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How Nova Terranova 1982 Used Korg Synthesizers to Create a Cosmic Sound



The group from Dordrecht (South Holland) consisted of Rob Papen, Ruud van Es and Peter Kommers. Later in 1982, the group scored another hit called "Sol". The three members of the band also performed under the name Peru. Nova was the "commercial" branch of Peru. After Nova's success, the group went on as Peru. Using this name, the group had another modest hit in the Dutch single charts with the song "Africa". Rob Papen and Ruud van Es are still active in producing music, albeit no longer under the names Nova nor Peru.


Nova - Terranova & Quo Vadis (Remastered & Expanded) - August, 15th 2021CD 1:01. Nova - Aurora (Remastered)02. Nova - Arrivé (Remastered)03. Nova - Xenos (Remastered)04. Nova - Horizon (Remastered)05. Nova - Terra (Remastered)06. Nova - Sol (Remastered)07. Nova - Clear Up (Remastered)08. Nova - Ariane (The Traveller) (Remastered)09. Nova - La Luna (Remastered)10. Nova - Exit (Remastered)11. Nova - Reel (Remastered)12. Nova - Aurora (12-Inch Single Version) (Remastered)




Nova Terranova 1982




Terra Nova Christian Preschool was founded in January, 1982, and in the years since has had a total of four directors. The facility operates as non-profit, jointly owned by New Life Christian Fellowship and St. Andrew Presbyterian Church. We serve infants, toddlers, and preschool children up to age seven. Terra Nova Christian Preschool was founded to be a blessing to our community in Pacifica, CA and we hope to be a blessing to all the children, parents, and staff who make our building come to life.


It all began in February, 1982. Brian Scharbarth's truck started tormenting him with mechanical troubles on a run from Wisconsin to California. Lesser truckers might have gotten their vehicles repaired, but Scharbarth arranged to have his stolen. Right there at a truck stop in Sparks, Nevada. Sierra Sid's, to be exact. He did it for the insurance money. And before you could say "chop shop," the truck was in one in Albuquerque, New Mexico, where it was quickly stripped and dismantled. Scharbarth, just as quickly, made a claim for his "loss" with his insurers, the plaintiffs in this suit.


That was April 1982. But the next month, the insurance companies coughed up anyway. They sent a check for $62,210 to Scharbarth and the payee on his policy, Associates Commercial Corporation, which held a security interest in the truck. The companies paid up because they were worried about their duty to act in good faith in their dealings with Scharbarth. In counsel's words, they "did not want to unduly delay the settlement of his claim." Call the payment lunkheaded, or call it bright. I call it a business decision.


According to the plaintiffs' lawyer, "Only after he was convicted in February 1986 did the plaintiffs have the proof that Mr. Scharbarth was involved in the alleged theft and, therefore, that there was no coverage for the loss of the truck." But this statement is somewhat misleading. Only after the conviction did the plaintiffs have proof beyond a reasonable doubt that Scharbarth had defrauded them in February 1982. Weeks before they paid his claim, however, they strongly suspected that Scharbarth had arranged for the theft.


On May 28, 1982, the indefatigable Mr. Rost contacted Mr. Johnson to say that an informer had linked Scharbarth to the theft. However, the plaintiffs did not attempt to recover their money at that time and never notified Associates about the problem until April 1986.


Extremities have been designing and manufacturing high-quality clothing accessories since 1982, so they celebrate their 40th anniversary this year. Since the 80s, Extremities gloves, hats, gaiters and socks have evolved to provide a wider selection of styles to suit anyone venturing outdoors. This gear has been put to the test by explorers and record-breaking outdoor athletes, who have taken them to the ends of the earth and in some of the most extreme places on the planet.


Our heritage began with performance and technical accessories, and they were designed for use in a wide range of outdoor activities in the harshest of weather environments. This year, we continue to offer these styles but with new and updated technologies, innovations and sustainable properties, such as Goretex, Primaloft Gold Eco and Reprieve yarn.


New Jersey has been committed to standards-based assessments for over forty years. In 1975, the New Jersey Legislature passed the Public School Education Act (PSEA) "to provide to all children of New Jersey, regardless of socioeconomic status or geographic location, the educational opportunity which will prepare them to function politically, economically and socially in a democratic society." One year later, the PSEA was amended to establish uniform standards of minimum achievement in basic communication and computational skills. This amendment also included the legal basis for the use of a test as a graduation requirement. From 1978 through 1982, third-, sixth- and ninth-grade students participated in the Minimum Basic Skills (MBS) testing program for reading and mathematics.


Petra Peters is a founding partner and the Chief Executive Officer of Terra Nova Asset Management LLC. She started her professional career in the banking industry in 1979 and has been active in asset management since 1982, moving to New York City in 1986.


The only adult anisakid nematode so far reported from elasmobranchs in New Caledonian waters is Terranova scoliodontis (Baylis, 1931), found in the tiger shark Galeocerdo cuvier (Péron et Lesueur) (Carcharhinidae) [29]. In the same region, unidentified larvae attributed to Terranova have been reported from different species of teleosts [22, 37, 38] and, based on sequence data, some of them were later identified as Terranova pectinolabiata Shamsi, Barton et Zhu, 2019 [35] or Pulchrascaris australis Shamsi, Barton et Zhu, 2020 [36].


Euterranova dentiduplicata n. sp. ex Stegostoma fasciatum. (A) Anterior end of male, dorsoventral view; (B) cephalic end of larger male, ventral view; (C) inner surface of median labial elevation armed with teeth in female; (D) cephalic end, apical view; (E) deirid; (F) caudal end of male, lateral view; (G) posterior end of male body, lateral view; (H) male tail, ventral view; (I) tail of female, lateral view; (J) tail of male, lateral view; (K) egg.


Euterranova dentiduplicata n. sp. ex Stegostoma fasciatum, scanning electron micrographs. (A and B) Cephalic end of two different males, subventral and apical views, respectively (arrow indicates amphid); (C) detail of median labial elevations in male, apical view; (D) inner side of labial elevation with two rows of teeth in male; (E) anterior end of female, sublateral view; (F) median labial elevation in female, apical view. (b) Labial double papilla; (d) dorsal lip; (e) excretory pore; (l) lateral ala.


Euterranova dentiduplicata n. sp. ex Stegostoma fasciatum, scanning electron micrographs of male. (A and B) Cephalic end, dorsal and apical views, respectively (arrow indicates amphid); (C) posterior end of body, ventrolateral view; (D) caudal end, lateral view; (E and F) caudal end of another specimen, sublateral and ventral views, respectively (arrow indicates plectane). (a) Amphid; (b) labial double papilla; (c) cloaca; (d) dorsal lip; (e) excretory pore; (f) median precloacal papilla-like organ.


Bruce and Cannon [10] studied an immature female nematode (16.2 mm long), identified by them as Terranova (= Euterranova) ginglymostomae, collected from the spiral valve of Stegostoma fasciatum in Moreton Bay, southern Queensland, Australia. Their specimen was not examined by SEM. Considering the host species and the geographical region, it is highly probable that, in fact, it belonged to E. dentiduplicata n. sp.


Euterranova sp. ex Triaenodon obesus, scanning electron micrographs of gravid female. (A and B) Cephalic end, lateral and apical views, respectively; (C) inner side of median labial elevation with teeth; (D) anterior end of body, lateral view. (a) Amphid; (b) labial double papilla; (c) deirid; (d) dorsal lip; (e) excretory pore; (l) lateral ala.


Neoterranova scoliodontis (Baylis, 1931) ex Galeocerdo cuvier, scanning electron micrographs. (A and B) Cephalic end, sublateral and apical views, respectively (arrows indicate amphids); (C) posterior end of male, ventral view; (D) male tail, subventral view (arrow indicates postcloacal plectane); (E) tail of male (enlarged), ventral view. (b) Labial double papilla; (c) cloaca; (d) dorsal lip; (e) excretory pore; (l) lateral ala.


Nevertheless, Karokhin [23] proposed the division of Porrocaecum into two subgenera based on the presence or absence of interlabia: Porrocaecum [type species P. crassum (Deslongchamps, 1824)] including parasites of birds and Terranova [type species T. decipiens (Krabbe, 1878)] comprising species from elasmobranchs, teleosts, aquatic reptiles and marine mammals. However, since Terranova Karokhin, 1946 has a different type species than Terranova Leiper et Atkinson, 1914, these names are homonyms according to the International Code of Zoological Nomenclature (ICZN) [16].


Johnston and Mawson [18] resurrected Terranova Leiper et Atkinson, 1914 as an independent genus, assigning to it eight other species previously listed in Porrocaecum. Of these, Mozgovoy [32] excluded T. kogiae Johnston et Mawson, 1939, a parasite of pygmy sperm whales, on the basis of the excretory pore allegedly situated at the level of the nerve ring [17], and created a new genus Pseudoterranova Mozgovoy, 1953 to accommodate it. However, Gibson [14] proved in type specimens of T. kogiae that their excretory pore is situated between subventral lips as in other species listed in Terranova (sensu lato). Mozgovoy [32] listed a total of 13 species in Terranova (s. l.), excluding those described from larvae parasitizing fishes.


Gibson and Colin [14] considered Terranova-like species from marine mammals to belong to Pseudoterranova (see above) and those having no distinct lips from elasmobranchs and teleosts to Pulchrascaris Vicente et dos Santos, 1972 (type species P. caballeroi Vicente et dos Santos, 1972). The validity of the latter genus was confirmed by Deardorff [11], who redefined it and carried out a detailed review. Pulchrascaris has been recognized by subsequent authors (e.g. [10, 36]). The remaining nominal species of Terranova (s. l.) were split by Gibson and Colin [14] into five groups distinguished by the width of the labial prolongations or by their host types, with a sixth group containing species inquirendae or incertae sedis. Without supporting data, they also synonymized several species, but Deardorff [11] and Bruce and Cannon [10] disagreed with that action and resurrected four species. 2ff7e9595c


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