Projekt CCRES AQUAPONICS

  

HRVATSKI CENTAR OBNOVLJIVIH IZVORA ENERGIJE

predstavlja Vam 

 Projekt

CCRES AQUAPONICS

Posljednje je desetlje?e akvakultura najbrže rastu?i sektor proizvodnje hrane, ve? je sad svaka tre?a riba koja se na?e na tanjuru uzgojena , manji su troškovi ulaganja, a ve?i je prinos ribe i morskih vrsta.

Uskoro bi zbog ekspanzije ?ovje?anstva, zbog kojeg se svakodnevno izlovljava sve više i više ribe za prehranu, moglo do?i i do nestašice te prehrambene namirnice, ali isto tako i zbog sustavnog zaga?enja mora kemijskim spojevima koji tako?er uništavaju riblju populaciju u prirodi. Zbog toga su mnoge zemlje morale pre?i na kontrolirani uzgoj u kojem je ve?i postotak preživljavanja ribe, bolja iskoristivost hrane te brži napredak ribe, te su razvile akvakulturu, uzgoj organizama u vodenoj sredini pod kontroliranim uvjetima.

Posljednje je desetlje?e akvakultura najbrže rastu?i sektor proizvodnje hrane. Naime, smatra se kako ?e ve? za desetak godina više od polovice prehrambenih proizvoda iz mora biti uzgojeno, a prema nekim podacima, ve? je sad svaka tre?a riba koja se na?e na tanjuru uzgojena. Naime, u akvakulturi su manji troškovi ulaganja, a ve?i prinos ribe i morskih vrsta.
U primjeni akvakulture poseban je svjetski ugled stekao Izrael, koji je uz veliku nestašicu vode upravo u pustinjskim podru?jima napravio velike uzgojne bazene. Izraelska se akvakultura intenzivno razvija te danas obuhva?a uzgoj razli?itih slatkovodnih i morskih vrsta.
Jedna od specifi?nosti izraelske primjene akvakulture su tzv. recirkulacijski sustavi, odnosno sustavi uzgoja akvati?nih organizama u recirkulacijskom protoku vode s minimalnim izmjenama i gubicima vode. Posebno prakti?na metoda u podru?jima udaljenim od izvora vode, osobito pustinjskim predjelima. Svaka se kap vode, naime, maksimalno iskoristi.

U Hrvatskoj akvakulturu najve?im dijelom ?ini uzgoj toplovodnih i hladnovodnih vrsta poput šarana i pastrve u kontinentalnim dijelovima zemlje te uzgoj orade, brancina i školjkaša u marikulturi. Hrvatska je izuzetno bogata vodenim resursima, ali zbog nedostatka tehnologije i slabe zainteresiranosti nije razvila ve?u proizvodnju. Naro?ito bi se u Hrvatskoj moglo poraditi na pove?anju uzgajališta pastrve prema na?elu dobre filtracije vode na farmama, ?ime bi se pove?ala i produktivnost rijeka. Isto tako zbog sve ve?eg zaga?enja morskog ekosustava za o?ekivati je u skoroj budu?nosti da ?e i Hrvatska marikultura morati iskoristiti tehnike recirkulacijskih sustava kako bismo umanjili štetne u?inke kaveznog uzgoja i prekomjeran izlov ribe te tako o?uvali prirodne ljepote našeg mora i biološku raznolikost.

Hrvatski Centar Obnovljivih Izvora Energije 

otišao je i korak dalje kroz 

projekt  

CCRES AQUAPONIC.

                                       Svo uzgojeno povr?e Projekta CCRES AQUAPONICS u sezoni 2011/2012

                                                              karitativno je  podjeljeno slabostoje?im hrvatskim obiteljima.

CCRES AQUAPONICS  je nastao u ljeto 2011.godine spajanjem tehnike recirkulacijskih sustava uzgoja riba i klasi?nog hydroponicsa.
Hydroponics je uzgoj biljaka kod kojeg se korjen biljke nalazi u vodi u kojoj su otopljene hranjive tvari i potrebni elementi za njen rast i dozrijevanje.Jedina mana hydroponicsu je ta da se u vodu ubacuju kemijske tvari potrebne za rast biljke.

                                     Ribe koje su korištene u Projektu CCRES AQUAPONICS u sezoni 2011/2012 su 

                                                             japanski KOI šarani, koje smatramo najboljima za proizvodnju.

                                                            

U CCRES AQUAPONICS-u intenzivna aquakultura integrirana je s intenzivnim stakleni?kih hydroponic sustavom uzgoja povr?a. Organske biljne sorte se uzgajaju u plitkim posudama kroz koje cirkulira voda iz bazena s ribama prepuna organskim hranjivim dodacima, koje ispušta riba, koji služe za rast biljaka bez kemijskih dodataka . 

 

Sve vrste salate, crveni i bijeli luk, bosiljak, paprika i krastavci mogu se uzgajati u sustavu.Ovakav uzgoj je idealan za obiteljsku proizvodnju gdje se na nekoliko ?etvornih metara može posti?i neovisnost od velikih proizvo?a?a i trgova?kih lanaca koji serviraju hranu proizvedenu tisu?ama kilometara od krajnjeg kupca. Recirkulacijskim protokom voda koja se vra?a u bazen s ribama u potpunosti je ?ista i idealna za nesmetan rast ribljih vrsta.

                                                    Svo uzgojeno povr?e Projekta CCRES AQUAPONICS u sezoni 2011/2012

                                                              karitativno je  podjeljeno slabostoje?im hrvatskim obiteljima.

Prednosti su:
- neovisnost
- proizvodnja je mogu?a tijekom cijele godine;
- površina za uzgoj je maksimalno iskorištena;
- nema plodoreda;
- stupanj automatizacije je visok;
- biljkama se dodaju organska hranjiva koja su joj potrebna za rast i razvoj u pojedinoj fazi proizvodnje;
- prinosi su znatno ve?i od uzgoja u tlu, kao i razdoblje plodonošenja;
- potrošnja vode, hranjivih tvari i sredstava za zaštitu bilja svedena je na minimum;
- smanjeno je one?iš?enje okoliša;
- smanjena je pojava bolesti i štetnika;
- proizvodnja je mogu?a na površinama gdje nije mogu? uzgoj u tlu zbog primjerice velike one?iš?enosti, zaslanjenosti, kiselosti tla i sl. ;
- manje ljudskog rada pri obradi, kultivaciji, dezinfekciji i sl.
- nusprodukt su ribe koje se uzgajaju do konzumne veli?ine.

                                                   Svo uzgojeno povr?e Projekta CCRES AQUAPONICS u sezoni 2011/2012

                                                              karitativno je  podjeljeno slabostoje?im hrvatskim obiteljima.

  Ovo su bile kratke crtice o projektu CCRES AQUAPONICS, namjenjene isklju?ivo kao informacija.Mišljenja smo da bi ovaj projekt mogao biti pozdravljen od ljudi kojima je dosta pla?anja visokih cijena svih vrsta salata i ribe.Samo pokretanje i proizvodnja idealna su kao hobi za uzgoj u dvorištu iza ku?e, garaži, podrumu ili malom plasteniku.

                                       Svo uzgojeno povr?e Projekta CCRES AQUAPONICS u sezoni 2011/2012

                                                              karitativno je  podjeljeno slabostoje?im hrvatskim obiteljima.

Naravno da bi ovakav uzgoj mogao pro?i i u intezivnoj proizvodnji.
Na površini od 1 ha mogu?e je proizvesti otprilike 30 000 biljaka raj?ice sa prinosom od oko 400 t/ha, da ne govorim o uzgoju salata koje bi se "brale" svakih 20-tak dana ,što predstavlja puno ve?i prinos u odnosu na uzgoj u tlu na otvorenoj površini. Ovakva proizvodnja predstavlja najintenzivni oblik poljoprivrede, koji sa svojim brojnim prednostima može u potpunosti ispuniti zahtjeve potroša?a za kvalitetnim proizvodom, te proizvo?a?u osigurati dobar posao.

                                       Svo uzgojeno povr?e Projekta CCRES AQUAPONICS u sezoni 2011/2012

                                                              karitativno je  podjeljeno slabostoje?im hrvatskim obiteljima.

Više informacija o Projektu CCRES AQUAPONICS na :
http://ccresaquaponics.yolasite.com/

Za sve dodatne informacije slobodno nas kontaktirajte.

HRVATSKI CENTAR OBNOVLJIVIH IZVORA ENERGIJE (HCOIE)

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How Do I Get Started in Aquaculture

CCRES AQUAPONICS

           

As part of our aquaculture initiative, the Croatian Center of Renewable Energy Sources (CCRES) has started the CCRES aquaponics  program. This Web site is part of that program. We have attempted to include as much information as possible for beginning and experienced fish farmers. While the information compiled here is not all-inclusive, we have tried to be as thorough as possible, covering all the various types of aquaculture relevant to Croatia. If you would like to submit any information for our Web site, please contact us.

Specal thanks to :
Indiana Soybean Alliance
5730 W 74th Street
Indianapolis, IN 46278
1-800-735-0195
for giving us great source of informations.

How Do I Get Started in Aquaculture?   

The most important activity anyone considering fish farming should conduct is developing and writing a business plan.

Here are some of the basic steps.

Business Planning    

Writing a business plan is the single most important step a farmer can take when determining if aquaculture is something they want to explore as a viable economic investment. A well-developed business plan will cover all aspects of an aquaculture business, from species and production systems, to economics and marketing. Failing to complete a business plan is one of the primary reasons for business failure!

Feed Management   

Feed management, from buying the correct feed and proper feeding rates to properly storing feed, is essential to managing fish health and growth. Excellent feed managers not only save money by not wasting feed, they also optimize production potential on their farms. Every farm will likely have a different feed management strategy as production criteria like feeding rates and growth rates will be impacted by species selection, production system, environmental conditions, among other things. Proper feed management should be implemented as part of an overall best management practices plan.

Financing      

Aquaculture in Croatia doesn’t have a well-established track record like other forms of agriculture, so acquiring funds and insurance from traditional farm sources can be difficult.  Lenders and insurers will want to see a well-developed business plan with income and cash flow statements before they consider funding/insuring an aquaculture operation.  They may also want to see a best management practices plan.  Please visit the other sections to get more information covering these and other topics.


Economics

          
Filling out financial statements is one of the critical steps in developing a viable business plan. The following spreadsheets were developed to help new producers manage a business venture in aquaculture. There are different spreadsheets available depending on production system: Recirculating (RAS), pond or cage. There are examples provided as well, but these should only be used as a guide as many of the numbers will vary depending on your business specifics. The following material can be used to help plan and build a successful business in aquaculture.


Fish Health
          
Animal health is perhaps more of a challenge in aquaculture than any other type of livestock agriculture. There are very few veterinarians actively involved in fish health, thus it is often difficult for fish producers to obtain veterinary services. There are also few approved drugs available to treat sick fish. For these reasons, it is critical for fish farmers to implement a best management practices (BMP) plan that encourages fish health. The most common cause of fish disease is stress, and a well-developed BMP will help farmers minimize stress to their livestock.

Marketing
          
As with most specialty and niche crops, fish farmers in Croatia typically have to market their own product. This can be done in a variety of ways from local farmers markets and restaurants, to ethnic markets and restaurants in large metropolitan cities. Farmers should always have more than one market identified for their fish to be sure that they will always be able to sell product. This is especially critical for farmers who want to acquire funds from traditional agricultural lenders. Another option is for a group of farmers to start a marketing cooperative that can allow them to enter larger markets that would not be open to individual farmers because of the smaller scale of their business.


Production Systems

More information about specific production systems :

Cage Systems           

Cage farming is simply raising fish in a large, submerged cage that can be used in a pond that otherwise might not be ideal for farming. An ideal location for a cage production farm would be in a pond/private lake that is too large for traditional pond aquaculture or is unsuitable for another reason (perhaps it is too deep, or cannot be drained). Cages can be floated throughout the pond and accessed either via a dock or boat.

160fs - What is Cage Culture.pdf
161fs - Cage Site Selection Water Quality.pdf
162fs - Cage Construction Placement Aeration.pdf
163fs - Cage Species Suitable.pdf
164fs - Cage Handling and Feeding.pdf
165fs - Cage Problems.pdf
166fs - Cage Harvesting Economics.pdf
281fs - Cage Tilapia.pdf
FA04800 - Cage Management.pdf
tb110-CageCultureNCR.pdf


Larval Feed
          
Feeding larval fish can be difficult and depending on the species of fish, commercially formulated diets might not be available. Many fish farmers rely on feeding live feed to their larval fish until they are big enough to start eating formulated feeds. Farmers can rely on the natural productivity of ponds to grow their live feed, or they can utilize indoor production systems. These production systems are often smaller and specialized for raising small, often microscopic, live feed organisms.

701fs - Larval Feed.pdf
702fs - Artemia.pdf



Pond Systems           

Pond aquaculture is the most traditional type of aquaculture in the world. It has been producing fish in Asia and Africa for thousands of years. Most of the available fish farming information is based on pond aquaculture.

100fs - Levee Pond Site Selection.pdf
101fs - Levee Pond Construction.pdf
102fs - Watershed Pond Site Selection.pdf
103fs - Calculating Area Volume.pdf
280fs Pond Tilapia.pdf
395fs - Pond Inventory Assessment.pdf
460fs - Pond Clay Turbidity.pdf
462fs - Pond Nitrite.pdf
463fs - Pond Ammonia.pdf
464fs - Pond Water Quality Considerations.pdf
466fs - Pond Algae Blooms.pdf
468fs - Pond Carbon Dioxide.pdf
469fs - Fertilizing Fry Ponds.pdf
470fs - Pond Effluents.pdf
471fs - Pond Fertilization.pdf
700fs - Pond Zooplankton Larval Feed.pdf
Aquatic Weed Control in Ponds.pdf
FA00800 - Pond Copper Use.pdf
FA02100 - Pond Aeration.pdf
FA02800 - Pond Lime Use.pdf
FA03200 Pond Potassium Permanganate.pdf
PONDS.pdf
TB114 - Plankton Management.pdf
wrac-104 - Pond Fertilization.pdf
wrac-106 - Settling Basin.pdf




Recirculating Aquaculture Systems
          
Recirculating aquaculture systems (RAS) are the newest form of fish farming production system. RAS are typically an indoor system that allows for farmers to control environmental conditions year round. While the costs associated with constructing a RAS are typically higher than either pond or cage culture, if the system is managed properly to produce fish on a year round basis, the economic returns can make it worth the increased investment. RAS are the most complex aquaculture systems and beginners should plan on making a significant time commitment to learning how to operate a system.

103fs - Calculating Area Volume.pdf
451fs - RAS Critical Considerations.pdf
452fs - RAS Management.pdf
453fs - RAS Component Options.pdf
455fs - RAS Pond Systems.pdf
456fs - RAS Economic Spreadsheet.pdf
AA21200 - Energy Costs.pdf
FA05000 - RAS Principles.pdf
facts5 - RAS Prudence Pays.pdf



Barn Conversion
          
There has been a lot of interest in converting livestock buildings to fish production. While a “model” has yet to be developed, the material below has been presented at several different workshops focusing on converting livestock barns to aquaculture.

Barn Conversions for Aquaculture 3-8-07.asx
Chuck-IPVideoWorkshop.pdf
Hicks-Workshop.ppt
hogbarn.ppt
Laura-HogbarnWorkshop.pdf
Shawn-BarnConversion.pdf

 CCRES AQUAPONICS

part of
CROATIAN CENTER of RENEWABLE ENERGY SOURCES (CCRES)

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Aquaculture Recommended Reading List

The aquaculture industry in Croatia is not large compared to other areas in the world, but the industry here is highly diversified, and the region has the water and land resources needed for significant growth.The purpose of this list is to provide sources of information for current and prospective aquaculturists in Croatia and the EU region.

 Aquaculture Recommended Reading List

CCCRES AQUAPONICS recommends : Encyclopedia of Aquaculture / By Robert R. Stickney. New York: Wiley:  2000. A comprehensive reference to the science, technology, and economics of aquaculture for scientists and professionals in aquaculture as well as individuals wishing to expand their knowledge of the field. With an emphasis on current trends and sustainable practices, the Encyclopedia of Aquaculture is complete with photographs, illustrations, and graphs as well as references to the extensive literature.

CCCRES AQUAPONICS recommends : Best Management Practices for Aquaculture in Wisconsin and the Great Lakes Region / By Jeffrey A. Malison and Christopher F. Hartleb. Madison: University of Wisconsin Sea Grant Institute:  2005. The purpose of this manual is to provide guidance for current and prospective aquaculturists in Wisconsin and the Great Lakes region. Best management practices or BMPs are defined as management guidelines or approaches designed to minimize or prevent any adverse environmental impacts, to maximize the health and well-being of the organisms being raised, and to encourage efficient and economical production.

CCCRES AQUAPONICS recommends : Aquaculture: Principles and Practices / By T. V. R. Pillay and M. N. Kutty. Ames, Iowa: Blackwell Pub.:  2005. Covering all aspects of subsistence and commercial aquaculture as practiced across the globe, this fully revised edition from two leading world authorities in the field covers both principles and practices. It covers in detail recent developments in: history and planning; nutrition; reproduction and genetic selection; production statistics and economics; integrated aquaculture; and sustainability and environmental effects.

CCCRES AQUAPONICS recommends : Aquaculture Marketing Handbook / By Carole R. Engle and Kwamena Quagrainie. Ames, Iowa: Blackwell Pub. Professional:  2006. The Aquaculture Marketing Handbook provides the reader with information regarding aquaculture economics, markets, and marketing. In addition, this volume also contains an extensive annotated bibliography and webliography that provide descriptions of key additional sources of information. Useful for both the experienced aquaculture professional and those new to the field.

CCCRES AQUAPONICS recommends : Aquaculture: Farming Aquatic Animals and Plants / By John S. Lucas and Paul C. Southgate. Oxford: Fishing News Books:  2003. This book covers all major aspects of the aquaculture of fish, shellfish and algae in freshwater and marine environments. Subject areas include water quality and environmental impacts of aquaculture, desert aquaculture, reproduction, life cycles and growth, genetics and stock improvement, nutrition and feed production, diseases, post-harvest technology and processing, economics and marketing. The second part of the text is devoted to the culture of different species.

CCCRES AQUAPONICS recommends : Practical Genetics for Aquaculture / By Charles Gregory Lutz. Malden, Mass.: Fishing News Books:  2001. Lutz provides reviews of the fundamental theory and examples of practical applications for numerous aspects of genetic improvement in aquaculture. While new molecular techniques hold great promise for application in commercial aquaculture in the future, most aquaculture currently takes place under practical and often challenging conditions. Tremendous gains could be realized through the application of more traditional and practical approaches to genetic improvement.

CCCRES AQUAPONICS recommends : Aquaculture Biosecurity: Prevention, Control, and Eradication of Aquatic Animal Disease / By A. David Scarfe, Cheng-Sheng Lee, and Patricia J. OBryen. Ames, Iowa: Blackwell Pub. Professional:  2006. Aquaculture loses millions of dollars in revenue annually due to aquatic animal diseases. As a result, aquaculture biosecurity programs that address aquatic animal pathogens and diseases have become an important focus for the aquaculture industry. With contributions from renowned international experts, this book is a vital reference for those concerned about protecting aquaculture from impacts of aquatic animal disease.

CCCRES AQUAPONICS recommends : Cage Aquaculture / By Malcolm C. M. Beveridge. Ames, Iowa: Blackwell Pub. Professional:  2004. Cages are the most important system for producing farmed salmon, sea bass, sea bream, yellowtail and tuna. They are relatively inexpensive, require no access to land, and offer tremendous flexibility to aquaculture farmers in terms of production. This fully updated, expanded, and revised third edition incorporates the major developments in the aquaculture industry, including the ever-increasing market for farmed salmon.

CCCRES AQUAPONICS recommends : Ecological Aquaculture: The Evolution of the Blue Revolution / By Barry A. Costa-Pierce. Malden, Mass.: Blackwell Science:  2002. The aim of this important and thought-provoking book is to stimulate discussion among aquacultures modern scientific, education and extension communities concerning the principles, practices and policies needed to develop ecologically and socially sustainable aquaculture systems worldwide. Ecological Aquaculture provides fascinating and valuable insights into primitive (and often sustainable) culture systems, and ties these to modern large-scale aquaculture systems.

CCCRES AQUAPONICS recommends : Aquaculture Water Reuse Systems: Engineering Design and Management / By Michael B. Timmons and Thomas M. Losordo. New York: Elsevier:  1994. This well-organized book provides all the information needed to design and manage a water reuse system. The text was written for engineers and biologists working in the area of intensive fish culture, but it should also prove useful as a design manual for practicing aquaculturists.

CCCRES AQUAPONICS recommends : Fish Nutrition / By John E. Halver and Ronald W. Hardy. San Diego, Calif.: Academic Press:  2002. Fish Nutrition is a comprehensive treatise on nutrient requirements and metabolism in major species of fish used in aquaculture or scientific experiments. It covers nutrients required and used in cold water, warm water, fresh water, and marine species for growth and reproduction.

CCCRES AQUAPONICS recommends : Biology of Farmed Fish / By Kenneth D. Black and A. D. Pickering. Sheffield, UK: Sheffield Academic Press; Boca Raton, Fla.: CRC Press:  1998. Focusing on developments of the last decade, this volume considers the biology underlying fish culture. The chapters, written by fish biologists who have made a significant contribution to the primary research literature, are broad in nature, covering aspects of the subject with reference to a range of species from around the world.

CCCRES AQUAPONICS recommends : Environmental Impacts of Aquaculture / By Kenneth D. Black. Sheffield, UK: Sheffield Academic Press; Boca Raton, Fla.: CRC Press:  2001. This text examines the relationships between the activities of aquaculture and the environment, starting with an examination of several separate cultures and then moving into a discussion of general relevance to aquaculture. This book is directed at fish and shellfish biologists and environmental scientists in academia, industry and government.

CCCRES AQUAPONICS recommends : Manual on the Production and Use of Live Food for Aquaculture / By Patrick Lavens and Patrick Sorgeloos. Rome: Food and Agriculture Organization of the United Nations:  1996.  The manual describes the major production techniques currently used for the cultivation of the types of live food commonly used in larviculture, as well as their application potential in terms of their nutritional and physical properties and feeding methods. The manual is divided according to the major groups of live food organisms used in aquaculture: micro-algae, rotifers, Artemia, natural zooplankton, and copepods, nematodes and trochophores.

CCCRES AQUAPONICS recommends : Reproductive Biotechnology in Finfish Aquaculture: Proceedings of a Workshop Hosted by the Oceanic Institute, Hawaii, USA, in Honolulu, 4th-7th October 1999 / By Cheng-Sheng Lee and Edward M. Donaldson. Amsterdam: Elsevier:  2001. Successful reproduction of cultured brood stock is essential to the sustainable aquaculture of aquatic organisms. This book describes recent advances in the field of finfish reproductive biotechnology. The chapters, written by eminent scientists, review the progress and assess the status of biotechnology research applicable to the reproduction of aquaculture finfish species. The last chapter summarizes discussions at the workshop, provides recommendations to industry and describes priorities of research and development.

CCCRES AQUAPONICS recommends : Biology and Culture of Channel Catfish / By Craig S. Tucker and John A. Hargreaves. Amsterdam: Elsevier:  2004. The history of channel catfish farming in the United States serves as a model for the development of pond-based aquaculture industries worldwide. In 22 chapters written by active scientists in the field, Biology and Culture of Channel Catfish comprehensively synthesizes over 30 years of research on this American icon. Throughout the book, fundamental biological aspects of channel catfish are linked to practical culture techniques.

CCCRES AQUAPONICS recommends : American and International Aquaculture Law: A Comprehensive Legal Treatise and Handbook Covering Aquaculture Law, Business and Finance of Fishes, Shellfish and Aquatic Plants / By Henry D., II McCoy. Peterstown, W. Va.: Supranational:  2000. Aquaculture is the fastest growing sector of agriculture and the speed of scientific and economic advances during the past decade has outpaced the available literature dealing with legal aspects of aquaculture. This book redresses this imbalance and will provide a thorough and comprehensive reference for those involved in the many aspects of aquaculture where legal information is a vital tool for them to carry out their roles.

CCCRES AQUAPONICS recommends : Aquaculture and the environment / By T. V. R. Pillay. Oxford, UK ; Malden, MA : Blackwell Pub.:  2004. The continuing rapid increases in aquaculture production world-wide raise fears of further environmental degradation of the aquatic environment. The second edition of this well-received book brings together and discusses the available information on all major environmental aspects of various aquaculture systems, providing a valuable aid to the preparation of environmental impact assessments of aquaculture projects and showing how potential environmental problems can be reduced or mitigated by sound management. 2nd ed.

CCCRES AQUAPONICS recommends : Aquaculture law and policy : towards principled access and operations London ; New York : Routledge:  2006. The book highlights the numerous law and policy issues that must be addressed in the search for effective regulation of aquaculture. This book will appeal to a broad range of audiences: undergraduate and postgraduate students, academic researchers, policy makers, NGOs, practicing lawyers and industry representatives. Edited by David L. VanderZwaag and Gloria Chao.

CCCRES AQUAPONICS recommends : Aquaculture engineering / By Odd-Ivar Lekang. Oxford ; Ames, Iowa : Blackwell Pub.:  2007. As aquaculture continues to grow at a rapid pace, understanding the engineering behind aquatic production facilities is of increasing importance for all those working in the industry. This book requires knowledge of the many general aspects of engineering such as material technology, building design and construction, mechanical engineering and environmental engineering. In this comprehensive book, Odd-Ivar Lekang introduces these principles and demonstrates how such technical knowledge can be applied to aquaculture systems.

CCCRES AQUAPONICS recommends : Environmental best management practices for aquaculture Ames, Iowa : Wiley-Blackwell ; [Baton Rouge, LA] : U.S. Aquaculture Society:  2008. Best Management Practices (BMPs) combine sound science, common sense, economics, and site-specific management to mitigate or prevent adverse environmental impacts. Environmental Best Management Practices for Aquaculture will provide technical guidance to improve the environmental performance of aquaculture. Edited by Craig S. Tucker, John A. Hargreaves ; with 18 contributing authors. 1st ed.

CCCRES AQUAPONICS recommends : Molecular research in aquaculture / By Ken Overturf. Ames, Iowa : Wiley-Blackwell:  2009. Molecular research and biotechnology have long been fields of study with applications useful to aquaculture and other animal sciences. Molecular Research in Aquaculture looks to provide an understanding of molecular research and its applications to the aquaculture industry in a format that allows individuals without prior experience in this area to learn about an Read more Langganan: Postingan (Atom) Blog archive ▼  2019 (320) ▼  Juni (28) Hydroponic Tile Oxygen Not Included Hydroponic Outdoor Aquaponic Plants For Betta Commercial Aquaponics System Designs Hydroponics And Aquaponic Farming Small Aquaponics System Fish Aquaponics Chilli Plant Hydroponic Factory Aquaponic Fish Farm Water Treatment Aquaponic Plant Food Aquaponics System For Weed Aquaponic Fish Tank Diy Aquaponic Floating Raft System Aquaponic Best Plants Aquaponics System For Sale Australia Hydroponic Aeroponic Aquaponic System Setup Aquaponic Farm Tours Hybrid Aquaponics System Design Aquaponic System In Aquarium Aquaponics System Market Hydroponic Bucket System Aquaponic Farming In Hindi Aquaponic Barrel System Aquaponic System Qatar Commercial Aquaponics System Plans Aquaponic Garden Diy Hydroponic Tobacco ►  Mei (59) ►  April (60) ►  Maret (69) ►  Februari (46) ►  Januari (58) ►  2018 (908) ►  Desember (82) ►  November (147) ►  Oktober (99) ►  September (103) ►  Agustus (99) ►  April (56) ►  Maret (124) ►  Februari (89) ►  Januari (109) ►  2017 (892) ►  Desember (89) ►  November (116) ►  Oktober (115) ►  September (182) ►  Agustus (133) ►  Juli (78) ►  Juni (81) ►  Mei (65) ►  April (33) ►  2016 (423) ►  Juni (122) ►  Mei (132) ►  April (127) ►  Maret (42)   Aquaponics Build Copyright © 2016 -- Powered by Blogger