MNN TV The Jon Hammond Show Classic Episode on cable access Manhattan Neighborhood Network




HammondCast Show show

Summary: *WATCH THE VIDEO HERE: MNN TV The Jon Hammond Show Classic Episode on cable access Manhattan Neighborhood Network Jon's archive http://archive.org/details/JonHammondMNNTVTheJonHammondShow MNNTV The Jon Hammond Show as seen on Jon Hammond's long running cable access TV show now on MNNTV Manhattan Neighborhood Network in New York City 27th year. This episode is a classic with Jon Hammond and band in Moscow Russia playing jazz ballad Easy Living with Igor Butman sax and Eduard Zizak drums, Jon Hammond at the organ. Tim Cain "Shadow Walk" with visuals by Eduardo Gutekunst. Jon Hammond with his studio band of Steve Ferrone, Todd Anderson, Barry Finnerty "Lydia's Tune" by Jon Hammond at the B3 organ. Jon Hammond in Frankfurt Germany with Tony Lakatos tenor sax, Giovanni Guilino drum, Joe Berger guitar "Melody Without Name" Jon Hammond' theme song is entitled LATE RENT with Video By LORI © JOn Hammond Intl. http://www.HammondCast.com Jon Hammond in Moscow Russia Jon Hammond's BOD - Birds of The Day: Pelicans http://en.wikipedia.org/wiki/Pelican Looking for fish in the Pacific Ocean just outside the Golden Gate - JH Kingdom: Animalia Phylum: Chordata Class: Aves Order: Pelecaniformes Family: Pelecanidae Rafinesque, 1815 Pelicans are a genus of large water birds comprising the family Pelecanidae. They are characterised by a long beak and large throat pouch used in catching prey and draining water from the scooped up contents before swallowing. They have predominantly pale plumage, the exceptions being the Brown and Peruvian Pelicans. The bills, pouches and bare facial skin of all species become brightly coloured before the breeding season. The eight living pelican species have a patchy global distribution, ranging latitudinally from the tropics to the temperate zone, though they are absent from interior South America as well as from polar regions and the open ocean. Fossil evidence of pelicans dates back at least 30 million years, to the remains of a beak very similar to that of modern species recovered from Oligocene strata in France. Long thought to be related to frigatebirds, cormorants, tropicbirds, gannets and boobies, pelicans are now known instead to be most closely related to the Shoebill and Hamerkop, and are placed in the order Pelecaniformes. Ibises, spoonbills and herons are more distant relatives, and have been classified in the same order. Pelicans frequent inland and coastal waters where they feed principally on fish, catching them at or near the water surface. Gregarious birds, they often hunt cooperatively and breed colonially. Four white-plumaged species tend to nest on the ground, and four brown or grey-plumaged species nest mainly in trees. The relationship between pelicans and people has often been contentious. The birds have been persecuted because of their perceived competition with commercial and recreational fishers. They have suffered from habitat destruction, disturbance and environmental pollution, and three species are of conservation concern. They also have a long history of cultural significance in mythology, and in Christian and heraldic iconography. The genus Pelecanus was first formally described by Linnaeus in 1758, in the tenth edition of his Systema Naturae. He described the distinguishing characteristics as a straight bill hooked at the tip, linear nostrils, a bare face, and fully webbed feet. This early definition included frigatebirds, cormorants, and sulids as well as pelicans.[1] The name comes from the Ancient Greek word pelekan (πελεκάν),[2] which is itself derived from the word pelekys (πελεκυς) meaning "axe".[3] In classical times, the word was applied to both the pelican and the woodpecker.[4] Taxonomy[edit source | editbeta] Main article: Pelecaniformes#Systematics and evolution Pelicans give their name to the Pelecaniformes, an order which has had a varied taxonomic history. Tropicbirds, darters, cormorants, gannets, boobies and frigatebirds, all traditional members of the order, have si