Adrian Bischoff (6 results)

Titelblatt aus transparenter Folie mit Orig.-Siebdruck, ca. 3-mm-dicke grüne synthetische Filzmatte, 5 Seiten Text auf grauem Karton, 10 Blätter aus feinem Fotopapier, 2 Blätter aus Büttenpapier, 2 starke- und 2 etwas dünnere Fotokartons je Papierart durch Zwischentitel getrennt, alle einseitig farbfotografisch bedruckt; 7 Blätter von den Fotografen signiert. - Transparenter Orig.-Plastik-Ringordner mit Papierhalter und Griffloch; 4to.(ca. 31 x 25 cm). *** 1. AUFLAGE der Künstler-Fotobuches, lt. Auskunft des Herausgebers 1 von nur 20 Exemplaren der signierten Vorzugsausgabe. Präsentiert 4 verschiedene Werkgruppen (auf verschiedenen Papieren), die im Zusammenhang mit elektronischer Musik entstanden. Insgesamt wirkten 13 zeitgenössische deutsche Fotografen mit und in den Vorzugsexemplaren sind jeweils 7 Blätter (in verschiedener Kombination) von den jeweiligen Fotografen mit silbernem Lackstift signiert, sodass jedes Exemplar ein Unikat darstellt. - Es wirkten mit: Adrian Bischoff (signiert); Jens Görlich (signiert); Frank Hülsbörner; Thomas Balzer (signiert), Dirk Brömmel (signiert); Kai Peters; Till Melchior (signiert); Karsten Handtke (signiert); Oliver Rüther; Rui Camilo; Markus Schulze (2 davon 1 signiert, auf Büttenpapier); Philip Lethen (2, auf kräftigem Fotokarton); Oliver Sieber (2, auf Fotokarton). - NEUWERTIGES EXEMPLAR der aufwändigen Publikation. isbn 3980925404.

Taschenbuch. Condition: Neu. Neuware -Conventional aquaculture production systems have all in common that they release feed nutrients either in dissolved or particulate form. The efficient removal of suspended solids is a key factor for the successful operation of recirculating aquaculture systems. During the experiments of this work solid waste from modern recirculating systems for marine fish were used for the cultivation of detritivorous organisms. In an experimental integrated recirculating system, fish was cultured for a period of 684 days. During the complete growth period of the fish, polychaete worms were cultivated as exclusive consumer of the excreted particulate waste. In the earlier part of the experiments a nutritional under-supply of the worms was noticeable. With increasing fish biomass the nutrient and therefore the energy supply of the worms could be met to enable the worms to grow and finally to reproduce. Till the end of the experimental period a self-sustaining worm population up to the fourth generation could be achieved. During further experiments the second organism Crangon crangon also revealed its potential as detritivorous organisms for integrated aquaculture.Books on Demand GmbH, Überseering 33, 22297 Hamburg 172 pp. Deutsch.

Taschenbuch. Condition: Neu. Waste reduction in aquaculture by culturing detritivorous organisms | Small steps towards sustainable aquaculture practices | Adrian Alfred Bischoff | Taschenbuch | 172 S. | Deutsch | 2012 | Südwestdeutscher Verlag für Hochschulschriften | EAN 9783838132747 | Verantwortliche Person für die EU: BoD - Books on Demand, In de Tarpen 42, 22848 Norderstedt, info[at]bod[dot]de | Anbieter: preigu.

Taschenbuch. Condition: Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -Conventional aquaculture production systems have all in common that they release feed nutrients either in dissolved or particulate form. The efficient removal of suspended solids is a key factor for the successful operation of recirculating aquaculture systems. During the experiments of this work solid waste from modern recirculating systems for marine fish were used for the cultivation of detritivorous organisms. In an experimental integrated recirculating system, fish was cultured for a period of 684 days. During the complete growth period of the fish, polychaete worms were cultivated as exclusive consumer of the excreted particulate waste. In the earlier part of the experiments a nutritional under-supply of the worms was noticeable. With increasing fish biomass the nutrient and therefore the energy supply of the worms could be met to enable the worms to grow and finally to reproduce. Till the end of the experimental period a self-sustaining worm population up to the fourth generation could be achieved. During further experiments the second organism Crangon crangon also revealed its potential as detritivorous organisms for integrated aquaculture. 172 pp. Deutsch.

Condition: New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. Autor/Autorin: Bischoff Adrian AlfredDr. Adrian A. Bischoff was born in 1973 in Werneck, Germany. After finishing his studies of fisheries biology, with focus on Aquaculture, at the University of Kiel, he did his PhD at the Institute of Marine Scie.

Taschenbuch. Condition: Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - Conventional aquaculture production systems have all in common that they release feed nutrients either in dissolved or particulate form. The efficient removal of suspended solids is a key factor for the successful operation of recirculating aquaculture systems. During the experiments of this work solid waste from modern recirculating systems for marine fish were used for the cultivation of detritivorous organisms. In an experimental integrated recirculating system, fish was cultured for a period of 684 days. During the complete growth period of the fish, polychaete worms were cultivated as exclusive consumer of the excreted particulate waste. In the earlier part of the experiments a nutritional under-supply of the worms was noticeable. With increasing fish biomass the nutrient and therefore the energy supply of the worms could be met to enable the worms to grow and finally to reproduce. Till the end of the experimental period a self-sustaining worm population up to the fourth generation could be achieved. During further experiments the second organism Crangon crangon also revealed its potential as detritivorous organisms for integrated aquaculture.