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Saturday, March 4, 2006

Buffalo, New York —The Common Council requested on Tuesday that a picture be found on what many thought was the site of a previous hotel.

The Proposed Elmwood Village Hotel would be placed on the intersection of Elmwood and Forest. It was suspected by residents and business owners in the area that hotel once stood in the same spot.

The Elmwood Village hotel is a proposed development by Savarino Construction Services Corp. In order for the project to proceed, at least five buildings (1119-1121 Elmwood) would need to be demolished. All five houses are currently occupied by businesses and residents.

After some research, a freelance journalist writing for Wikinews was able to determine that there was never a hotel on the proposed Elmwood Village Hotel site. However; there was a temporary hotel located on the northeast corner of Elmwood and Forest.

Buffalo was the host of the Pan-American Exposition from May 1 until November 2, 1901. It was a fair designed to feature the latest in technology, including electricity. There was a midway, athletic events, and had African, Eskimo, and Mexican villages. However; what is likely the most famous event that took place at the exposition was the assassination of then President William McKinley on September 6, 1901. He was shot by Leon Czolgosz just outside the Temple of Music and died eight days later while in the home of John Milburn on Delaware Avenue in Buffalo. Just a short time later, Theodore Roosevelt was inaugurated on September 14, 1901 at the Wilcox House on Delaware Avenue in Buffalo. Nearly eight million people attended the exposition.

During that time several hotels and rooming houses were built around the exposition including The Elmwood at 717 Elmwood, the Hotel Elmhurst at Forest and Lincoln Parkway, Hotel Gibbs 1005-1021 Elmwood, the R. Palmerton Merritt at 441 Forest and The Norman at 422 Forest. None of these hotels or rooming houses exist today.

Probably the most famous hotel that was built during the exposition was the Statler’s Pan-American Hotel built by Ellsworth Milton Statler A freelance journalist writing for Wikinews has obtained the only known reproduction photo of the hotel [pictured at the top]. The hotel stood on the northeast corner of Elmwood and Forest Avenues in Buffalo, had 2,100 sleeping rooms and accommodations for 5,000. At the time, the Statler was the largest hotel [based on the number of rooms] ever constructed. It was also the largest temporary hotel. It was three stories high, plastered on the inside, made mostly of wood and was covered with ornamental staff on the outside, which made it semi-fireproof. Every room was an outside room and was well lighted and ventilated. It was located within one block of the exposition’s main entrance.

The Statler was built for only one thing, the exposition. Work began in 1900 and finished just before the beginning of the exposition. When the exposition ended in November, the hotel was taken down.

Maps from 1894 show that there was no hotel, let alone any buildings or houses on the intersection. However; research did show that the homes 1119-1121 Elmwood, the buildings that would be demolished to build the Elmwood Village Hotel, were built sometime before 1915 but were not on the intersection prior to 1902.

Based on research conducted at the Buffalo Historical Society, it was concluded that between the years of 1890 and 1902, no other major hotel existed in the area. In fact, research had shown that almost every hotel built in the area, existed only during the time of the exposition.

Research also indicated a hotel or a rooming house at 1089 Elmwood around 1901-1903. The only known name of the hotel was the John C. Hill Hotel. The hotel was in the house now called the Atwater House. The house was the first house to be built on the east side of the block.

The Atwater House is currently vacant and owner Pano Georgiadis wants to demolish it to expand his restaurant. The house was built by 1894 and the original owner and builder of the house is currently unknown. Its earliest known occupant was Edward Atwater who in 1862 founded the oil refinery company of Atwater & Hawes in Buffalo. The site of this company was recently uncovered in the Canal District during an archeological dig.

At the moment, current research does not show any connection between the two men.

The exposition was a commercial failure and what profit Statler did make on the hotel, went to build another temporary hotel for the 1904 St. Louis Exhibition. That hotel was successful and the profit made from it was used to build the first permanent Statler Hotel at 107 Delaware Avenue in Buffalo. The hotel is no longer in operation, but small offices are currently operating in parts of the building.

Tuesday, August 26, 2008

Large herd animals may have the ability to detect earth’s magnetic field, concluded scientists in Germany in a report published in this week’s Proceedings of the National Academy of Sciences after performing studies of cattle and deer grazing and sleeping patterns. The animals tended to face north-south oriented toward the earth’s magnetic poles. Hynek Burda of the University of Duisburg-Essen in Germany led the team that announced the unconfirmed study. Burda and his team gathered cattle data via analysis of Google Earth images.

The team originally intended to test for possible human magnetic field detection by studying the orientation of sleeping bags in outdoor campers, but it proved difficult to obtain data because humans usually slept under tents. Cattle were easier to observe, and 8,510 head of cattle at 308 locations demonstrated a strong tendency to align body orientation in accordance with the earth’s magnetic field. Other possible factors such as wind or sunlight direction did not supply a better explanation for the behavior.

To compare against a second large species, Burda and his team analyzed data on 2,974 deer studied through photography, direct observation, and snow imprints. The deer demonstrated a similar pattern. “I think the really amazing thing is that hunters and herdsmen and farmers didn’t notice it,” said Burda according to a National Public Radio report.

Other scientists found the results of the study intriguing. Peter August of the University of Rhode Island in Kingston, commented: “I was really amazed at the consistency with which they found north-facing cows and deer. It was really intriguing.” No independent study has yet confirmed the Duisburg-Essen team’s findings.

This is the first study that indicates magnetic field detection in large mammals. Burda’s previous research involves naked mole rats, a small blind mammal species whose behavior indicates an internal magnetic compass. According to a report by Jeremy Hsu at MSNBC, “Previous research has shown that animals such as birds, turtles and salmon migrate using a sense of magnetic direction, and small mammals such as rodents and one bat species also have a magnetic compass.”

Wednesday, January 31, 2007

A woman, one of three people who recently died of flu like symptoms, in Lagos, Nigeria, has tested positive for the H5N1 strain of Avian influenza.

It is the first bird flu in Nigeria since the strain arrived in Nigeria a year ago. H5N1 was confirmed in blood samples tested in Rome and London from the three recent deaths.

The Food and Agriculture Organization of the United Nations stated that while the threat from avian flu has decreased from last year, there still remains flare-ups around the world, urging countries to “remain vigilant and fully cooperate with international organizations”.

Bird flu is spread by wild birds for whom the virus is a stomach disease and, generally, not fatal.

Although the disease has killed 164 people, it has only been out of 269 cases, this gives the disease around a 60% fatality rate compared to the 1918 ‘Spanish flu’ pandemic which had a mortality rate of around 5%.

The outer coat of the virus particle is characterised by two types of glyco-proteins, neurominidase and haemagglutinin, both of which interact with sialic acid.

Haemagglutinin has sixteen forms, H1 to H16, and binds to sialic acid on the target cell, facilitating the entry of the virus.

Neurominidase is found in nine forms, N1 to N9, this protein allows the progeny viri to escape the infected cell by cleaving sialic acid.

The two main drugs against bird flu currently on the market, Tamiflu^® and Relenza^®, both target the sialic acid binding pocket of neurominidase. Neither of these drugs will cure the disease, but will stop its spread through the body. As such they have to be administered within 48 hours of symptoms appearing. In all 9 sub types of neurominidase, the structure of the target area for the drugs is the same. There is also a flu vaccine but the current flu vaccine does not protect against H5N1.

Human to human transmission is very rare, at the moment bird flu can only be caught from prolonged exposure to infected birds, specifically their droppings from which the bird flu virus has been crystallized and parts of the structure solved.

Unlike diseases such as smallpox and measles, for which their are effectively protecting vaccines, the flu virus constantly mutates. Each year the virus is slightly different from the last, this is the genetic drift of the virus – small point mutations on the surface, causing an evasion of our immune system. Many of the problems arise when there is a major shift of the surface proteins, for instance when a different subtype appears, such as H5.

There are three strains of human influenza circulating around the globe; H1N1 first isolated in 1933, H2N2 first isolated in 1957 and H3N2 first isolated in 1968. Other than humans; pigs, seals and horses have various strains of influenza, however only wild birds have all the known subtypes of haemagglutinin and neurominidase. Of the 144 combinations of N(1-9) and H(1-16) we have had three.