The marine hatchery program at the Leon Raymond Hubbard Jr. Marine Fish Hatchery in Carlsbad is dedicated to refining hatchery operations for use in replenishing white seabass in Southern California. The bill updates current law to expand the scope of the program to include research on all species that have an economic impact on California.
The next-generation tank design features an improved oxygenation system, which allows approximately 50% more fish to be raised in the tanks and makes the transport of fish more convenient.
Inapesca opened a call for suppliers of fish fingerlings and oyster seeds to participate in the Aquaculture Genetics Resources Component.
Hatchery Feed & Management, in partnership with Skretting and SPACE, will hold a free webinar on how feeds, genetics and new technologies can help improve hatchery performance on September 15 at 16:00 CET, 10:00 EDT.
The company invested in Universal Aquaculture that developed an indoor farming facility that combines RAS technology with biofloc in a hybrid biological recirculation system.
“CP Pacific” is a new premium, environmentally-friendly shrimp brand for the Thai market that is raised in RAS farms following the “3 clean principles”, disease-free PLs, sterile water and better pond management.
Good performance in Genetics, higher revenues in Advanced Nutrition and a reduction in operating costs and R&D expense increases put the company in a strong financial position.
With an initial focus on marine-based and sea cage products, the companies will also work on future land-based solutions.
The Aquaculture Center of Excellence brings together a focused team of experts and covers core areas within biosecurity and farm welfare for land-based RAS or cage farms.
The company aims to produce 20,000 tons of salmon per year and partnered with Salmon Evolution and other Norwegian stakeholders to establish a smart farm.
A Special Service Agreement was signed between the Pacific Community and Aquaculture Without Frontiers to provide business mentoring assistance to selected enterprises in overcoming business and technical constraints in their business operations.
Joaquín García Núñez will lead developments at the company’s Holywood hatchery, near Dumfries and will keep an eye on the Scottish broodstock populations in the Scottish west coast and Northern isles.
Scientists determined that salmon post-smolts tolerate a similar level of ozone in brackish water as they do in freshwater.
The center in Ocean Springs will support the state’s oyster restoration efforts by producing oyster larvae and conducting oyster aquaculture research.
The company is building a tilapia breeding and genetics center in the state of Tocantins, Brazil that will have sufficient capacity to manage the company’s breeding programs as well as produce parent stock for its distribution operations.
The construction of a new recirculating aquaculture system and upgrades to key operating and mechanical systems allow the reuse of water during operations, which will significantly reduce utility costs and water use.
A new Norwegian project aims to improve salmon pigmentation by understanding the genes involved in the muscle pigmentation that will allow breeding a salmon that will absorb color more efficiently.
The company plans to produce native flat oysters on land as it completes the first translocation of native flat oyster broodstock from its offsite quarantine area to its hatchery.
CFEED, producers of copepods for marine hatcheries, and ANB Sensors, developers of calibration-free pH sensors, are two of the startups selected for the fourth cohort of the accelerator program.
Six startups were selected to develop innovative technologies such as early detection and diagnosis of aquaculture diseases, among others.
