A 240,000-fish RAS hatchery is nearing completion at the University of Stirling with the promise of producing research-robust stock for use in future research projects across the United Kingdom.

In the town of Calauan in Laguna, located some 80 kilometers from Manila, a husband-and-wife team received a suggestion to convert their rice farm into a tilapia hatchery.

Since it was built in 2012, the Aquaculture Technology Centre (ATC) Patagonia held the genetic improvement program of Aquachile – which used to be the largest salmon producing company in Chile. Last year, before Agrosuper purchased Aquachile, Danish feed company Biomar acquired 30 percent of this facility and helped turn it into one of the largest experimental stations of its kind.

Cedar Crest Trout Hatcheries lies in Hanover, Ontario, Canada, at the base of the Bruce Peninsula, in the heart of Ontario’s rainbow trout (Oncorhychus mykiss) fingerling production area. This location is perfectly placed to ship fish to Cedar Crest’s primary clients on Lake Huron. In truth, Cedar Crest is four closely placed hatcheries, making Cedar Crest the largest producer of fingerlings in the province. Between the four locations, Cedar Crest produces more than seven million fingerlings each year.

Unglamorous as it may be, mortality collection, classification and analysis are an essential job at any hatchery. Often, mort picking is seen as the bottom end of the job spectrum.

The shellfish industry in British Columbia has at least two very happy people this fall. Carl Butterworth is the manager of the Vancouver Island University’s (VIU’s) Deep Bay Marine Field Station and Dr. Tim Green is the new Canada research chair in Shellfish Health and Genomics at the Deep Bay station.  

When Eric Pederson of Ideal Fish needed European sea bass fry for his indoor RAS installation in Connecticut, U.S., he went to Europe to get them.

The biological clock never ceases ticking, and all living things die. But that clock can be frozen, and decay curtailed indefinitely. The implications to fish conservation are large.

Established on the edge of Lake Wendouree in 1873, the Ballarat Fish Hatchery is the oldest in mainland Australia. Managed by the Ballarat Fish Acclimatisation Society, it was established “to introduce trout, (redfin) perch and other English fish into Ballarat district waters.”

Located on St. John’s Island in Singapore, the Marine Aquaculture Centre (MAC) is a strategic initiative of the Agri-Food & Veterinary Authority of Singapore (AVA).

The H.B. Parsons Fish Hatchery in Oklahoma is the centrepiece of a remarkable fisheries management program. The only municipal fish hatchery in the state, it is involved in a wide variety of programs and activities designed to promote fishing in the city. As fisheries biologist Bob Martin tells Hatchery International, the program is a state-level agency program, but funded by a city.

From cloud computing to artificial intelligence, new technologies of the 21st century are not only changing the way people communicate, engage and conduct transactions, it is also dramatically transforming industries and making an impact on their growth and development.

Christiansfeld, Denmark-based fish feed producer Aller Aqua has joined a partnership with insecticide protein producing company Enorm BioFactory to create Denmark’s first industrial insect production.

AquaBounty has joined forces with Aquaculture R&D company, the Center for Aquaculture Technologies (CAT), to apply CAT’s patented sterility technology in AquaBounty products.

Three researchers at Norwegian salmon and trout farming company Cermaq will be defending their doctoral degrees this fall.

Animal biotech and genetics company Enzootic and NRGene, provider of genomic big data analysis, have completed the sequencing and assembly of the world’s first high-quality genome of freshwater shrimp M. rosenbergii.

Research efforts are underway in Canada to look at how epigenetics may have the answer to improving salmon survival rates in hatcheries.

A new multistakeholder collaboration in Europe is aiming to improve the health of farmed salmon by finding ways to better understand the risk factors associated with gill disease.

Researchers in the Philippines are providing fish farmers new options to pull down feed costs without comprising fish performance.

Genomic selection provides an efficient solution to the perennial issue of early maturation in Atlantic salmon, which could lead to reduced growth, poor flesh quality and mortality.

Formulated diets of astaxanthin and docosahexaenoic acid (DHA) promoted the best reproductive performance of purple mangrove crab Scylla tranquebarica, according to a study conducted in Malaysia.

Striking the right balance between darkness and light enhances the viability of hybrid catfish Heterobranchus bidorsalis x. Clarias gariepinus in its early life stage, according to a study conducted in Nigeria, where catfish is the leading aquaculture product.

Representatives from AKVA group and Veolia, both recirculating aquaculture system (RAS) manufacturers, presented some of their new projects during the Atlantic Canada Fish Farmers Association (ACFFA) Research Forum in St. Andrew’s, New Brunswick, Canada.

Recirculating aquaculture systems have many advantages that will allow increased farmed fish production in the future. This is especially true for salmon and trout – in locations adjacent to major markets and in a regulatory environment that controls water, wastewater discharge, escapees and land-use.

The expanding land-based aquaculture industry requires skilled staff, and experienced RAS operators remain in demand. However, there are many opportunities at both new and existing facilities for new operators to develop confidence in operating RAS.

The tide is shifting for the aquaculture industry. The global demand for fish production and the uncertainty of offshore aquaculture is a cause of great concern. As a result, it has become critical to implement sustainable inland fish farms utilizing recirculating aquaculture systems (RAS) to increase fish production to meet this global demand.

One aspect of RAS technology that invites skepticism is the “new-generation technology” that’s supposed to have improved to the point where it can be profitable for raising Atlantic salmon to market size.

Following the first part of the series of four articles based on the use of energy in recirculating aquaculture systems (RAS), the question is whether or not we measure energy consumption and how. Is the energy consumed within the system monitored? Do we know where in the system it is mostly consumed? Which factors are affecting such consumption?

Despite its roots as the common carp, Cyprinus carpio, and all that fish means in aquaculture, the koi is not a food fish and is outside the scope of mainstream aquaculture. In recent years however, the koi has become associated with recirculating aquaculture systems (RAS). With the rise of aquaponics, the raising of fish in a RAS providing nutrients to a hydroponic system, some producers are choosing to fuel their plants with koi instead of crop fish like tilapia (Oreochromis spp.) Koi provides the aquaponic producer with many of the benefits of aquaponics while focusing their entire effort on plant production.

The jury is still out on whether land-based Atlantic salmon farming will deliver on its promise of profitability, but intense media attention and industry interest in 2018 have made it all seem like a tipping point has been reached.

MIAMI, Fla. – It's time for the aquaculture industry to realize its potential for sustainable food production to answer the growing demand for food of an increasing world population.

All indications are pointing to more RAS deployments across the globe as markets respond to increasing demand for sustainable food production, and the aquaculture industry realizes its potential to feed a growing global population.

It is an immense privilege to be given this opportunity to have an ongoing discussion with the readers of RAStech about RAS design and the future of aquaculture.

When it comes to oyster seed production, the triploid-tetraploid technology is the option that delivers. But verification on different stages and facets are necessary to make it work.

A university and government agency in Vietnam worked together to develop the country’s first protocol for sperm cryopreservation of tiger grouper fuscoguttatus with the goal of providing an all-year-round supply for seed production.

It is one of the most frequent arguments made in the introduction of aquaculture publications: the success of the industry will be key to the effort of meeting the demand for high-quality protein for a growing human population.

Animal biotech and genetics company Enzootic and NRGene, provider of genomic big data analysis, have completed the sequencing and assembly of the world's first high-quality genome of freshwater shrimp M. rosenbergii.

Efforts to culture ballan wrasse (Labrus bergylta) have reached a major milestone with the first spawning of the farmed fish in captivity.

A study at the Memorial University in St. John’s, Newfoundland, Canada investigated methods used to trigger spawning and artificially induce maturation in sea cucumber (Cucumaria frondosa).

Vancouver Island on the west coast of Canada is a long way from the Balkans, but a European expert is looking to replicate the success he had there by raising freshwater crayfish in British Columbia.

Fish-breeding experts in Taiwan have broken new ground with the first successful breeding in captivity of one of Asia’s premium fish: the large-mouth grouper, known in the Philippines as lapu-lapu, but most commonly referred to in China as garupa.

The Tru Shrimp Company has signed an agreement with the Oceanic Institute of Hawaii Pacific University to develop a nucleus shrimp breeding program in the U.S. Under the agreement, Oceanic Institute will supply Pacific white shrimp (Litopenaeus vannamei) breeding stock selected and developed exclusively for Tru Shrimp.

Aquaculture biotechnology firm Benchmark and salmon producer AquaChile have announced a breeding and genetics joint venture to form a new genetics company that will create a "world-class salmon breeding operation," according to a statement from Benchmark.

Riverence Hatchery in Washington state is putting the final touches to a state-of-the-art egg production facility, aiding their quest to grow and support the salmonid farming industry in the United States.

Following the Aktau International Summit on August 12, Russian President Vladimir Putin, Iranian President Hassan Rouhani, and leaders of other Caspian states released sturgeon fingerlings to the Caspian Sea. This symbolic gesture was to show the intention of the top officials in the region to enhance efforts to save the sturgeon population from complete extinction.

Russia’s scientist and businessman Rasul Bikmukhametov has launched a state-of-the-art hatchery in a small hangar using several know-how that are not applied anywhere else in Russia, the regional government informed in a statement on its website August 9, citing earlier reports made by the state-owned news media Vesti.

The oyster industry in New Brunswick, Canada, faces a best-of-times, worst-of-times scenario as it moves into the next decade. The Canadian province aims to grow the industry by 10 per cent annually over the next five years but concedes it has limited options for ensuring spat supply.

Russia’s biggest natural gas and oil-extracting companies Gazprom and Novatek have allocated funds to Soba Hatchery under its project to restore the whitefish population in Arctic rivers.

There’s a Winnemem Wintu legend that goes like this: “When we first bubbled out of our sacred spring on Mt. Shasta at the time of creation, we were helpless and unable to speak. It was Salmon, the Nur, who took pity on us and gave us their voice.  In return, we promised to always speak for them.”

A small number of Lost River and shortnose sucker fish were released along the shores of Oregon’s Upper Klamath Lake several weeks ago.

The mussels in the Delaware River Basin are about to get a helping hand.

LP Kuzmitch, a privately-owned company in Eastern Kazakhstan, plans to start producing sturgeon fingerlings in a bid to restore populations of this species in the region.

A rare trout makes its home in the upper reaches of the Gila River of New Mexico and Arizona. The Gila trout (Oncorhynchus gilae) is native only to small headwater streams where it was landlocked thousands of years ago from sea-run Oncorhynchus species.

The freshwater pearl mussel is under threat of extinction across England with most remaining populations under severe decline. Now, a new conservation project by the UK Environment Agency's Kielder Salmon Centre is using sea trout to help the mussels flourish once again.

NOAA Northeast Fisheries Science Center (NEFSC) has started altering stocking times and location to optimize survival of Atlantic salmon smolts migrating down Maine's Narraguagus River into the Gulf of Maine on America's eastern seaboard.

SWEET HOME, Oregon – Fish egg sorter and fish egg counter manufacturer Jensorter has expanded production by adding a new facility in Hillsboro, Oregon.    

Shrimp and fish farmers and hatchery owners no longer need to rely on manual data entry to monitor their stocks and maximize profitability.

Wisconsin-based aquaculture equipment manufacturer Fresh-flo has made enhancements to its aerators, which fish farmers use to ensure their stock remains healthy during transport.

Pontevedra, Spain-based aquaculture feeding systems manufacturer FishFarmFeeder is launching a new hatchery feeding system of live feed.

Global aquaculture feed supplier Skretting is launching a new concept for recirculating aquaculture systems (RAS) called RecircReady.

Canadian aquaculture technology firm XpertSea has launched new technology for shrimp farms that leverages data to provide insights for more effective farm management.

Norwegian commercial copepod producer C-FEED is proving success in transitioning research knowledge to industrial application. This year, C-FEED has signed its first commercial scale copepod supply contracts and is aiming for a turnover in the region of 30 million NOK (roughly US$4 million) in 2019. C-FEED is a spin-off company of Norwegian research firm SINTEF.  

The reliable production of high quality offspring is paramount for successful aquaculture. This is true for both a shift from quantity to quality in established species as well as for closing the lifecycle of new candidate species. High mortality rates can occur in hatcheries if abiotic and biotic conditions are not within tightly framed optima, which is a consequence of the reproductive strategy of many teleost fish species.

Hatchery Feeding Systems (HFS) manufacturer Nutrakol has nominated Fish Farm Feeder (FFF) as its European distributor. The nomination was announced during the Aqua 2018 trade show in Montpellier, France in August.

The European Patent Organization has issued an “intention to grant” in relation to Europharma’s patent application for its smoltification feed product, SuperSmolt FeedOnly.

TRC Hydraulics Inc., based in New Brunswick, Canada, has served the forestry, marine, agriculture and aquaculture sectors since 1986. Notably, since the 1990s the company has sold a 2.77 liter triploid production unit called the TRC-APV-M, or Aqua Pressure Vessel. Recently, the company unveiled the TRC-APV-6.0, a six-liter version of the device designed to handle higher volumes of production.

The previously secret species behind the development of a new live feed for use in marine hatcheries was finally revealed at a major innovation conference in London as none other than the humble barnacle.