-6, 2003, 13.8 inches from January 22-23, 2005, and 12.0 inches on December 30, 2000.Prolific authors write; they don't just dream about it. A good example is Georges Simenon of Inspector Maigret fame. He writes a book quickly, at one sitting so to speak. The first draft of each chapter is written longhand in a single afternoon. The following morning he transcribes it with his typewriter, revising and rewriting as he types. The afternoon is spent writing the next chapter, but before this happens he outlines a plan for the novel.Perhaps one should do as Charles Dickens did. Early in his life he learned shorthand as a reporter and would write many of his novels first in this manner. He also was a prolific writer, in shorthand and longhand, no typewriter or computer for him. A man of great energy and vitality, he wrote voraciously but he did many other things as well.Anthony Trollope, another 19th century novelist was also a prolific writer who adhered to a very strict schedule for work. He invariably arose at 5:30 am and wrote until 11:00 whereupon he breakfasted and spend the remainder of the day in personal activity. As a result, he was able to write 47 novels and 16 books. He was methodical worker who considered writing as a trade, probably one of the reasons his books have lost esteem.Honor? de Balzac (1799-1850) is another prolific writer of the 19th century who wrote from midnight to dawn almost every day Consistent with New York City’s snowfall records, seven out of the top ten annual precipitation records have also occurred since 1971: New York City’s Top 10 Yearly Precipitation Totals Last, prior to 1971, the record of consecutive years for 50 or more inches of precipitation was two, which occurred twice (1888 and 1889 with 53.32 inches and 57.16 inches, respectively and 1902 and 1903 with 52.77 inches and 58.32 inches, respectively). Since 1971, the record is currently four consecutive years (2003-2006 with 58.56, 51.97, 55.90 and 55.83 inches through November 21, 2006) followed by three consecutive that had been set from 1971-1973 when 56.77, 67.03, and 57.23 inches, respectively had fallen. Not coincidentally, with the increased precipitation totals, New York City is currently experiencing a record four consecutive years with 40 or more inches of snowfall (Winter 2002-03 through Winter 2005-06). Aside from increased precipitation, New York City has also experienced a dramatic decline in extreme cold sub-zero Fahrenheit temperatures. Since 1950, New York City has seen the temperature drop below zero with a low of -2° Fahrenheit on only a handful of occasions, a far cry from the early years (1869-1949) when readings fell far deeper below zero including -15° Fahrenheit in 1934. Below is a comparative table of extreme sub-zero readings as measured in Central Park from 1869-1949 and 1950-2006: New York City Below Zero Temperature Readings -8° Fahrenheit – February 15, 1943 -7° Fahrenheit – December 31, 1917 and February 8, 1934 -6° Fahrenheit – December 30, 1880, January 24, 1882, February 10, 1899, December 29, 1917, February 5, 1918, and December 30, 1933 -5° Fahrenheit – February 17, 1896 and January 14, 1914 1950-2006: -2° Fahrenheit – February 2, 1961, February 8, 1963, January 17, 1977, January 21, 1985, and January 19, 1994 -1° Fahrenheit – January 9, 1968, January 23, 1976, and December 25, 1980 Since the start of the 21st century, the mercury has yet to fall below zero in New York City. With the “Big Apple’s” growth and expanding “heat-island” effect, it is possible that until global warming is effectively addressed, New York City may have seen its last sub-zero reading for decades and even centuries to come. Another sign of New York City’s warming is the absence of annual snowfall records since 1950 despite the rise in precipitation. While the 1971-2005 mean precipitation totals for November, December, January, and March run 30.3%, 16.7%, 24.6%, and 21.3% higher, respectively than the 1869-1970 figures (February is an exception in which the 1971-2005 mean actually runs 6.8% lower than the 1869-1970 figure), only three winters from that period rank in the top eleven as far as snowiest seasons go. Below is a table of the eleven snowiest seasons: Top 11 Snowiest Seasons: 1. 75.6, 1995-96 However, despite the adversity of warmer weather and wetter winter precipitation, the 1971 transition has had an impact when it comes to consecutive winters with 40 or more inches of snow. The old record of two consecutive winters set on four different occasions has been broken as illustrated below: Consecutive 40 or More Inch Snowfall Seasons: 1882-83: 44.0 Inches 1895-96: 46.3 Inches 1915-16: 50.7 Inches 1947-48: 63.2 Inches 2002-03: 49.3 Inches Based on New York City’s transition to a wetter climate starting in 1971 and to a warmer winter commencing in 1950, the imprint of global warming is already present from a microcosmic meteorological standpoint. Thus global warming is not a theory. It is a scientifically proven fact that must be dealt with. Until carbon-based fuels are replaced with clean alternatives such as hydrogen or a catastrophic natural event such as a significant or even super volcanic eruption occurs, the latter which can be equally as devastating, the Earth’s warming will continue threatening not only the mild repercussions that New York City has seen to date, but significant climactic changes that will not only adversely affect the global economy through famine, disease and increas
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