Aquaculture & Marine Biology July 20-20, 2020 Barcelona, Spain

Session 1: Aquatic Science

Aquatic Science is the multidisciplinary investigation of oceanic frameworks, incorporating both freshwater and marine frameworks. Logical examinations inside this field regularly look at the human effect on and communication with sea-going frameworks and range in scale from the atomic degree of contaminants to the weights on whole biological systems. The point of arranging the aquaculture gathering is to supply presentation to innovations and worldwide bind ups and to supply information with respect to late patterns in aquaculture.

Session 2: Aquaponics

As indicated by Aquaculture meeting exchanges, aquaponics is the mix of aquaculture and hydroponics (the dirt less developing of plants) that develops fish and plants together in one incorporated framework. The fish waste gives a natural sustenance source to the plants, and the plants normally channel the water for the fish. Aquaculture gatherings unite the scientists to show and talk about their work.

Session 3: Aquatic Health and Hygiene

Aquaculture generation diminishes weight on wild fisheries brought about by overfishing. Infections have developed as a huge issue because of the high stocking densities utilized in escalated aquaculture. These maladies may decimate the cultivated sea-going creatures and spread to wild populaces. In aquaculture gatherings, analysts trade the data and their exploration encounters.

Session 4: Aquaculture Nutrition & Supplies

According to discussions of specialists in amphibian science occasions, at a worldwide level, aquaculture is one of the quickest developing sustenance generation areas (9.6 percent/yr in the most recent decade), a reality that will at last change how fish is seen as nourishment. A key component of this perception is the adjustment in the supply open doors for fish and fish items from a wild source to a refined one. Aquaculture meeting gives data about the fast development in aquaculture creation which made the area essential to the economy of many creating nations, and it has progressed toward becoming either a significant wellspring of supply, or the primary provider, on account of certain items.

Session 5: Marine Biology

As per Marine biology meetings, marine biotechnology is a developing field involving marine bio-prescription including pharmaceuticals revelation, materials innovation, bio remediation, marine biomedical model life form, genomics, bioinformatics and atomic hereditary qualities. The prime inspiration for this control is unmistakably gotten from the colossal biodiversity and hereditary life in ocean.

Session 6: Marine Ecology & Ecosystem

Ecology is the logical investigation of how creatures associate with one another and with their condition. This incorporates connections between people of similar species, between various species, and among life forms and their physical and synthetic conditions. Amphibian nature incorporates the investigation of these connections in every single sea-going condition, including seas, estuaries, lakes, lakes, wetlands, waterways, and streams. The limits of a sea-going environment are to some degree subjective, however for the most part encase a framework where inflows and surges can be evaluated. Biological system environmentalists consider how supplements, vitality, and water course through a biological system.

Session 7: Marine Drugs

As indicated by marine biology conference reports, marine verdures are potential wellspring of anticancer mixes, however they are least investigated. Of the anticancer mixes separated up until now, the marine green growth contribute 65.63%, the mangroves 28.12%, and the microbes 6.25%. Inferable from a differing synthetic biology, the marine living beings particularly marine verdure have an extraordinary guarantee for giving strong, less expensive, and more secure anticancer medications, which merit a broad examination. As per the American Cancer Society, the worldwide weight is relied upon to develop as 27 million new disease cases and 17.5 million malignant growth passings just because of the development and maturing of the populace by 2050.

Session 8: Marine Pharmacology

Marine living organisms have given an enormous extent of the bioactive normal items. yet, none of these mixes have achieved the pharmaceutical commercial center. This sea life science gatherings depicts the ebb and flow advance in the improvement of a choice of new calming and anticancer specialists, talks about certain troubles experienced during the advancement procedure and proposes how these challenges might be defeated sooner rather than later through utilizations of late advances in biotechnology.

Session 9: Fisheries Biology & Management

The essential objective of Fisheries preservation is to reestablish fish populaces that have been wiped out on account of contamination or living space decimation. A fishery the executive draws on fisheries science so as to discover approaches to ensure fishery assets so economical abuse is conceivable. Current fisheries the board is frequently alluded to as an administrative arrangement of proper administration guidelines dependent on characterized goals and a blend of the executives intends to actualize the principles, which are set up by an arrangement of observing control and reconnaissance.

Session 10: Marine and Coastal Fisheries

Marine aquaculture alludes to the refined of species that live in the sea. Marine aquaculture can happen in the sea (that is, in confines, on the ocean bottom, or suspended in the water section) or in ashore, synthetic frameworks, for example, lakes or tanks. Recycling aquaculture frameworks that diminish, reuse, and reuse water and waste can bolster some marine species.

Session 11: Coral Reefs

Coral reefs are various submerged biological systems held together by calcium carbonate structures emitted by corals. Coral reefs are worked by states of little creatures found in marine water that contain couple of supplements. Most coral reefs are worked from stony corals, which thusly comprise of polyps that bunch in gatherings. The polyps have a place with a gathering of creatures known as Cnidaria, which additionally incorporates ocean anemones and jellyfish. In contrast to ocean anemones, corals discharge hard carbonate exoskeletons which backing and secure the coral polyps. Most reefs develop best in warm, shallow, clear, radiant and upset water.

Session 12: Freshwater Biology

As per marine science conference, freshwater biology is the logical organic investigation of freshwater biological systems and is a part of limnology. This field looks to comprehend the connections between living creatures in their physical condition. The point of arranging the sea life science gathering is to supply introduction to innovations and worldwide bind ups and to supply information with respect to ongoing patterns in aquaculture and sea life science.

Global Aquaculture Market Overview:

Aquaculture Market size was valued at $169 billion in 2015, and is anticipated to grow at a CAGR of 5.3% to reach $242 billion by 2022. The market encompasses environment type, fish type, and geographical division. The environment type segment is further divided into marine water, fresh water, and brackish water. Based on fish type, the market is categorized into carps, crustaceans, mackerel,  milk fish, mollusks, salmon, sea brass, sea bream, trout, and others. Based on geography, it is analyzed across North America, Europe, Asia-Pacific, and LAMEA. Further, the report also covers aquaculture market trends and the strategies adopted by key players to sustain the competitive environment and increase their market share.

Ongoing advancements in aquaculture owing to innovative efforts further enhance the efficiency and productivity of the aquaculture industry. The competitive advantages of aquaculture over traditional fish catching are also described in the report. To understand the market, drivers, restraints, and opportunities are explained. Further, key strategies adopted by potential market leaders to facilitate effective planning are discussed under the scope of this report.

We always focus on building long-term partnerships with our speakers, delegates and sponsors to ensure that our programs are not only relevant but connect to the real world limitations, challenges and opportunities faced by our customers. Through a significant presence in each and every industry and geographical market our events leverage the latest insights to ensure they remain relevant and practical in today’s business environment. Our speakers/presenters and delegates represent the leading innovators in their respective fields, with a thirst for knowledge and a willingness to share both their success and failures.

At present, the aquaculture market growth rate is high, and its contribution to the global market would increase significantly within the next six years. Government support, use of new technologies, and ongoing infrastructure development in the aquaculture industry drive the market growth. The number of players is on a continuous rise in this market with innovative techniques. Rise in concern of the consumer worldwide about the intake of protein also drives the market growth. Pollution and change in climatic conditions globally disturb the aquatic ecosystem; this poses a huge challenge and opportunity to the aquaculture industry to overcome this barrier.

Global Agriculture & Aquaculture Universities:

• Iowa State University, USA
• Purdue University, USA
• Royal Agricultural University, England
• Harper Adams University, UK
• University of Reading, UK
• University of Aberdeen, Scotland
• University of St Andrews, UK
• Mendel University, Czech Republic
• Swedish University of Agricultural Sciences, Sweden
• University of Dubrovnik, Croatia
• Beijing Agricultural University, China
• Southwest University, China
• Nanjing Agricultural University, China
• Acharya N.G.Ranga Agricultural University, India
• Central Institute of Fisheries Education, India
• Bogor Agricultural University, Indonesia
• University Putra Malaysia, Malaysia
• Shinshu University, Japan
• University of Peradeniya, Sri Lanka
• King Saud University, Saudi Arabia
• American University of Beirut, Lebanon
• United Arab Emirates University, UAE
• University of Jordan, Jordan
• Qatar University, Qatar
• China Agricultural University, China
• Massey University, New Zealand

Global Agriculture & Aquaculture Research Centers & Associations:

• US Agricultural Research Service, USA
• World Aquaculture Society, USA
• Lethbridge Research and Development Centre, Canada
• United States Agricultural Society, USA
• Andalusian Center for Marine Science and Technology, Spain
• Consultative Group for International Agricultural Research, France
• Bioversity International, Italy
• Estonian Marine Institute, Estonia
• The Marine Institute, Ireland
• Marine and Food Technological Centre, Spain
• International Crops Research Institute for the Semi-Arid Tropics (ICRISAT), India
• World Fish Center, Malaysia
• Bureau of Fisheries and Aquatic Resources, Philippines
• National Aquaculture Group Red Sea Aquaculture, Saudi Arabia

Global Agriculture & Aquaculture Companies:

• Kerry Group, Ireland
• Vilmorin, France
• Adler Seeds, US
• China Agri-Industries Holdings, China
• ContiGroup Companies, Belgium
• Case Corporation, US
• Golden State Foods, US
• Heritage Foods, India
• New Holland Agriculture, Italy
• John Deere Tractor, US
• CLAAS, Germany
• Pacific Andes, China
• EWOS, Norway
• Kyokuyo, Japan
• Charoen Pokphand Foods, Thailand
• Trident Seafood, USA

Conclusion: Aquaculture & Marine Biology  is one of the fastest growing food production sectors in the world. More importantly, it is a fundamental element in the global solution to provide a sustainable seafood source. The addition of aquaculture to help satisfy fish demand helps natural stock population and growth, lessening the strain on stressed fisheries.