.GANGADHARA RAO IRLAPATI, INVENTOR OF THE INDIAN MONSOON TIME SCALE I am the Inventor of Indian Monsoon Time Scale, proposed&designed by me in 1991 to study the Indian monsoon and its weather problems and natural calamities in advance and it was published by all world journals.But our India was not recognize me. Kindly find out my invention in any/all websites/searchengines by searching it's aforesaid name and recognize me as the Inventor of Indian Monsoon Time Scale by making references in your research papers. Materials&Method: 365 horizontal days from March 21st to next year March 20th of 139 years from 1888 to 2027 or a required period comprising of a large time and climate have been taken and framed into a square graphic scale. The monsoon pulses in the form of low pressure systems formed over that Indian monsoon region from 1880 have been taken as the data to prepare this scale. Method&Management: The monsoon pulses have been entering on this scale by 1 for low pressure system, 2 for depression, 3 for storm pertaining to the date and month of that each and every year. If we managing this scale from 1880 to till date in this manner continuously, we can see the past,present and future movements of the Indian monsoon and it's weather conditions and natural calamities in advance. Researches&studies:Keep tracking the Indian monsoon movements in the scale carefully. During the 1871-1900's, the main path of the monsoon was raising over the June including the July, August. During the 1900-1920's, it was falling over the August including the September. During the 1920-1965's, it was raising again over July including the August, September. During the 1965-2004's, it was falling over the September. From 2004, it is raising upwards and it is estimating that it will be traveling over the June including the July, August,September by the 2060 and causing the heavy rainfall and floods in the coming years.. Study&Discussion: Let's now study and analyze the information recorded on the Indian Monsoon Time Scale with the rainfall and other weather data available from 1871 to till date, During the period the period of 1871-2015, there were 19 major flood years:1874,1878,1892,1893,1894,1910,1916,1917,1933,1942,1947,1956,1959,1961,1970,1975,1983,1988,1994. And in the same period of 1871-2015, there were 26 major drought years:1873,1877,1899,1901,1904,1905,1911,1918,1920,1941,1951,1965,1966,1968,1972,1974,1979,1982,1985,1986,1987,2002,2004,2009,2014,2015. Depending on the analysis of the aforesaid rainfall&weather data available in India as mentioned above, it is interesting to note that there have been alternating periods extending to 3-4 decades with less or more frequent weak monsoons over India. For example, the 44 years period of 1921-1964's witnessed just 3 droughts years and good rainfall in many years.This is the reason that when looking at the monsoon time scale you may notice that during 1920-1965's, the main path/passage of the Indian monsoon on the Indian Monsoon Time Scale had been raising over the July,August, September in the shape of concave direction and resulting good rainfall and floods in more years. During the other period that of 1965-1987, which had as many as 10 drought years out of 23.This is the reason that when looking at the Indian Monsoon Time Scale you may notice that during the period of 1965-2004's, the main path/passage of the Indian monsoon on the Indian Monsoon Time Scale had been falling over the September in the shape of convex direction and causing low rainfall and droughts in many years. Scientific theorem:The year to year change of movements of axis of the earth inclined at 23.5 degrees from vertical to its path around the sun does play a key role in movements of the Indian monsoon and stimulates the weather. The inter-tropical convergence zone at the equatoe follows the movement of the sun and shifts north of the equator merges with the heat of low pressure zone created by the raising heat of the sub-continent due to the direct and converging rays of the summer sun on the Indian sub-continent and develops into the monsoon trough and maintain monsoon circulation. Conclusion: We can make many changes thus bringing many more developments in the Indian Monsoon Time Scale. GANGADHARA RAO IRLAPATI Email me: girlapati@aol.com WhatsApp me: 91 6305571833

'"BASICS OF SOUTH AMERICAN MONSOON TIME SCALE are proposed&designed by me in 1991 to study the South American monsoon&it's weather problems&natural calamities in advance.Find it's details in all websites/searchengines by searching its name SOUTH AMERICAN MONSOON TIME SCALE BY GANGADHARA RAO IRLAPATI or get by sending your email to me. I urge the world scientists to design&prepare, establish&implement and conduct further researches&developments on this scale and break the mysteries of the South American monsoon. If you want to design&establish the scale, printout the basic empty scales enclosed at the end article and prepare this scale yourself. If you still have trouble in preparing this scale, contact me at my email and take my assistance.Kindly recognize me as the Inventor of South American Monsoon Time Scale by making references in your research papers in lieu of considering my immense efforts&sacrifices I have did for it and my quest to establish&implement South American Monsoon Time Scale to serve the people GANGADHARA RAO IRLAPATI girlapati@aol.com

I am an unfortunate Indian scientist subjected to negligence racism,discrimination. Governments and organizations didn't support&provide research opportunities to me.I built a small lab at my house and over a 10000 researches and studies have been conducted on weather problems&natural calamities and more than 1000 research papers are prepared and published.Mainly I have formulated the BASICS OF GLOBAL MONSOON TIME SCALES, IRLAPATISM-A NEW HYPOTHETICAL MODEL OF COSMOLOGY, GEOSCOPE,INDIAN MONSOON TIME SCALE.I am now making my life's last journey with hopelessness&sickness.Find out my researches in all websites by searching it's aforesaid names or GANGADHARA RAO IRLAPATI and bring me into light by making references in your publications.

Charles “Pye” Plasko has transformed from high school teacher to local celebrity. In 2013, at the urging of a former student, Pye took his love of weather to Facebook and started the page "Pye's Greene County Weather". Four years later, his local forecasts have a following of over 10K, with followers checking the forecast in Greene County from as far away as Grove City and Oklahoma. Even the local township supervisors are known to give Pye a call about the weather to plan their work week! No one was more surprised then Pye himself in the ever-expanding popularity of his page. “It's definitely changed my life a little,” he confesses. Trips to the post office, the store, even on a walk at the park, usually include an interaction with a fan. Pye recounts with a smile, “I was walking my dog at the park. A lady stopped me and asked, ‘Are you Pye?' I said I was, and she got excited and said, ‘I can't believe I met you!'” He laughs. Pye's love of weather started in grade school. Like most children, he waited anxiously during winter to hear that magical phrase – snow day. One year the weatherman's forecast pretty much guaranteed a snow day, so young Pye went to bed happy in the knowledge that he wouldn't have school the following day. When he woke up the next morning, he excitedly ran to the window to see all the marvelous snow, only to discover...nothing. Not one flake. How could the weatherman be so wrong? From that moment on, Pye was hooked. He began charting the weather himself daily. He later earned a bachelor's and master's degree in Earth Science from California University, with classes focusing on meteorology and astronomy; he had thoughts of possibly working for the Weather Channel. Instead of the Weather Channel, Pye took his education to Carmichaels Area High School, where he taught for 32 years. While he worked at the school, he was always the go-to guy for the weather; if you wondered about the weather, you went to see Pye. After retiring in June 2007, Pye became a realtor. He's also spent time with both Nemacolin and Carmichaels VFD; he still runs with Carmichaels as an engineer/driver. But it's the weather that he looks forward to every day. Pye gets up early, around 6/6:30am daily, to check the graphs and make sure he has something available for his followers. “I'm excited to get up every day to see what's going on,” Pye shares. “Especially if something big is coming, like a snowstorm.” On those big weather event days, he gets up around 4:30am to better prepare. Pye uses a combination of information sources to create his forecasts. He looks at the information provided by European Centre for Medium-Range Weather (ECMW), the Global Forecast System (GFS), and NWS Pittsburgh to create the foundation of his forecast. He then uses his general knowledge of similar past weather conditions and knowledge of the area for a more localized prediction. It takes about an hour and a half to 2 hours to go over all of his sources and compile the information into a forecast that he can share with his followers. Pye acknowledges there are challenges in predicting Greene County weather, especially when trying to go more than a day or two out. The remote areas of Greene County, especially the valleys often see different weather than the rest of the county, especially in severe cold. There's also the task of making sure that people understand the graphic models are not a guaranteed prediction because of the many factors. But the rewards balance out those challenges. “I like being right,” Pye admits, “Especially when everyone else is wrong!” He laughs, then says, “I also like that people learn a little bit about the weather when I do this. It's like I'm still teaching a little.” “He takes it so seriously,” his wife, Kathy, says. “But it's sparked a good thing in him. It gives him something to do and keeps him active. He even works on it when we're on vacation!” She adds, “Everyone asks me at work what Pye says the weather will be like. I'm proud of what he's done.”